mhurhangee/patent-ind-claim-en huggingface dataset:
A power generating apparatus to generate energy from a renewable energy source, the power generating apparatus comprising: an apparatus that generates a first current from a renewable energy source; an emitter to convert the first current into an electron beam, the emitter having a first potential; and a collector having a second potential to accelerate electrons in the electron beam to a high kinetic energy level, the collector collects the electrons from the accelerated electron beam to provide a second current that is capable of driving a load, wherein the power generating apparatus further comprises one of one of a resonant cavity, a slow wave structure, and longitudinal magnetic field structure that causes the electron beam to generate electromagnetic radiation at a frequency substantially equal to an absorption frequency of a predetermined chemical reactant to effect a chemical reaction. an apparatus that generates a first current from a renewable energy source; an emitter to convert the first current into an electron beam, the emitter having a first potential; and a collector having a second potential to accelerate electrons in the electron beam to a high kinetic energy level, the collector collects the electrons from the accelerated electron beam to provide a second current that is capable of driving a load, wherein the power generating apparatus further comprises one of one of a resonant cavity, a slow wave structure, and longitudinal magnetic field structure that causes the electron beam to generate electromagnetic radiation at a frequency substantially equal to an absorption frequency of a predetermined chemical reactant to effect a chemical reaction.
Child seat system comprising at least one first seat element , a second seat element and a base mountable on a vehicle seat, wherein the first and/or the second seat element is adjustable relative to the base or a base element of the base , in particular is rotatable from a first orientation to a second orientation different from the first orientation, wherein a manual actuation means for a locking means for releasing and/or blocking said adjustment, in particular said rotation, is accessible when said second seat element is mounted on said base , but is not accessible when said first seat element is mounted on said base .
A carrier comprising at least 95 weight percent alpha-alumina and a bond material, said carrier comprising a surface area of at least 1 m 2 /g, and a total pore volume and a pore size distribution wherein at least 80 % of the total pore volume is contained in pores with diameters in the range of from 0.1 to 10 μm, and at least 80 % of the pore volume contained in the pores with diameters in the range of from 0.1 to 10 μm is contained in pores with diameters in the range of from 0.3 to 10 μm, wherein said bond material comprises alkaline earth metal silicate in the range of from 0.2 to 10 weight percent, calculated as the total weight of alkaline earth metal oxide and silicate, as SiO 2 , relative to the total weight of alpha-alumina in the mixture, wherein surface area is determined by the nitrogen BET method, and wherein the pore size distribution and pore volume is determined by mercury intrusion porosimetry to a pressure of 2.1 x 10 8 Pa using 130° contact angle, mercury with a surface tension of 0.480 N/m, and correction for mercury compression applied.
A synchronous communication method, comprising: obtaining , by a first terminal, first configuration information, wherein the first configuration information comprises an offset; determining , by the first terminal according to a global navigation satellite system, GNSS, clock, a transmission timeslot in a device-to-device, D2D, communications system corresponding to a current moment; determining , by the first terminal according to the transmission timeslot in the D2D communications system and the offset, a synchronization information sending moment; and sending , by the first terminal, sidelink synchronization information at the synchronization information sending moment, wherein the sidelink synchronization information is used to synchronize a second terminal with the first terminal, and the sidelink synchronization information carries indication information indicating, to the second terminal, that the first terminal is a synchronization source that uses the GNSS clock. obtaining , by a first terminal, first configuration information, wherein the first configuration information comprises an offset; determining , by the first terminal according to a global navigation satellite system, GNSS, clock, a transmission timeslot in a device-to-device, D2D, communications system corresponding to a current moment; determining , by the first terminal according to the transmission timeslot in the D2D communications system and the offset, a synchronization information sending moment; and sending , by the first terminal, sidelink synchronization information at the synchronization information sending moment, wherein the sidelink synchronization information is used to synchronize a second terminal with the first terminal, and the sidelink synchronization information carries indication information indicating, to the second terminal, that the first terminal is a synchronization source that uses the GNSS clock.
An optical film comprising a polyester resin comprising a unit (A) of the following formula : wherein R 1 is a hydrogen atom, CH 3 , or C 2 H 5 , R 2 and R 3 are each independently a hydrogen atom or CH 3 , and n is 1, wherein the optical film is a stretched optical film. wherein R 1 is a hydrogen atom, CH 3 , or C 2 H 5 , R 2 and R 3 are each independently a hydrogen atom or CH 3 , and n is 1, wherein the optical film is a stretched optical film.
