mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound probe comprising a plurality of transmitter-receiver units that transmit an ultrasonic wave and receive a reflected wave of the ultrasonic wave produced by a difference between acoustic impedances, wherein each transmitter-receiver unit includes a delay unit that accumulates a voltage level corresponding to the reflected wave and in turn outputs the accumulated voltage level; the delay unit includes: a voltage storage output unit that accumulates a voltage level corresponding to the reflected wave based on a write control signal and outputs the accumulated voltage level based on a read control signal; and a control signal generating unit that generates the write control signal and the read control signal; and when a delay time control signal that varies delay time is inputted, the control signal generating unit varies an output period of the write control signal or the read control signal depending on the delay time control signal and varies delay time that delays the reflected wave; wherein the voltage storage output unit includes: a plurality of memory elements that accumulate a voltage level corresponding to the reflected wave; a plurality of first switches that accumulate the voltage level on the memory elements based on the write control signal; and a plurality of second switches that output the voltage level accumulated on the memory elements based on the read control signal; characterized in that the delay time control signal inputted to the control signal generating unit has a first delay time control signal that increases delay time of the reflected wave; and when the first delay time control signal is inputted, the control signal generating unit generates the write control signal that controls the first switches to accumulate a same voltage level on two or more of the memory elements depending on an input period of the first delay time control signal. a voltage storage output unit that accumulates a voltage level corresponding to the reflected wave based on a write control signal and outputs the accumulated voltage level based on a read control signal; and a control signal generating unit that generates the write control signal and the read control signal; and a plurality of memory elements that accumulate a voltage level corresponding to the reflected wave; a plurality of first switches that accumulate the voltage level on the memory elements based on the write control signal; and a plurality of second switches that output the voltage level accumulated on the memory elements based on the read control signal;
A frictional resistance reducing device comprising: a first air discharge part which is formed on a bottom surface of a hull and discharges air into water; a second air discharge part which is formed behind the first air discharge part and discharges air into the water; and a first air supplying source which supplies air to the first air discharge part and the second air discharge part, wherein the first air discharge part and the second air discharge part are arranged in a line in a length direction of the hull, and wherein in use the frictional resistance reducing device is configured to discharge air by the first discharge part and to simultaneously discharge air by the second air discharge part characterized in that the amount of air discharged from the first air discharge part is smaller than the amount of air discharged from the second air discharge part, and the first air discharge part is disposed closer to a bow of the hull than the second air discharge part. a first air discharge part which is formed on a bottom surface of a hull and discharges air into water; a second air discharge part which is formed behind the first air discharge part and discharges air into the water; and a first air supplying source which supplies air to the first air discharge part and the second air discharge part, wherein the first air discharge part and the second air discharge part are arranged in a line in a length direction of the hull, and wherein in use the frictional resistance reducing device is configured to discharge air by the first discharge part and to simultaneously discharge air by the second air discharge part characterized in that the amount of air discharged from the first air discharge part is smaller than the amount of air discharged from the second air discharge part, and the first air discharge part is disposed closer to a bow of the hull than the second air discharge part.
