mhurhangee/ep-ind-claims huggingface dataset:
A cosmetic applicator comprising: a container for containing a cosmetic product to be dispensed, the container comprising an externally threaded neck proximate an open end of the container; a tip (202; 602) comprising a body with an application surface including a thermal member and an opening in the application surface in fluid communication with the container through which to dispense the product, the body defining an annular protrusion (214; 606); a skirt (206; 610) separate from the tip (202; 602) and having internal threads (216; 612) for mating with the externally threaded neck, the skirt (206; 610) defining an annular flange (218; 608) for engaging the annular protrusion (214; 606) of the body to retain the tip (202; 602) on the neck of the container; wherein the tip (202; 602) further comprises an annular sealing member contacting the container such that the neck of the container is sandwiched between the skirt (206; 610) and the annular sealing member when the tip (202; 602) is threadably retained on the container. a container for containing a cosmetic product to be dispensed, the container comprising an externally threaded neck proximate an open end of the container; a tip (202; 602) comprising a body with an application surface including a thermal member and an opening in the application surface in fluid communication with the container through which to dispense the product, the body defining an annular protrusion (214; 606); a skirt (206; 610) separate from the tip (202; 602) and having internal threads (216; 612) for mating with the externally threaded neck, the skirt (206; 610) defining an annular flange (218; 608) for engaging the annular protrusion (214; 606) of the body to retain the tip (202; 602) on the neck of the container; wherein the tip (202; 602) further comprises an annular sealing member contacting the container such that the neck of the container is sandwiched between the skirt (206; 610) and the annular sealing member when the tip (202; 602) is threadably retained on the container.
A method of measuring the sulfur content in a plurality of individual sulfur-containing fiber or article samples, the method comprising the steps of: a) contacting a plurality of sulfur-containing fiber or article samples with an aqueous solution comprising potassium hydroxide to convert the sulfur to potassium sulfate; b) concurrently and individually combusting the plurality of samples from step a) in a furnace at a temperature of greater than 650 °C to remove essentially all organic materials and produce a plurality of residues; c) dissolving each of the pluralities of residue in concentrated nitric acid to form individual residue solutions; and d) analyzing the individual residue solutions with Inductively Coupled Plasma Emission Spectrometry to determine the sulfur content of each sample. a) contacting a plurality of sulfur-containing fiber or article samples with an aqueous solution comprising potassium hydroxide to convert the sulfur to potassium sulfate; b) concurrently and individually combusting the plurality of samples from step a) in a furnace at a temperature of greater than 650 °C to remove essentially all organic materials and produce a plurality of residues; c) dissolving each of the pluralities of residue in concentrated nitric acid to form individual residue solutions; and d) analyzing the individual residue solutions with Inductively Coupled Plasma Emission Spectrometry to determine the sulfur content of each sample.
Device for optimizing the combustion of hydrocarbons, through induction of vibrations in the particles of fuel, comprising at least one tubular apparatus designed to be inserted in a fuel gas line, between at least one storage tank and at least one internal combustion engine, wherein the device comprises at least one ultrasound generator to supply a plurality of ultrasound piezoelectric transducers arranged on said tubular apparatus, characterized in that said tubular apparatus is composed of an internal tube coaxial with respect to an external tube, the ends of said internal tube and said external tube being delimited by a pair of transverse holed flanges, said external tube being adapted to support said plurality of ultrasound piezoelectric transducers, said internal tube being composed of a series of tube sections made of ferromagnetic material arranged axially with interposed disks made of soft iron, said external tube and said pair of transverse holed flanges being made of stainless steel.
