mhurhangee/ep-ind-claims huggingface dataset:
A tire, comprising a circular tire frame formed of a material containing a resin, the material comprising: a sea/island structure including a sea phase constituted by a first resin material; and an island phase that is constituted by a second resin material, and that is softer than the sea phase. a sea/island structure including a sea phase constituted by a first resin material; and an island phase that is constituted by a second resin material, and that is softer than the sea phase.
Circuit for generating an output signal (CLK_OUT) having a second duty ratio from an input signal (CLK_IN) having a first duty ratio, wherein the circuit (100; 200; 300; 400; 500) has a first capacitor (C 1) and a second capacitor (C 2), which are each connected to a charge source (I 1, I 2; Ix2 0,..., Ix2 n-1, Ix2 n) for periodically charging the capacitors (C 1, C 2), wherein the first capacitor (C 1) is charged via a first switch controlled by the input signal (CKL_IN) and the second capacitor (C 2) is charged via a second switch controlled by the inverted input signal, and wherein a voltage across the charged first capacitor (C 1) is defined as reference voltage (U ref) and wherein the duty ratio of the output signal (CLK_OUT) is defined by the charging period (t 2) of the second capacitor (C 2) before the reference voltage (U ref) is reached, wherein there is provision for a comparator (110; 202; 302; 403) for comparing the reference voltage (U ref) and the voltage of the second capacitor (C 2) and wherein there is provision for a bistable multivibrator (109; 201; 301; 404), the inputs of which are able to communicate with an output of the comparator (110; 202; 302; 403) and with the input signal (CLK_IN) and the output of which provides the output signal (CLK_OUT), so that the pulse duration of the output signal (CKL_OUT) corresponds to the charging period (t 1) of the first capacitor (C 1) plus the charging period (t 2) of the second capacitor (C 2).
An implantable medical device for detecting an analyte in a bodily tissue, comprising: a biostable polymer coating; a plurality of channels in the biostable polymer coating for a bodily fluid comprising the analyte to flow into the medical device and contact a bioactive agent, at least one first channel of the plurality of channels comprising buffer and at least one second channel of the plurality of channels comprising a microarray comprising the bioactive agent for interaction with the analyte, the microarray comprising a plurality of sites on a surface, the plurality of sites comprising the bioactive agent for the interaction with the analyte; a scanning device for detecting the interaction; and an interface device for wirelessly transmitting data of the interaction. a biostable polymer coating; a plurality of channels in the biostable polymer coating for a bodily fluid comprising the analyte to flow into the medical device and contact a bioactive agent, at least one first channel of the plurality of channels comprising buffer and at least one second channel of the plurality of channels comprising a microarray comprising the bioactive agent for interaction with the analyte, the microarray comprising a plurality of sites on a surface, the plurality of sites comprising the bioactive agent for the interaction with the analyte; a scanning device for detecting the interaction; and an interface device for wirelessly transmitting data of the interaction.
A method for automated testing of an application user interface for preventing rewriting of codes or instructions for performing the automated testing of the application user interface when new requirements appear or the software is updated, being implemented in an electronic apparatus, comprising: dividing a frame of a testing software application of an application user interface into a business requirement layer, a method definition layer, and a method implementation layer, wherein the business definition layer defines synonymous name sets in descriptive language for various function controls of the testing software application and business processes of different scenes to which the function controls correspond, the method definition layer maps the business requirement layer to define a process definition for each business process of the business requirement layer, and the method implementation layer maps the method definition layer to define a block of instructions for the process definition of each business process; and it further comprises when receiving a name modification request of modifying a name of one of the function controls from a user, determining the process definition corresponding to the modified name according to the business requirement layer and the method definition layer; searching for a block of instructions corresponding to the determined process definition according to the method implementation layer; and searching for another name belonging to the same synonymous name set as the modified name in the found block of instructions, and replacing the found another name with the modified name. dividing a frame of a testing software application of an application user interface into a business requirement layer, a method definition layer, and a method implementation layer, wherein the business definition layer defines synonymous name sets in descriptive language for various function controls of the testing software application and business processes of different scenes to which the function controls correspond, the method definition layer maps the business requirement layer to define a process definition for each business process of the business requirement layer, and the method implementation layer maps the method definition layer to define a block of instructions for the process definition of each business process; and it further comprises when receiving a name modification request of modifying a name of one of the function controls from a user, determining the process definition corresponding to the modified name according to the business requirement layer and the method definition layer; searching for a block of instructions corresponding to the determined process definition according to the method implementation layer; and searching for another name belonging to the same synonymous name set as the modified name in the found block of instructions, and replacing the found another name with the modified name.
