mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a cabinet to define a storage space; a door to open and close the storage space; a dispenser provided in the door to dispense hot water; a hot water tank through which water flows to heat water introduced into the door ; a heating unit provided in the door to heat the hot water tank ; a water inflow passage through which water is supplied to the hot water tank ; a water discharge passage to guide hot water discharged from the hot water tank to the dispenser ; a flow rate sensor provided in the water inflow passage to measure a flow rate of water flowing through the water inflow passage ; a water inflow valve provided in the water inflow passage to adjust a flow of water in the water inflow passage ; a water discharge valve provided in the water outlet passage ; an input unit provided in the door to input a temperature of the hot water to be dispensed and a hot water dispensing command; and a controller to control the water inflow valve and the water discharge valve , wherein the controller is configured to turn off the water inflow valve and the water discharge valve in a hot water dispensing standby state and configured to turn on the water inflow valve and the water discharge valve in a hot water dispensing process, wherein the controller is configured to turn off the water discharge valve after turning off the water inflow valve when the hot water dispensing is finished, and the controller is configured to turn on the water inflow valve after turning on the water discharge valve when the hot water dispensing is started. a cabinet to define a storage space; a door to open and close the storage space; a dispenser provided in the door to dispense hot water; a hot water tank through which water flows to heat water introduced into the door ; a heating unit provided in the door to heat the hot water tank ; a water inflow passage through which water is supplied to the hot water tank ; a water discharge passage to guide hot water discharged from the hot water tank to the dispenser ; a flow rate sensor provided in the water inflow passage to measure a flow rate of water flowing through the water inflow passage ; a water inflow valve provided in the water inflow passage to adjust a flow of water in the water inflow passage ; a water discharge valve provided in the water outlet passage ; an input unit provided in the door to input a temperature of the hot water to be dispensed and a hot water dispensing command; and a controller to control the water inflow valve and the water discharge valve , wherein the controller is configured to turn off the water inflow valve and the water discharge valve in a hot water dispensing standby state and configured to turn on the water inflow valve and the water discharge valve in a hot water dispensing process, wherein the controller is configured to turn off the water discharge valve after turning off the water inflow valve when the hot water dispensing is finished, and the controller is configured to turn on the water inflow valve after turning on the water discharge valve when the hot water dispensing is started.
A method for producing a polymer latex, comprising: an emulsification step of mixing a polymer solution obtained by dissolution of synthetic polyisoprene in an organic solvent, with an aqueous solution comprising 0.1 to 30 parts by weight of a rosinate based on 100 parts by weight in total of the synthetic polyisoprene, and emulsifying the resultant in water to thereby obtain an emulsified liquid; a solvent removal step of removing the organic solvent in the emulsified liquid; and a concentration step of concentrating the emulsified liquid from which the organic solvent is removed, and also adjusting a content rate of the rosinate in the emulsified liquid in the range of 0.1 to 3 parts by weight based on 100 parts by weight of the synthetic polyisoprene in the emulsified liquid, wherein the polymer solution is a polymer solution obtained by dissolving, in an organic solvent, the synthetic polyisoprene obtained by solution polymerization of a monomer comprising isoprene dissolved in an organic solvent using an alkyllithium polymerization catalyst, the amount of water for use in the emulsification step is 50 to 100 parts by weight based on 100 parts by weight of the polymer solution of synthetic polyisoprene, and the emulsified liquid is obtained by directly emulsifying the polymer solution in water without coagulation in the emulsification step. an emulsification step of mixing a polymer solution obtained by dissolution of synthetic polyisoprene in an organic solvent, with an aqueous solution comprising 0.1 to 30 parts by weight of a rosinate based on 100 parts by weight in total of the synthetic polyisoprene, and emulsifying the resultant in water to thereby obtain an emulsified liquid; a solvent removal step of removing the organic solvent in the emulsified liquid; and a concentration step of concentrating the emulsified liquid from which the organic solvent is removed, and also adjusting a content rate of the rosinate in the emulsified liquid in the range of 0.1 to 3 parts by weight based on 100 parts by weight of the synthetic polyisoprene in the emulsified liquid, wherein the polymer solution is a polymer solution obtained by dissolving, in an organic solvent, the synthetic polyisoprene obtained by solution polymerization of a monomer comprising isoprene dissolved in an organic solvent using an alkyllithium polymerization catalyst, the amount of water for use in the emulsification step is 50 to 100 parts by weight based on 100 parts by weight of the polymer solution of synthetic polyisoprene, and the emulsified liquid is obtained by directly emulsifying the polymer solution in water without coagulation in the emulsification step.