A method of operating a data processing apparatus (8, 10, 12) comprising: receiving a personalisation program at said data processing apparatus, wherein said personalisation program is executed in an isolated execution environment by said data processing apparatus, and wherein said personalisation program is formed by subjecting a source program to a code obfuscation process, wherein the code obfuscation process comprises one or more of code flattening, code reordering and variable fragmentation; executing said personalisation program to read as a personalisation input values of a plurality of variables characterising said data processing apparatus and to generate a diversification value as a function of said personalisation input; supplying said diversification value as a diversification input to a cryptographic program separate from said personalisation program; and executing said cryptographic program to perform a cryptographic operation in dependence upon said diversification value. receiving a personalisation program at said data processing apparatus, wherein said personalisation program is executed in an isolated execution environment by said data processing apparatus, and wherein said personalisation program is formed by subjecting a source program to a code obfuscation process, wherein the code obfuscation process comprises one or more of code flattening, code reordering and variable fragmentation; wherein said personalisation program is executed in an isolated execution environment by said data processing apparatus, and wherein said personalisation program is formed by subjecting a source program to a code obfuscation process, wherein the code obfuscation process comprises one or more of code flattening, code reordering and variable fragmentation; executing said personalisation program to read as a personalisation input values of a plurality of variables characterising said data processing apparatus and to generate a diversification value as a function of said personalisation input; supplying said diversification value as a diversification input to a cryptographic program separate from said personalisation program; and executing said cryptographic program to perform a cryptographic operation in dependence upon said diversification value.
A method for testing a memory, comprising: obtaining a test instruction from an automatic test equipment, ATE; generating, in response to the test instruction, a test clock signal, a to-be-tested address and to-be-tested data; determining a to-be-tested memory from memories of a storage device, the storage device comprising a control die that has a built-in self-test, BIST, circuit on which the memories are stacked, wherein each of the memories has a limited quantity of command pins connected to the BIST circuit to obtain the test instruction from the ATE; writing the to-be-tested data into a storage unit corresponding to a to-be-tested address of the to-be-tested memory; reading output data from the storage unit corresponding to the to-be-tested address of the to-be-tested memory; and comparing the to-be-tested data with the output data corresponding to the to-be-tested address, to obtain a test result of the to-be-tested memory, wherein, the BIST circuit comprises a first-in-first-out queue; and obtaining the test instruction comprises: buffering a command signal from an automatic test equipment in the first-in-first-out queue, wherein a frequency of the test clock signal is equal to a frequency of a clock signal output by the automatic test equipment, and a phase of the test clock signal is different from a phase of the clock signal output by the automatic test equipment, wherein the BIST circuit further comprises a clock signal generator that generates the test clock signal; and reading the command signal from the first-in-first-out queue. obtaining a test instruction from an automatic test equipment, ATE; generating, in response to the test instruction, a test clock signal, a to-be-tested address and to-be-tested data; determining a to-be-tested memory from memories of a storage device, the storage device comprising a control die that has a built-in self-test, BIST, circuit on which the memories are stacked, wherein each of the memories has a limited quantity of command pins connected to the BIST circuit to obtain the test instruction from the ATE; writing the to-be-tested data into a storage unit corresponding to a to-be-tested address of the to-be-tested memory; reading output data from the storage unit corresponding to the to-be-tested address of the to-be-tested memory; and comparing the to-be-tested data with the output data corresponding to the to-be-tested address, to obtain a test result of the to-be-tested memory, wherein, the BIST circuit comprises a first-in-first-out queue; and obtaining the test instruction comprises: buffering a command signal from an automatic test equipment in the first-in-first-out queue, wherein a frequency of the test clock signal is equal to a frequency of a clock signal output by the automatic test equipment, and a phase of the test clock signal is different from a phase of the clock signal output by the automatic test equipment, wherein the BIST circuit further comprises a clock signal generator that generates the test clock signal; and reading the command signal from the first-in-first-out queue.
A reactor for producing polycrystalline silicon comprising: an anticorrosive layer provided on the inner surface of an inner wall of a reactor, which anticorrosive layer comprises a first alloy material having a composition for which a value R, defined by R = [Cr] + [Ni] - 1.5 [Si], is not less than 40% wherein [Cr] is the mass content (% by mass) of chromium (Cr), [Ni] is the mass content (% by mass) of nickel (Ni), and [Si] is the mass content (% by mass) of silicon (Si); a cooling water flow passage that allows pressurized cooling water having a temperature not less than a standard boiling point to be circulated therethrough; and a heat conductive layer provided between the anticorrosive layer and the cooling water flow passage, which heat conductive layer comprises a second alloy material having heat conductivity higher than that of the first alloy material.