A method of controlling a renewable power plant comprising a plurality of renewable power generators electrically connected by a local power network and configured to supply active power to a main power network, the method comprising: in response to receiving a control signal from an operator requesting the renewable power plant to supply substantially zero active power to the main power network: categorising (116, 118) at least one renewable power generator as power-supplying, and the remaining renewable power generators as power-consuming; operating the power-consuming renewable power generators in a paused state in which no active power is generated and in which at least one auxiliary system of each power-consuming renewable power generator draws power from the local power network; and operating the at least one power-supplying renewable power generator in an active state in which active power is supplied to the local power network; wherein the at least one power-supplying renewable power generator is controlled such that renewable power plant supplies substantially zero active power to the main power network, wherein the at least one power-supplying renewable power generator is controlled based on a determination of active power supplied to the main power network by the renewable power plant, wherein the determination of active power supplied to the main power network is based on a measurement at a point of measurement between the local and main power networks, wherein the renewable power plant remains connected to the main power network throughout the method. categorising (116, 118) at least one renewable power generator as power-supplying, and the remaining renewable power generators as power-consuming; operating the power-consuming renewable power generators in a paused state in which no active power is generated and in which at least one auxiliary system of each power-consuming renewable power generator draws power from the local power network; and operating the at least one power-supplying renewable power generator in an active state in which active power is supplied to the local power network; wherein the at least one power-supplying renewable power generator is controlled such that renewable power plant supplies substantially zero active power to the main power network, wherein the at least one power-supplying renewable power generator is controlled based on a determination of active power supplied to the main power network by the renewable power plant, wherein the determination of active power supplied to the main power network is based on a measurement at a point of measurement between the local and main power networks, wherein the renewable power plant remains connected to the main power network throughout the method.
A flexible pipe, comprising: a flexible pipe body including an internal pressure sheath as a fluid retaining layer, a pressure armour layer, a tensile armour layer formed from a plurality of wires, and an outer sheath, and an end fitting coupled to the flexible pipe body, the end fitting comprising: a window; a cavity disposed in the end fitting radially inwards of the window and configured to be in fluid communication with an annulus of the flexible pipe via a fluid passageway, such that a fluid from the annulus may reach the fluid passageway via gaps between the wires of the tensile armour layer, wherein at least a portion of the cavity is visible from the exterior of the end fitting via the window; and a dissolvable or dispersible material disposed within the cavity or in fluid communication with the cavity, wherein the dissolvable or dispersible material is configured to dissolve or disperse in a liquid medium upon contact therewith such that the liquid medium is detectable by inspection of the cavity through the window, characterized in that the end fitting further comprises a housing disposed in the cavity and housing the dissolvable or dispersible material therein. a flexible pipe body including an internal pressure sheath as a fluid retaining layer, a pressure armour layer, a tensile armour layer formed from a plurality of wires, and an outer sheath, an internal pressure sheath as a fluid retaining layer, a pressure armour layer, a tensile armour layer formed from a plurality of wires, and an outer sheath, and an end fitting coupled to the flexible pipe body, the end fitting comprising: a window; a cavity disposed in the end fitting radially inwards of the window and configured to be in fluid communication with an annulus of the flexible pipe via a fluid passageway, such that a fluid from the annulus may reach the fluid passageway via gaps between the wires of the tensile armour layer, wherein at least a portion of the cavity is visible from the exterior of the end fitting via the window; and a window; a cavity disposed in the end fitting radially inwards of the window and configured to be in fluid communication with an annulus of the flexible pipe via a fluid passageway, such that a fluid from the annulus may reach the fluid passageway via gaps between the wires of the tensile armour layer, wherein at least a portion of the cavity is visible from the exterior of the end fitting via the window; and a dissolvable or dispersible material disposed within the cavity or in fluid communication with the cavity, wherein the dissolvable or dispersible material is configured to dissolve or disperse in a liquid medium upon contact therewith such that the liquid medium is detectable by inspection of the cavity through the window, characterized in that the end fitting further comprises a housing disposed in the cavity and housing the dissolvable or dispersible material therein.