A modified polyisobutylene polymer for rubber compounding, the modified polyisobutylene polymer being prepared by reacting reactants including a polyisobutylene, an unsaturated dicarboxylic anhydride, and an amino group-containing silane compound, wherein the modified polyisobutylene polymer comprises an end group having a diamide structure satisfying Formula 2 below. in Formula 2, L 1 and L 2 are each independently a linear or branched (C1-C5)alkylene; R 1 and R 2 are each independently selected from among (C1-C5)alkylene, (C1-C5)aminoalkylene, carbonylene, and (C1-C5)alkylcarbonylene; R 3 , R 4 , and R 5 are each independently selected from among hydrogen, hydroxy, (C1-C20)alkyl, (C1-C12)cycloalkyl, (C2-C14)acyloxy, (C4-C20)aryloxy, (C5-C30) araloxy, (C1-C20)amine, and (C1-C12)alkoxy; A is methylene, S n , or ((R 6 )NR 7 ) n wherein R 6 is hydrogen or (C1-C5) alkyl, R 7 is (C1-C5) alkylene, and n is an integer in a range of from 1 to 10; * indicates a connection with polyisobutylene. L 1 and L 2 are each independently a linear or branched (C1-C5)alkylene; R 1 and R 2 are each independently selected from among (C1-C5)alkylene, (C1-C5)aminoalkylene, carbonylene, and (C1-C5)alkylcarbonylene; R 3 , R 4 , and R 5 are each independently selected from among hydrogen, hydroxy, (C1-C20)alkyl, (C1-C12)cycloalkyl, (C2-C14)acyloxy, (C4-C20)aryloxy, (C5-C30) araloxy, (C1-C20)amine, and (C1-C12)alkoxy; A is methylene, S n , or ((R 6 )NR 7 ) n wherein R 6 is hydrogen or (C1-C5) alkyl, R 7 is (C1-C5) alkylene, and n is an integer in a range of from 1 to 10; * indicates a connection with polyisobutylene.
An oral care device or component, comprising: an additive-manufactured thermoplastic polyurethane composition derived from (a) a polyisocyanate component comprising an aromatic diisocyanate; (b) a chain extender component; wherein the composition is free of polyol components other than the chain extender component.
Self-sufficient sensor , configured for detecting a fill level, a limit level or a pressure of at least one medium in a transport container , comprising: a closed housing , which is configured to immerse in the at least one medium; a sensor element arrangement with one or more sensor elements arranged in or on the housing; wherein the sensor is configured to sink into the at least one medium and to rest on the bottom of the container, without attaching to the container; characterized in that the self-sufficient sensor is designed in such a way that its external shape and weight distribution result in it assuming a standing position without attaching to the transport container after sinking into the at least one medium , in which position at least one of the sensor elements can measure unhindered by the container wall and uncontrolled detachment during transport can be prevented. a closed housing , which is configured to immerse in the at least one medium; a sensor element arrangement with one or more sensor elements arranged in or on the housing; wherein the sensor is configured to sink into the at least one medium and to rest on the bottom of the container, without attaching to the container; characterized in that the self-sufficient sensor is designed in such a way that its external shape and weight distribution result in it assuming a standing position without attaching to the transport container after sinking into the at least one medium , in which position at least one of the sensor elements can measure unhindered by the container wall and uncontrolled detachment during transport can be prevented.
A device for conveying shaped parts , for example closure caps for bottles, from a lower region , lying at a lower level in relation to an upper region , into the upper region , comprising: - a cylindrical core , - a guide for guiding the shaped parts , running in a spiral around the core and - a plurality of nozzles , arranged in the region of the guide , for feeding a fluid into the region of the guide , in order to generate with the fluid a force acting upon the shaped parts , characterized in that the nozzles correspond to bores through the casing surface of the core which have a bore angle with respect to the normal of the rotationally-symmetrical axis of the core , wherein the bore angle is dependent on the inclination of the spiral-shaped guide in the region of the bore. - a cylindrical core , - a guide for guiding the shaped parts , running in a spiral around the core and - a plurality of nozzles , arranged in the region of the guide , for feeding a fluid into the region of the guide , in order to generate with the fluid a force acting upon the shaped parts ,
Method for pickling coated pieces of metal scrap, wherein the pieces of metal scrap are delivered in transport baskets provided for that purpose and the transport baskets with the pieces of metal scrap are brought into contact with degreasing liquid, rinsing liquid and pickling liquid filled into a plurality of treatment basins, characterised by a pickling carousel at which a plurality of arms is arranged in radiating form, wherein at least one transport basket is pivotably connected with each of the arms and the picking carousel executes a lifting, lowering and rotating movement so that the transport baskets pivotably connected with arms are lifted, lowered and lifted again in treatment basins, which are provided for that purpose and arranged circularly around the pickling carousel, and further rotated so that each transport basket is dipped at least once into each of the liquids present in the treatment basins, and at least one further, second pickling carousel which is arranged to be rotatable oppositely to the rotational direction of the first pickling carousel and so positioned with respect to the first pickling carousel that the loading and/or removal of the transport baskets connected with the second pickling carousel is or are synchronised with that or those of the first pickling carousel, so that the loading of the pickling carousel with the transport baskets, which are charged with the galvanised pieces of metal scrap, and the removal of the transport baskets, which are charged with the degalvanised pieces of metal scrap, from the pickling carousel, are carried out at a common receiving location and final loading location, wherein each transport basket is individually raised and/or lowered in the pickling carousel so as to thereby ensure shorter or longer treatment times of the pieces of metal scrap.