A coaxial cable connector for a coaxial cable comprising a inner conductor, a dielectric layer surrounding the inner conductor, and an outer conductor surrounding the dielectric layer, the coaxial cable connector comprising: a connector housing defining a radially outer ramp portion (36"); an insulator member in said connector housing and defining a radially inner ramp portion aligned with said radially outer ramp portion; and a back nut defining an opposing ramp opposite at least said radially outer ramp portion so that said radially inner and outer ramp portions flare an end of the outer conductor as the coaxial cable is advanced into said connector housing, and so that at least said radially outer ramp portion cooperates with said opposing ramp to clamp the flared end of the outer conductor therebetween, characterised in that said radially outer ramp portion defines a stair-stepped non-continuous ramp surface. a connector housing defining a radially outer ramp portion (36"); an insulator member in said connector housing and defining a radially inner ramp portion aligned with said radially outer ramp portion; and a back nut defining an opposing ramp opposite at least said radially outer ramp portion so that said radially inner and outer ramp portions flare an end of the outer conductor as the coaxial cable is advanced into said connector housing, and so that at least said radially outer ramp portion cooperates with said opposing ramp to clamp the flared end of the outer conductor therebetween, characterised in that said radially outer ramp portion defines a stair-stepped non-continuous ramp surface.
A video camera for analyzing a video stream, the video camera comprising: an image sensor configured to capture image data of image frames of the video stream; an image buffer configured to buffer image data of image frames; and circuitry configured to execute: a first evaluation function configured to evaluate a subset of image frames in the video stream by evaluating data pertaining to the subset of image frames and to, for each evaluated image frame, output a corresponding first evaluation result, wherein the evaluation of an image frame has an evaluation time larger than 1/fps for the video stream; a buffer function configured to, for each image frame being evaluated by the first evaluation function, mark the image frame as being under evaluation and indicate to the image buffer to buffer image data of the marked image frame; and a second evaluation function configured to access the image buffer to evaluate image data of each of the subset of image frames based on the corresponding first evaluation result, upon being available, and output a corresponding second evaluation result. an image sensor configured to capture image data of image frames of the video stream; an image buffer configured to buffer image data of image frames; and circuitry configured to execute: a first evaluation function configured to evaluate a subset of image frames in the video stream by evaluating data pertaining to the subset of image frames and to, for each evaluated image frame, output a corresponding first evaluation result, wherein the evaluation of an image frame has an evaluation time larger than 1/fps for the video stream; a buffer function configured to, for each image frame being evaluated by the first evaluation function, mark the image frame as being under evaluation and indicate to the image buffer to buffer image data of the marked image frame; and a second evaluation function configured to access the image buffer to evaluate image data of each of the subset of image frames based on the corresponding first evaluation result, upon being available, and output a corresponding second evaluation result. a first evaluation function configured to evaluate a subset of image frames in the video stream by evaluating data pertaining to the subset of image frames and to, for each evaluated image frame, output a corresponding first evaluation result, wherein the evaluation of an image frame has an evaluation time larger than 1/fps for the video stream; a buffer function configured to, for each image frame being evaluated by the first evaluation function, mark the image frame as being under evaluation and indicate to the image buffer to buffer image data of the marked image frame; and a second evaluation function configured to access the image buffer to evaluate image data of each of the subset of image frames based on the corresponding first evaluation result, upon being available, and output a corresponding second evaluation result.
A skin-protecting alkalinity-controlling composition comprising a mixture of at least one high DE pectin ester having a degree of esterification in the range from about 70% to about 100%, and at least one low DE carboxylic acid polysaccharide having a degree of esterification in the range from about 5% to about 40%.
A method for operating a robot arm, comprising the following method steps: detecting a user's input, which the user applies to the surface of the robot arm in the form of a symbol, by the following steps: detecting a force and/or a torque in at least one joint by force and/or torque sensors that are anyway included in the robot joint, wherein the force and/or the torque is generated by the user's input, deriving a trajectory of the point of contact on the three-dimensional surface of the robot arm, transforming the three-dimensional trajectory of the point of contact into a two-dimensional trajectory, deriving a symbol from the two-dimensional trajectory, deriving an input command for the robot arm from one or more symbols. detecting a force and/or a torque in at least one joint by force and/or torque sensors that are anyway included in the robot joint, wherein the force and/or the torque is generated by the user's input, deriving a trajectory of the point of contact on the three-dimensional surface of the robot arm, transforming the three-dimensional trajectory of the point of contact into a two-dimensional trajectory, deriving a symbol from the two-dimensional trajectory, deriving an input command for the robot arm from one or more symbols.