A method of determining a heading of an object bearing a magnetometer (120, 206, 701), the method comprising: obtaining a plurality of magnetic field measurements at a plurality of different orientations from the magnetometer (120, 206, 701), wherein the different orientations originate from a rotation of the object around the gravitational axis; determining a least squares solution for two-dimensional scale, skew, and offset of the magnetometer (120, 206, 701) based only on those measurements: applying the two-dimensional scale, skew, and offset to the magnetic field measurements of the magnetometer (120, 206, 701) to generate calibrated magnetometer magnetic field measurements; and determining the heading of the object based on the calibrated magnetometer magnetic field measurements. obtaining a plurality of magnetic field measurements at a plurality of different orientations from the magnetometer (120, 206, 701), wherein the different orientations originate from a rotation of the object around the gravitational axis; determining a least squares solution for two-dimensional scale, skew, and offset of the magnetometer (120, 206, 701) based only on those measurements: applying the two-dimensional scale, skew, and offset to the magnetic field measurements of the magnetometer (120, 206, 701) to generate calibrated magnetometer magnetic field measurements; and determining the heading of the object based on the calibrated magnetometer magnetic field measurements. applying the two-dimensional scale, skew, and offset to the magnetic field measurements of the magnetometer (120, 206, 701) to generate calibrated magnetometer magnetic field measurements; and determining the heading of the object based on the calibrated magnetometer magnetic field measurements.
Slide ring seal, comprising a slide ring which is mounted in an axially movable manner and a counterpart ring, wherein the slide ring and the counterpart ring each have sealing surfaces (1 a, 3a) which bear against one another, wherein the sealing surface (1 a) of the slide ring is situated opposite the sealing surface of the counterpart ring, wherein the slide ring is pressed against the counterpart ring by a spring means, wherein the counterpart ring is formed in one piece with an axial projection which can be assigned to a shaft in order to fix the counterpart ring on the shaft and wherein the spring means is configured in the manner of a bellows, characterized in that the bellows-like spring means bears by way of an annular stop region against the slide ring and is fixed by way of an annular connection region to a housing, wherein the stop region and the connection region are connected to one another by at least one elastically deformable hinge region.
A preparation method of an electrode for electrolysis, comprising the steps of: preparing a coating solution for preparing an electrode containing a platinum group metal precursor, a rare earth metal precursor, an organic solvent, and an amine-based solvent; applying the coating solution for preparing an electrode on a metal substrate to form a catalyst layer; drying the catalyst layer; and heat-treating the catalyst layer; wherein the platinum group metal precursor is at least one selected from the group consisting of ruthenium chloride hydrate (RuCl 3 • nH 2 O), tetraamine platinum chloride hydrate (Pt(NH 3) 4 Cl 2 • H 2 O), rhodium chloride (RhCl 3), rhodium nitrate hydrate (Rh(NO 3) 3 • nH 2 O), iridium chloride hydrate (IrCl 3 • nH 2 O), and palladium nitrate (Pd(NO 3) 2); the rare earth metal precursor is at least one selected from the group consisting of cerium nitrate (Ce(NO 3) 3), cerium carbonate (Ce 2 (CO 3) 3), cerium chloride (CeCl 3), yttrium oxide (Y 2 O 3), and yttrium carbonate (Y 2 (CO 3) 3); and the amine-based solvent is at least one selected from the group consisting of octylamine, decylamine, dodecylamine, oleylamine, laurylamine, and hexadecylamine, the amine-based solvent is present in an amount of 3 to 40 vol% based on 100 vol% of the coating solution for preparing an electrode. preparing a coating solution for preparing an electrode containing a platinum group metal precursor, a rare earth metal precursor, an organic solvent, and an amine-based solvent; applying the coating solution for preparing an electrode on a metal substrate to form a catalyst layer; drying the catalyst layer; and heat-treating the catalyst layer; wherein the platinum group metal precursor is at least one selected from the group consisting of ruthenium chloride hydrate (RuCl 3 • nH 2 O), tetraamine platinum chloride hydrate (Pt(NH 3) 4 Cl 2 • H 2 O), rhodium chloride (RhCl 3), rhodium nitrate hydrate (Rh(NO 3) 3 • nH 2 O), iridium chloride hydrate (IrCl 3 • nH 2 O), and palladium nitrate (Pd(NO 3) 2); the rare earth metal precursor is at least one selected from the group consisting of cerium nitrate (Ce(NO 3) 3), cerium carbonate (Ce 2 (CO 3) 3), cerium chloride (CeCl 3), yttrium oxide (Y 2 O 3), and yttrium carbonate (Y 2 (CO 3) 3); and the amine-based solvent is at least one selected from the group consisting of octylamine, decylamine, dodecylamine, oleylamine, laurylamine, and hexadecylamine, the amine-based solvent is present in an amount of 3 to 40 vol% based on 100 vol% of the coating solution for preparing an electrode.