A bottom hole assembly for a drillstring, the bottom hole assembly in use being attached to the drillstring, the bottom hole assembly comprising: a main body comprising: a first electrical insulator section separating a first body portion from a second body portion; a second electrical insulator section separating the second body portion from a third body portion; and a circuit element comprising a capacitor connected across the second electrical insulator section ; characterised in that the capacitor is configured to be closed and provide an electrical current path across the second electrical insulator section upon a voltage signal at a first frequency being generated across the first electrical insulator section , and wherein the capacitor is configured to be opened and break said electrical current path across the second electrical insulator section upon a voltage signal at a second frequency being generated across the second electrical insulator section . a first electrical insulator section separating a first body portion from a second body portion; a second electrical insulator section separating the second body portion from a third body portion; and a circuit element comprising a capacitor connected across the second electrical insulator section ; characterised in that the capacitor is configured to be closed and provide an electrical current path across the second electrical insulator section upon a voltage signal at a first frequency being generated across the first electrical insulator section , and wherein the capacitor is configured to be opened and break said electrical current path across the second electrical insulator section upon a voltage signal at a second frequency being generated across the second electrical insulator section .
A method for wireless communications performed at a base station, comprising: identifying a set of component carriers for transmission of communications signals on an unlicensed spectrum; coordinating staggered clear channel assessment, CCA, timing for at least one component carrier of the set of component carriers such that CCA performed on the at least one component carrier occurs at a different time than CCA performed on a different component carrier of the set of component carriers, and staggered CCA exempt transmission, CET, for the at least one component carrier to occur at a different time than a CET for the different component carrier; synchronizing CCAs for each of the set of component carrier frequencies across a plurality of base stations; and transmitting a staggering offset to a user equipment, UE, for performing staggered CCA. identifying a set of component carriers for transmission of communications signals on an unlicensed spectrum; coordinating staggered clear channel assessment, CCA, timing for at least one component carrier of the set of component carriers such that CCA performed on the at least one component carrier occurs at a different time than CCA performed on a different component carrier of the set of component carriers, and staggered CCA exempt transmission, CET, for the at least one component carrier to occur at a different time than a CET for the different component carrier; synchronizing CCAs for each of the set of component carrier frequencies across a plurality of base stations; and transmitting a staggering offset to a user equipment, UE, for performing staggered CCA.
A method for calibrating at least one sensor and for conditioning of a cooling lubricant emulsion for machine tools , wherein a cooling lubricant emulsion is provided in a tank and where the cooling lubricant emulsion is withdrawn from the tank , at least one parameter of the cooling lubricant emulsion is determined using at least one sensor and the cooling lubricant emulsion is returned at least partly to the tank , characterized in that the method additionally comprises: calibrating the at least one sensor by rinsing the at least one sensor and carrying out a measurement with fresh cooling lubricant emulsion containing a defined ratio of a concentrate to water, wherein the concentration of the cooling lubricant emulsion in the tank is measured, a required refilling concentration is calculated, and the fresh cooling lubricant emulsion is provided with the calculated refilling concentration, wherein the fresh cooling lubricant emulsion is obtained by feeding water and/or concentrate using a volumetric pump and/or by measuring a fed amount of water and/or concentrate and regulating a feed pump depending on the measured fed amount, and wherein the cooling lubricant emulsion in the tank is conditioned by refilling with the provided cooling lubricant emulsion. calibrating the at least one sensor by rinsing the at least one sensor and carrying out a measurement with fresh cooling lubricant emulsion containing a defined ratio of a concentrate to water, wherein the concentration of the cooling lubricant emulsion in the tank is measured, a required refilling concentration is calculated, and the fresh cooling lubricant emulsion is provided with the calculated refilling concentration, wherein the fresh cooling lubricant emulsion is obtained by feeding water and/or concentrate using a volumetric pump and/or by measuring a fed amount of water and/or concentrate and regulating a feed pump depending on the measured fed amount, and wherein the cooling lubricant emulsion in the tank is conditioned by refilling with the provided cooling lubricant emulsion.
An insulated tube comprising a main body and an end piece , the end piece being attached to the main body , the main body comprising an inner tube and an outer tube , the inner tube and the outer tube being separated by a radial gap , one between the outer tube and the inner tube being a cold hardened steel alloy tube, said cold hardened steel alloy tube having a first threaded portion and the end piece having a second threaded portion , the first threaded portion and the second threaded portion being screwed together such that the end piece is attached to the cold hardened steel tube in a sealed manner thanks to the cooperation between said first threaded portion and second threaded portion .