A method of reducing evaporation loss in an internal combustion engine comprising lubricating said engine with a lubricating oil composition comprising: a. a base oil comprising a diester having one of the following structures: wherein each R is independently selected from the group consisting of C 1 -C 20 saturated or unsaturated alky group and n is an integer from 1 to 8, wherein the diester has a kinematic viscosity at 100 °C of from 2.5 to 3.5 mm 2 /s according to ASTM D445 and a viscosity index of from 110 to 175 according to ASTM D2270, wherein the diester is present in an amount of from 25 to 99 wt. %; and b. 75 to 500 ppm of boron based on the entire weight of the lubricating oil composition, wherein the boron is provided by one or more boron-containing dispersant, and wherein the boron-containing dispersant is borated polyisobutenyl succinimide or borated polyalkenyl succinic anhydride. a. a base oil comprising a diester having one of the following structures: wherein each R is independently selected from the group consisting of C 1 -C 20 saturated or unsaturated alky group and n is an integer from 1 to 8, wherein the diester has a kinematic viscosity at 100 °C of from 2.5 to 3.5 mm 2 /s according to ASTM D445 and a viscosity index of from 110 to 175 according to ASTM D2270, wherein the diester is present in an amount of from 25 to 99 wt. %; and b. 75 to 500 ppm of boron based on the entire weight of the lubricating oil composition, wherein the boron is provided by one or more boron-containing dispersant, and wherein the boron-containing dispersant is borated polyisobutenyl succinimide or borated polyalkenyl succinic anhydride.
A sprinkler head comprising: a sprinkler body ; a nozzle positioned within the sprinkler body; a wobbler cage supported on the sprinkler body; a water deflector plate coupled with the wobbler cage and disposed downstream of the nozzle; and a brake assembly coupled with the water deflector plate for slowing a rotating and wobbling motion of the wobbler cage and the water deflector plate, the brake assembly including a shaft extending through the water deflector plate; characterized by : a fixed gear coupled with the sprinkler body; and a brake gear disposed at an end of the shaft, wherein the brake gear is engageable with the fixed gear . a sprinkler body ; a nozzle positioned within the sprinkler body; a wobbler cage supported on the sprinkler body; a water deflector plate coupled with the wobbler cage and disposed downstream of the nozzle; and a brake assembly coupled with the water deflector plate for slowing a rotating and wobbling motion of the wobbler cage and the water deflector plate, the brake assembly including a shaft extending through the water deflector plate; characterized by : a fixed gear coupled with the sprinkler body; and a brake gear disposed at an end of the shaft, wherein the brake gear is engageable with the fixed gear . a fixed gear coupled with the sprinkler body; and a brake gear disposed at an end of the shaft, wherein the brake gear is engageable with the fixed gear .
A polybutylene terephthalate resin composition, comprising a thermoplastic resin (A) containing a polybutylene terephthalate resin and, per 100 parts by mass of the thermoplastic resin (A), from 0 to 30 parts by mass of an elastomer (B), from 0.3 to 4 parts by mass of an epoxy compound (C), from 15 to 80 parts by mass of a reinforcing filler (D), and from 1 to 15 parts by mass of a masterbatch (E) containing a silicone compound with a weight-average molecular weight of 10,000 to 80,000 and a thermoplastic resin, wherein the reinforcing filler (D) comprises a glass fiber.
A blade assembly connectable to a clipper body of a hair clipper such that a motor moves a blade of the blade assembly during operation, the blade assembly comprising a blade housing and the blade that extends outwardly from an opening in the housing and a linkage that is connected to the blade and biases the blade toward a fully extended configuration; wherein, upon application of a force against the blade during use that is above a preselected threshold, the blade assembly comprising a retracted configuration wherein the blade retracts into the blade housing using the linkage. a blade housing and the blade that extends outwardly from an opening in the housing and a linkage that is connected to the blade and biases the blade toward a fully extended configuration; wherein, upon application of a force against the blade during use that is above a preselected threshold, the blade assembly comprising a retracted configuration wherein the blade retracts into the blade housing using the linkage.
An apparatus, comprising: a processor arranged to operate in a plurality of thermal modes including at least a first thermal mode having a first thermal limit and a second thermal mode having a second thermal limit different than the first thermal limit; and thermal management logic operative to select a thermal mode based on one or more operating parameters, wherein the first thermal limit comprises a first maximum temperature, Tjmax limit for the processor and the second thermal limit comprises a second Tjmax limit different than the first Tjmax limit, and wherein the thermal management logic is operative to dynamically change from the first thermal mode to the second thermal mode during operation of the processor. a processor arranged to operate in a plurality of thermal modes including at least a first thermal mode having a first thermal limit and a second thermal mode having a second thermal limit different than the first thermal limit; and thermal management logic operative to select a thermal mode based on one or more operating parameters, wherein the first thermal limit comprises a first maximum temperature, Tjmax limit for the processor and the second thermal limit comprises a second Tjmax limit different than the first Tjmax limit, and wherein the thermal management logic is operative to dynamically change from the first thermal mode to the second thermal mode during operation of the processor.