Bag having a sleeve wall, which is closed by means of at least one longitudinal seam (5, 6) from a flat material to form a tubular shape and displays a plastic wall and at least one paper wall, and having at least one bottom which is folded on one end of the sleeve wall, wherein the plastic wall at least in part is configured so as to be double layered and the two layers (1, 7) display in each case mutually offset ventilation perforations (2, 3), wherein the layers (1, 7) are fixed in relation to one another such that, on account of positive pressure, said layers are raised from one another in the region of the perforations (2, 3), characterized in that the layers (1, 7) bear on one another with planar adhesion, such that at normal pressure the plastic wall hermetically encloses the bag interior.
A non-pneumatic tire comprising: an inside annular part; an outside annular part disposed coaxially at an outer circumferential side of the inside annular part; a plurality of spokes connecting the inside annular part and the outside annular part, and arranged along a tire-circumferential direction; and a tread provided at an outer circumferential surface of the outside annular part, wherein a pair of inside sloped faces approaching the outside annular part from both ends in a tire-width direction towards the tire-width direction center is formed at an outer circumferential part of the inside annular part opposing the outside annular part, a pair of outside sloped faces approaching the inside annular part from both ends in the tire-width direction towards the tire-width direction center is formed at an inner circumferential part of the outside annular part opposing the inside annular part, each spoke of the plurality of spokes has an intermediate part (410, 420) extending between the inside annular part and the outside annular part, an inside connection part (411, 421) that connects the intermediate part (410, 420) and the inside annular part, and an outside connection part (412, 422) connecting the intermediate part (410, 420) and the outside annular part, the inside connection part (411, 421) includes an inside continuous part (411b, 421b) having a shape continuously linking to the inside sloped face, and the outside connection part (412, 422) includes an outside continuous part (412b, 422b) having a shape continuous to the outside sloped face. an inside annular part; an outside annular part disposed coaxially at an outer circumferential side of the inside annular part; a plurality of spokes connecting the inside annular part and the outside annular part, and arranged along a tire-circumferential direction; and a tread provided at an outer circumferential surface of the outside annular part, wherein a pair of inside sloped faces approaching the outside annular part from both ends in a tire-width direction towards the tire-width direction center is formed at an outer circumferential part of the inside annular part opposing the outside annular part, a pair of outside sloped faces approaching the inside annular part from both ends in the tire-width direction towards the tire-width direction center is formed at an inner circumferential part of the outside annular part opposing the inside annular part, each spoke of the plurality of spokes has an intermediate part (410, 420) extending between the inside annular part and the outside annular part, an inside connection part (411, 421) that connects the intermediate part (410, 420) and the inside annular part, and an outside connection part (412, 422) connecting the intermediate part (410, 420) and the outside annular part, the inside connection part (411, 421) includes an inside continuous part (411b, 421b) having a shape continuously linking to the inside sloped face, and the outside connection part (412, 422) includes an outside continuous part (412b, 422b) having a shape continuous to the outside sloped face.
A supporting device for supporting a substrate, comprising: a bearing mechanism being provided with a through hole for bearing a substrate; one or more sticky pads on the bearing mechanism surrounding the through hole, which are used for fixing the substrate on the bearing mechanism; and an elevating mechanism, which controls lifting and lowering of the substrate by passing through the through hole, characterized in that a top of the elevating mechanism is provided with a light-emitting member that emits light when in contact with the substrate, to illuminate the one or more sticky pads such that stickiness of the sticky pads is reduced from a first stickiness to a second stickiness. a bearing mechanism being provided with a through hole for bearing a substrate; one or more sticky pads on the bearing mechanism surrounding the through hole, which are used for fixing the substrate on the bearing mechanism; and an elevating mechanism, which controls lifting and lowering of the substrate by passing through the through hole, characterized in that a top of the elevating mechanism is provided with a light-emitting member that emits light when in contact with the substrate, to illuminate the one or more sticky pads such that stickiness of the sticky pads is reduced from a first stickiness to a second stickiness.