A working vehicle configured to raise and lower one of a jib and a boom by using a wire rope wound around a winch, the working vehicle comprising: a detection part provided on one of the jib and the boom and configured to detect an angle of one of the jib and the boom controlled to be raised and lowered to determine whether or not an overload detection condition occurs or to perform overload prevention control; an acquisition part configured to acquire the angle of one of the jib and the boom controlled to be raised and lowered, based on a feed length of the wire rope; a determination part configured to determine that a failure occurs when a difference between the angle detected by the detection part and the angle acquired by the acquisition part exceeds a predetermined tolerance; and a control part configured to issue a warning and stops the winch when the determination part determines that the failure occurs, characterized in that the control part stops the winch, when the determination part determines that the failure occurs and the angle detected by the detection part is out of a predetermined angular range; and the control part, after the stop of the winch, does not employ the angle detected by the detection part but employs the angle acquired by the acquisition part in order to determine whether or not the overload detection condition occurs or to perform overload prevention control. a detection part provided on one of the jib and the boom and configured to detect an angle of one of the jib and the boom controlled to be raised and lowered to determine whether or not an overload detection condition occurs or to perform overload prevention control; an acquisition part configured to acquire the angle of one of the jib and the boom controlled to be raised and lowered, based on a feed length of the wire rope; a determination part configured to determine that a failure occurs when a difference between the angle detected by the detection part and the angle acquired by the acquisition part exceeds a predetermined tolerance; and a control part configured to issue a warning and stops the winch when the determination part determines that the failure occurs,
A shoe structure comprising: - an upper assembly, comprising an upper and an insole, - a bottom, joined in a lower region to said upper assembly and comprising a sole and a midsole (13, 113), said sole comprising a tread, wherein said sole comprises one or more tabs monolithic therewith, directed toward said midsole (13, 113) characterized in that in said midsole there are: - one or more through holes (20, 120), - and/or one or more blind holes (30, 130), which extend over only part of the thickness of said midsole (13, 113) and lead out toward said tread wherein said bottom comprises one or more ducts (40, 140), said ducts (40, 140) mutually connecting: - one or more of said through holes (20, 120), - and/or one or more of said blind holes (30, 130), - and/or one or more of said through holes (20, 120) to one or more of said blind holes (30, 130). - an upper assembly, comprising an upper and an insole, - a bottom, joined in a lower region to said upper assembly and comprising a sole and a midsole (13, 113), said sole comprising a tread, - one or more through holes (20, 120), - and/or one or more blind holes (30, 130), which extend over only part of the thickness of said midsole (13, 113) and lead out toward said tread wherein said bottom comprises one or more ducts (40, 140), said ducts (40, 140) mutually connecting: - one or more of said through holes (20, 120), - and/or one or more of said blind holes (30, 130), - and/or one or more of said through holes (20, 120) to one or more of said blind holes (30, 130).
Method for producing a component provided with at least one electrically conductive conductor body, wherein the conductor body is surrounded at least in part, in particular predominantly, material-fitting and / or form-fitting by a formed from a spraying material spraying body, wherein the following process steps: - receiving the conductor body at least partially in or at a receiving space limiting receiving area of a carrier body, - overmolding of the carrier body provided with the conductor body at least partially with the spraying material for forming a component comprising at least the conductor body, the carrier body and the spraying body, characterized in that After and / or during the reception of the conductor body in or on the carrier body, at least in part, a change in the geometric shape of the carrier body takes place, wherein with the change in the geometric shape of the carrier body, the conductor body undergoes at least in part a change in shape. - receiving the conductor body at least partially in or at a receiving space limiting receiving area of a carrier body, - overmolding of the carrier body provided with the conductor body at least partially with the spraying material for forming a component comprising at least the conductor body, the carrier body and the spraying body, characterized in that After and / or during the reception of the conductor body in or on the carrier body, at least in part, a change in the geometric shape of the carrier body takes place, wherein with the change in the geometric shape of the carrier body, the conductor body undergoes at least in part a change in shape.