A method of thermokinetic mixing of a component combination comprising at least one active pharmaceutical ingredient and at least one excipient or carrier comprising: (a) a thermokinetic mixer having a mixing chamber (MC), where the mixing chamber contains thermokinetic extensions on a motor shaft and that motor shaft extends to a shaft motor, whose rate of rotation speed is controlled by a mixer control microprocessor; (b) adding a batch of the component combination to the mixing chamber (MC); wherein the method is further characterised as comprising: (c) thermokinetic mixing of the component combination wherein: i. the rate of rotation speed of the motor shaft and the temperature of the batch both increase during a first stage period, ii. an average temperature of the batch is periodically detected at a trigger data sensor, and iii. average temperature data is delivered to the mixer controller microprocessor, where a temperature increase rate is calculated and compared with a pre-determined temperature increase rate trigger setpoint; and (d) when a current temperature increase rate equals or is less than the trigger setpoint, the mixer control microprocessor operates to change the rate of rotation speed of the motor shaft for a second stage period. (a) a thermokinetic mixer having a mixing chamber (MC), where the mixing chamber contains thermokinetic extensions on a motor shaft and that motor shaft extends to a shaft motor, whose rate of rotation speed is controlled by a mixer control microprocessor; (b) adding a batch of the component combination to the mixing chamber (MC); (c) thermokinetic mixing of the component combination wherein: i. the rate of rotation speed of the motor shaft and the temperature of the batch both increase during a first stage period, ii. an average temperature of the batch is periodically detected at a trigger data sensor, and iii. average temperature data is delivered to the mixer controller microprocessor, where a temperature increase rate is calculated and compared with a pre-determined temperature increase rate trigger setpoint; and i. the rate of rotation speed of the motor shaft and the temperature of the batch both increase during a first stage period, ii. an average temperature of the batch is periodically detected at a trigger data sensor, and iii. average temperature data is delivered to the mixer controller microprocessor, where a temperature increase rate is calculated and compared with a pre-determined temperature increase rate trigger setpoint; and (d) when a current temperature increase rate equals or is less than the trigger setpoint, the mixer control microprocessor operates to change the rate of rotation speed of the motor shaft for a second stage period.
A tubular bustier to facilitate hands-free breastpumping, comprising: a top band ; a bottom band ; a main body intermediate the top band and the bottom band ; a first side ; a second side ; the tubular bustier is characterized by a pair of breast shield ports each having an additional support member , the additional support members of the breast shield ports extending superiorly of the breast shield ports to the top band . a top band ; a bottom band ; a main body intermediate the top band and the bottom band ; a first side ; a second side ; the tubular bustier is characterized by a pair of breast shield ports each having an additional support member , the additional support members of the breast shield ports extending superiorly of the breast shield ports to the top band .
A data analysis device , wherein the data analysis device comprises: a communications interface , configured to establish a communication connection to another data analysis device ; and a processor, configured to: train (S501) a plurality of learning models based on a plurality of combinatorial learning algorithms, generate (S502) an installation message used to indicate to install the plurality of learning models, and send (S503) the installation message to the another data analysis device through the communications interface, wherein the plurality of learning models comprise a primary model and a secondary model, and the installation message comprises description information of the primary model, description information of the secondary model, and voting decision-making information of voting on prediction results of the plurality of learning models; wherein the voting decision-making information comprises averaging method voting decision-making information, and the averaging method voting decision-making information comprises simple averaging voting decision-making information or weighted averaging decision-making information; or the voting decision-making information comprises vote quantity-based decision-making information, and the vote quantity-based decision-making information comprises majority voting decision-making information, plurality voting decision-making information, or weighted voting decision-making information. a communications interface , configured to establish a communication connection to another data analysis device ; and a processor, configured to: train (S501) a plurality of learning models based on a plurality of combinatorial learning algorithms, generate (S502) an installation message used to indicate to install the plurality of learning models, and send (S503) the installation message to the another data analysis device through the communications interface, wherein the plurality of learning models comprise a primary model and a secondary model, and the installation message comprises description information of the primary model, description information of the secondary model, and voting decision-making information of voting on prediction results of the plurality of learning models; wherein the voting decision-making information comprises averaging method voting decision-making information, and the averaging method voting decision-making information comprises simple averaging voting decision-making information or weighted averaging decision-making information; or the voting decision-making information comprises vote quantity-based decision-making information, and the vote quantity-based decision-making information comprises majority voting decision-making information, plurality voting decision-making information, or weighted voting decision-making information.