Sensor for universal-current-sensitive determination of a residual current, - the sensor having a magnetic field-sensitive component, a first main winding, a test winding and a shield, - the magnetic field-sensitive component being a component made of a soft-magnetic material, - the magnetic field-sensitive component having a through-opening, the through-opening of the magnetic field-sensitive component being formed in cross section as an oval having two axes of symmetry, - the first main winding and the test winding each surrounding the magnetic field-sensitive component with a plurality of turns, - the first main winding being designed to be actively supplied with an electric current by means of a current source or a voltage source, - the shield having a receiving space that is designed to receive the magnetic field-sensitive component, the first main winding and the test winding, - the receiving space of the shield being delimited in the radial direction by a shield outer wall and a shield inner wall, - the shield inner wall defining a through-opening of the shield, the through-opening of the shield being formed as an oval having two axes of symmetry, - the shield having a circumferential gap in the region of the shield inner wall, - the sensor being designed to be arranged around at least two electrical conductors (110, 120), - the through-opening of the magnetic field-sensitive component having at least one clear width along an axis of symmetry, characterized in that the at least one clear width is in a range between 25.2 and 32 mm, preferably in a range between 25.5 and 29 mm and particularly preferably between 25.8 and 27 mm. - the sensor having a magnetic field-sensitive component, a first main winding, a test winding and a shield, - the magnetic field-sensitive component being a component made of a soft-magnetic material, - the magnetic field-sensitive component having a through-opening, the through-opening of the magnetic field-sensitive component being formed in cross section as an oval having two axes of symmetry, - the first main winding and the test winding each surrounding the magnetic field-sensitive component with a plurality of turns, - the first main winding being designed to be actively supplied with an electric current by means of a current source or a voltage source, - the shield having a receiving space that is designed to receive the magnetic field-sensitive component, the first main winding and the test winding, - the receiving space of the shield being delimited in the radial direction by a shield outer wall and a shield inner wall, - the shield inner wall defining a through-opening of the shield, the through-opening of the shield being formed as an oval having two axes of symmetry, - the shield having a circumferential gap in the region of the shield inner wall, - the sensor being designed to be arranged around at least two electrical conductors (110, 120), - the through-opening of the magnetic field-sensitive component having at least one clear width along an axis of symmetry,
A sealing composition for a semiconductor which composition comprises a polymer that - includes two or more cationic functional groups including at least one of a tertiary nitrogen atom or a quaternary nitrogen atom, - has a weight average molecular weight of 2,000-1,000,000, measured using Shodex GPC-101 as an analytical instrument and Asahipak GF-7M HQ as a column, and calculated using polyethylene glycol as a reference standard, and - has a branching degree of 48% or more whereby branching degree denotes a value obtained by the following equation: Branching degree % = number of tertiary nitrogen atom + number of quaternary nitrogen atom / number of secondary nitrogen atom + number of tertiary nitrogen atom + number of quaternary nitrogen atom × 100; wherein the content of sodium and the content of potassium in the composition are each 10 ppb by weight or less on an element basis. - includes two or more cationic functional groups including at least one of a tertiary nitrogen atom or a quaternary nitrogen atom, - has a weight average molecular weight of 2,000-1,000,000, measured using Shodex GPC-101 as an analytical instrument and Asahipak GF-7M HQ as a column, and calculated using polyethylene glycol as a reference standard, and - has a branching degree of 48% or more whereby branching degree denotes a value obtained by the following equation: Branching degree % = number of tertiary nitrogen atom + number of quaternary nitrogen atom / number of secondary nitrogen atom + number of tertiary nitrogen atom + number of quaternary nitrogen atom × 100; wherein the content of sodium and the content of potassium in the composition are each 10 ppb by weight or less on an element basis.
An in vitro method to detect one or more molecules in a cell, comprising: a) contacting a cell comprising a mutant hydrolase with a hydrolase substrate for said mutant hydrolase, which substrate comprises two or more functional groups, wherein at least the first of which binds to the molecule of interest and which binding alters a property of the second functional group, wherein the mutant hydrolase possesses at least 85% amino acid sequence identity with SEQ ID NO:82 and comprises at least two amino acid substitutions relative to a corresponding wild-type dehalogenase having SEQ ID NO:82, wherein the at least one amino acid substitution in the mutant hydrolase is a substitution at an amino acid residue corresponding to residue 272 in the wild-type hydrolase having SEQ ID NO:82 or at an amino acid residue corresponding to residue 106 in the wild-type hydrolase having SEQ ID NO:82 and wherein a second substitution is at an amino acid residue corresponding to residue 175, 176 or 273 in the wild-typedehalogenase; and b) detecting or determining the presence or amount of the second functional group. a) contacting a cell comprising a mutant hydrolase with a hydrolase substrate for said mutant hydrolase, which substrate comprises two or more functional groups, wherein at least the first of which binds to the molecule of interest and which binding alters a property of the second functional group, wherein the mutant hydrolase possesses at least 85% amino acid sequence identity with SEQ ID NO:82 and comprises at least two amino acid substitutions relative to a corresponding wild-type dehalogenase having SEQ ID NO:82, wherein the at least one amino acid substitution in the mutant hydrolase is a substitution at an amino acid residue corresponding to residue 272 in the wild-type hydrolase having SEQ ID NO:82 or at an amino acid residue corresponding to residue 106 in the wild-type hydrolase having SEQ ID NO:82 and wherein a second substitution is at an amino acid residue corresponding to residue 175, 176 or 273 in the wild-typedehalogenase; and b) detecting or determining the presence or amount of the second functional group.