An aggregate zeolitic adsorbent based on LSX zeolite crystals having a mean number diameter of between 0.1 μm and 4 μm, a Si/AI atomic ratio=1.00±0.05, whereof at least 90% of the exchangeable cationic sites are occupied either by barium ions or by barium ions and potassium ions, characterized in that the mechanical strength measured by the Shell series SMS1417-74 method adapted to the aggregates having a size smaller than 1.6 mm is greater than or equal to 2 MPa.
A system for providing therapy to a body passageway of a patient, the system comprising: at least one energy delivery body positionable within the body passageway and configured to deliver energy to a wall of the body passageway; at least one sensor positionable on or within the patient, wherein the at least one sensor is configured to receive sensed information from the patient; and a generator having at least one energy delivery algorithm configured to provide electric signals of the energy to the at least one energy delivery body , wherein the electric signals includes a test signal configured to generate the sensed information and a therapeutic electrical signal configured to provide therapy to the body passageway while maintaining a cellular matrix of the portion of the wall, wherein the therapeutic electric signal comprises packets of high voltage pulses. at least one energy delivery body positionable within the body passageway and configured to deliver energy to a wall of the body passageway; at least one sensor positionable on or within the patient, wherein the at least one sensor is configured to receive sensed information from the patient; and a generator having at least one energy delivery algorithm configured to provide electric signals of the energy to the at least one energy delivery body , wherein the electric signals includes a test signal configured to generate the sensed information and a therapeutic electrical signal configured to provide therapy to the body passageway while maintaining a cellular matrix of the portion of the wall, wherein the therapeutic electric signal comprises packets of high voltage pulses.
A method for producing a cat kibble having a density from 350 to 550 g/L, comprising at least the steps of: a) providing kibble ingredients, wherein one of said kibble ingredients is exogenous fat, said exogenous fat being an extrinsic or external fat which is provided as such as an individual cat kibble ingredient, and wherein said kibble ingredients comprise at least 2% of said exogenous fat (% based on total weight of kibble ingredients), b) at least partially precooking said kibble ingredients in a preconditioner, wherein said ingredients have a residence time in said preconditioner of at least 2 minutes; c) extruding the at least partially precooked kibble ingredients in an extruder with a die surface outflow rate (DSOR) inferior to 350 mm 2 / metric ton of throughput, wherein said DSOR refers to the total opened sections of the die holes at the outlet of the extruder divided by the working flow rate of the product at the outlet of the extruder die, defined by Equation : DSOR = Total open area / Extruder rate d) drying the kibble extrudate resulting from step c), thereby obtaining a kibble palatable to cats. a) providing kibble ingredients, wherein one of said kibble ingredients is exogenous fat, said exogenous fat being an extrinsic or external fat which is provided as such as an individual cat kibble ingredient, and wherein said kibble ingredients comprise at least 2% of said exogenous fat (% based on total weight of kibble ingredients), b) at least partially precooking said kibble ingredients in a preconditioner, wherein said ingredients have a residence time in said preconditioner of at least 2 minutes; c) extruding the at least partially precooked kibble ingredients in an extruder with a die surface outflow rate (DSOR) inferior to 350 mm 2 / metric ton of throughput, wherein said DSOR refers to the total opened sections of the die holes at the outlet of the extruder divided by the working flow rate of the product at the outlet of the extruder die, defined by Equation : DSOR = Total open area / Extruder rate d) drying the kibble extrudate resulting from step c), thereby obtaining a kibble palatable to cats.
Hydraulic steering arrangement comprising a supply port arrangement (P, T) having a pressure port (P) and a tank port (T), a working port arrangement having two working ports (L, R), a main flow path having a main orifice (A 1 ) and at least one further orifice (A 2 , A 3 , A 4 ) downstream the main orifice (A 1 ), the main flow path being arranged between the pressure port (P) and the working port arrangement (L, R), a return flow path arranged between the working port arrangement (L, R) and the tank port (T), a measuring motor , an amplification flow path having an amplification orifice (Au) and being arranged between the pressure port (P) and the working port arrangement (L, R), and an adjustable pressure source connected to the pressure port (P) and having a load sensing port , wherein a main drain orifice (A drain ) is connected between the main flow path downstream the main orifice (A 1 ) and the return flow path , characterized in that a dynamic main orifice (A1-dyn) is connected between the load sensing port and the main flow path downstream the main orifice (A1), and a dynamic drain orifice (Adrain-dyn) is connected between the load sensing port and the return flow path , which dynamic drain orifice (Adrain-dyn) is open when the dynamic main orifice (A1-dyn) is closed.