A device comprising a housing wall which has an intake (1.1) which is designed as an opening for a fan which is arranged behind the housing wall , the intake (1.1) being designed in the operating position to be free from horizontal areas at its lower end to avoid water deposits, characterized in that the intake (1.1) is designed at its lower end, starting from its fan-side edge, to descend downwards exclusively, and in that the intake (1.1) is designed at its upper end, starting from its fan-side edge, to descend downwards initially and subsequently to rise. in that the intake (1.1) is designed at its lower end, starting from its fan-side edge, to descend downwards exclusively, and in that the intake (1.1) is designed at its upper end, starting from its fan-side edge, to descend downwards initially and subsequently to rise.
A composition of matter comprising a mixture of biochar, a metal and graphite, with (a) a graphite content of between 25 to 65 percent by weight, (b) a metal content of between 15 to 75 percent by weight and (c) a biochar content of between 1 and 35 percent by weight.
Method for manufacturing a device comprising a plurality of micro-machined elements, the method comprising: - a step of providing a generic substrate comprising a surface layer arranged on a carrier, the main face of the carrier having emerging cavities and the parts of the surface layer overhanging the cavities forming flexible membranes associated with said cavities ; and - at least one step of processing only some of the pairs formed by a membrane and a cavity in order to form at least one functional micro-machined element and at least one remaining pair which is not suitable for converting a movement of its membrane into an electrical signal, or vice versa, the processing step comprising the removal or neutralization of a membrane and/or a cavity which was not selected. - a step of providing a generic substrate comprising a surface layer arranged on a carrier, the main face of the carrier having emerging cavities and the parts of the surface layer overhanging the cavities forming flexible membranes associated with said cavities ; and - at least one step of processing only some of the pairs formed by a membrane and a cavity in order to form at least one functional micro-machined element and at least one remaining pair which is not suitable for converting a movement of its membrane into an electrical signal, or vice versa, the processing step comprising the removal or neutralization of a membrane and/or a cavity which was not selected.
A process of manufacturing biodegradable PET chips comprising the steps of: a. providing a purified terephthalic acid (PTA) in a predetermined quantity in a slurry tank at step ; b. providing virgin or recycled monoethylene glycol (MEG) in a predetermined quantity in the slurry tank at step ; c. transferring the combination present in the slurry tank to an esterification reactor for esterification of the combination in the reactor which releases monomer at step ; d. transferring the monomers from the esterification reactor to a polymerisation reactor at step ; e. providing one or more poly-catalysts into the polymerisation reactor to introduce desired properties in the polymer to be produced at step ; and f. polymerization of the monomers in the polymerisation reactor at step , wherein an enzyme based composition is provided either at the step of providing PTA or MEG or poly-catalyst step or at other steps or combination thereof if the composition is water insoluble otherwise the composition is provided at any of the steps or combination thereof except the step of esterification . a. providing a purified terephthalic acid (PTA) in a predetermined quantity in a slurry tank at step ; b. providing virgin or recycled monoethylene glycol (MEG) in a predetermined quantity in the slurry tank at step ; c. transferring the combination present in the slurry tank to an esterification reactor for esterification of the combination in the reactor which releases monomer at step ; d. transferring the monomers from the esterification reactor to a polymerisation reactor at step ; e. providing one or more poly-catalysts into the polymerisation reactor to introduce desired properties in the polymer to be produced at step ; and f. polymerization of the monomers in the polymerisation reactor at step ,
Absorber tube having a central metal tube and having a glass jacket tube surrounding the central metal tube , wherein a glass/metal transition element is arranged at at least one end (1a, b) of the glass jacket tube , wherein the metal tube and the glass/metal transition element are movable relative to one another in the longitudinal direction and connected together by means of at least one expansion compensation device , wherein the expansion compensation device is arranged at least partially in an annular space between the metal tube and the glass/metal transition element , wherein an inner end of the expansion compensation device is fastened to a connection element that is connected to the glass/metal transition element , and an outer end of the expansion compensation device is fastened to the metal tube , wherein an annular-space portion of the annular space is formed between the glass/metal transition element and the connection element , and wherein the connection element and the expansion compensation device have an end face in the form of a circular ring in axial plan view, wherein the connection element has an annular disc , to which the expansion compensation device is fastened, characterized in that at least one shielding device is arranged in the annular space at at least one end (1a, b) of the absorber tube , said shielding device having a first portion in the form of an annular disc, wherein the portion in the form of an annular disc is arranged in front of the end face at a distance therefrom in the axial direction.