A valve for controlling a product flow, the valve comprising a valve body having a product inlet, a product outlet, a product flow channel formed between the product inlet and the product outlet, and a valve seat arranged in the product flow channel, a rotatable stem extending through a wall of the valve body and into the product flow channel with an end portion of the stem disposed within the product flow channel, a disk arranged at the end portion of the stem at an angle (α) greater than zero relative to an elongated extension of the stem, the disk being movable from a closed position where it abuts the valve seat for sealing the product flow channel, to an open position by rotating the stem approximately 180°, wherein the valve body comprises a stem seal groove having a stem seal that surrounds the stem for providing sealing between the valve body and the stem, a void space surrounding the stem and extending from the stem seal to the product flow channel, such that the stem seal is fluidly connected to the product flow channel via the void space, characterized in that the void space has, in a radial direction of the stem, an extension that has a length that is at least 20% of a thickness of the stem, where the thickness of the stem is measured across the stem in the radial direction, the extension being be measured on a side of the stem that is opposite the product flow channel. a valve body having a product inlet, a product outlet, a product flow channel formed between the product inlet and the product outlet, and a valve seat arranged in the product flow channel, a rotatable stem extending through a wall of the valve body and into the product flow channel with an end portion of the stem disposed within the product flow channel, a disk arranged at the end portion of the stem at an angle (α) greater than zero relative to an elongated extension of the stem, the disk being movable from a closed position where it abuts the valve seat for sealing the product flow channel, to an open position by rotating the stem approximately 180°, wherein the valve body comprises a stem seal groove having a stem seal that surrounds the stem for providing sealing between the valve body and the stem, a void space surrounding the stem and extending from the stem seal to the product flow channel, such that the stem seal is fluidly connected to the product flow channel via the void space, characterized in that the void space has, in a radial direction of the stem, an extension that has a length that is at least 20% of a thickness of the stem, where the thickness of the stem is measured across the stem in the radial direction, the extension being be measured on a side of the stem that is opposite the product flow channel.
Method for operating an ultrasonic fluid meter, preferably an ultrasonic water meter, in a fluid line network with a measurement rate comprising a measurement interval, wherein an ultrasound signal is generated at particular instants by an ultrasound transducer and travels along a measurement section, and the flow volume of fluid is ascertained by evaluation electronics on the basis of the time of flight and/or a time of flight difference of the ultrasound signals, wherein a hydraulic force or hydraulic force change exerted by a flow event on the ultrasound transducer via the fluid is detected by the ultrasound transducer, evaluated in the evaluation electronics and, as a function thereof, the measurement rate for ascertaining the flow volume of fluid is adaptively modified and/or the flow volume ascertained over a measurement interval is corrected on the basis of the temporal location of the flow event in relation to the measurement interval. a hydraulic force or hydraulic force change exerted by a flow event on the ultrasound transducer via the fluid is detected by the ultrasound transducer, evaluated in the evaluation electronics and, as a function thereof, the measurement rate for ascertaining the flow volume of fluid is adaptively modified and/or the flow volume ascertained over a measurement interval is corrected on the basis of the temporal location of the flow event in relation to the measurement interval.
Method for producing packs from preferably moisture-tight and aroma-tight sheet material for cigarettes, in the case of which a cigarette group is enclosed, preferably as a unit with an inner collar partially enclosing the cigarette group, by a sheet-material blank to give lateral closure seams in the form of a fin seam, wherein successively transported cigarette groups or units are wrapped continuously in a sheet-material web to give a flexible sheet-material tube and, in a sealing and severing station, transversely directed connecting seams are applied in the region of a folding portion of the flexible sheet-material tube and, between said connecting seams, severing cuts are applied in order to produce a respective pack, characterized in that, in the region of the folding portion, auxiliary cuts are applied in, or to, the sheet-material web in order to form an appropriate peripheral fold of the flexible sheet-material tube in the folding portion such that, by virtue of regions of the flexible sheet-material tube being folded in, folding flaps of the same are folded in in the region between folding flaps or fins of the transversely directed connected seams (18, 19) and, when the fin seams are produced, are connected thereto, that is to say are embedded between the fins.
Mounting device for a sanitary body, said mounting device having a mounting frame that includes means for securing the sanitary body and two vertical struts which are positioned spaced apart from one another, a cistern mounted on the mounting frame and a covering (14, 15, 26) that conceals the mounting frame at least at the front, wherein the covering (14, 15, 26) has at least one first decorative element concealing the mounting frame at the front and secured to the mounting frame and at least one second decorative element concealing the mounting frame at the top, wherein the second decorative element forms a removable cover for the cistern, wherein the first decorative element in a bottom part has a recess with a top edge and has securing means (34, 36) on its rear side, wherein the recess is suited for the passage of a flush pipe and of a waste bend of the sanitary body, and wherein the securing means each have inwardly directed lugs, which each engage in a recess in the mounting frame and each have two elongate holes, into which bolt-shaped securing parts of the mounting frame engage, characterized in that said top edge extends horizontally and the first decorative element is supported on the mounting frame at said edge at a support part secured to a cross bar at the mounting frame such, that the support part absorbes the weight force of the first decorative element and induces it into the cross bar.
A method of manufacturing an ophthalmic lens comprising: providing an ophthalmic lens; providing a photocurable film; using a digital light projection system to photocure at least one region of the film, thereby producing a plurality of photocured gradient index refractive elements; and applying the film to a surface of the lens. providing an ophthalmic lens; providing a photocurable film; using a digital light projection system to photocure at least one region of the film, thereby producing a plurality of photocured gradient index refractive elements; and applying the film to a surface of the lens.
Method for communicating between a first web application associated with a first browsing domain (D30A) and a second web application associated with a second browsing domain (D30B), different from the first browsing domain, comprising a step for loading and for displaying concurrently at least two sub-pages (P30A, P30B) of an initial web page, a first sub-page (P30A) being used for displaying a user interface of the first web application, a second sub-page (P30B) being used for displaying a user interface of the second web application being executed independently of the first web application, the method being characterized in that the first and second applications are implemented within a browser accessing a local database specific to the browser, said local database being designed for recording data supplied by a software module loaded into said browser and to prohibit access to the data stored for a software module associated with a browsing domain (D30C) to any software module loaded into the browser which is not associated with said browsing domain (D30C), and in that it comprises: - a step for storing data, by a first software module (S30AC) of the first web application, in said local database; - a step for reading, by a second software module (S30BC) of the second web application, data written in said local database by the first software module (S30AC), the first and second software modules (S30AC, S30BC) being associated with a third browsing domain (D30C). - a step for storing data, by a first software module (S30AC) of the first web application, in said local database; - a step for reading, by a second software module (S30BC) of the second web application, data written in said local database by the first software module (S30AC),
Method for setting a value of a parameter, in which a graphical user interface is generated and output, the graphical user interface comprising a selection object associated with the parameter; a first user input, comprising a positioning gesture related to the selection object, is logged, the first user input being taken as a basis for generating a setting object and the positioning gesture being taken as a basis for positioning said setting object on the graphical user interface; and a second user input, comprising a setting gesture, is logged, the value of the parameter being set by means of the setting object on the basis of the setting gesture, characterized in that the setting object is enlarged during positioning, the setting object first being generated with an initial size and the enlargement then taking place while the positioning gesture is performed. the graphical user interface comprising a selection object associated with the parameter; a first user input, comprising a positioning gesture related to the selection object, is logged, the first user input being taken as a basis for generating a setting object and the positioning gesture being taken as a basis for positioning said setting object on the graphical user interface; and a second user input, comprising a setting gesture, is logged, the value of the parameter being set by means of the setting object on the basis of the setting gesture, characterized in that the setting object is enlarged during positioning, the setting object first being generated with an initial size and the enlargement then taking place while the positioning gesture is performed.
Use of a compound selected from the following compounds 1 to 29 and/or a salt thereof for enhancing the skin-whitening effect of D-pantothenyl alcohol in a cosmetic composition: