mhurhangee/ep-ind-claims huggingface dataset:
Drill wash device, comprising: - a stationary washpipe, - a rotating washpipe, - a pre-mounted, replaceable exchange insert for connecting the stationary washpipe to the rotating washpipe, and - a first adapter which is arranged between the stationary washpipe and the exchange insert, - wherein the first adapter comprises a first adjusting mechanism operative in axial direction for changing an axial length of the first adapter, - wherein the exchange insert comprises a mechanical seal arrangement with a stationary slide ring and a rotating slide ring, - wherein a sealing gap is defined between sliding surfaces of the slide rings (20, 21), characterized in that - the exchange insert comprises a second adjusting mechanism operative in axial direction for changing an axial length of the exchange insert, - the exchange insert comprises a first slide ring carrier, - the slide ring carrier holds the stationary slide ring, - wherein a shoulder is provided on an inner circumference of the slide ring carrier, and - wherein a pressure via the shoulder enables a safe sealing at the sealing gap. - a stationary washpipe, - a rotating washpipe, - a pre-mounted, replaceable exchange insert for connecting the stationary washpipe to the rotating washpipe, and - a first adapter which is arranged between the stationary washpipe and the exchange insert, - wherein the first adapter comprises a first adjusting mechanism operative in axial direction for changing an axial length of the first adapter, - wherein the exchange insert comprises a mechanical seal arrangement with a stationary slide ring and a rotating slide ring, - wherein a sealing gap is defined between sliding surfaces of the slide rings (20, 21), - the exchange insert comprises a second adjusting mechanism operative in axial direction for changing an axial length of the exchange insert, - the exchange insert comprises a first slide ring carrier, - the slide ring carrier holds the stationary slide ring, - wherein a shoulder is provided on an inner circumference of the slide ring carrier, and - wherein a pressure via the shoulder enables a safe sealing at the sealing gap.
A method for producing a final image of a subject positioned in a field of view of a medical imaging system, the steps comprising: a) acquiring with the imaging system a plurality of views of the subject positioned in the FOV; b) producing a composite image of the subject which provides a priori knowledge of the subject to be imaged; c) performing a HYPR image reconstruction of selected views acquired in step a), using the composite image; and d) repeating step c) a plurality of iterations to produce the final image of the subject in which an image that results during one iteration is employed for updating the composite image in the next iteration. a) acquiring with the imaging system a plurality of views of the subject positioned in the FOV; b) producing a composite image of the subject which provides a priori knowledge of the subject to be imaged; c) performing a HYPR image reconstruction of selected views acquired in step a), using the composite image; and d) repeating step c) a plurality of iterations to produce the final image of the subject in which an image that results during one iteration is employed for updating the composite image in the next iteration.
A system for automated tow coupling, the system comprising: a towing unit configured for connection to a towing vehicle and having a hook connected therein; a towed unit configured for connection to a second vehicle, said second vehicle to be towed by said towing vehicle, the towed unit comprising: a detachable unit configured to be detachably connected to a connector attached to said second vehicle; a cable connected to the detachable unit, wherein said hook is configured for automated fastening to said cable when said towing vehicle advances towards said second vehicle; characterized in that a first flexible prolonged connection means is connected to the detachable unit, said connection means is configured to be connected to said second vehicle at a distal end of said connection means, wherein when said detachable unit is pulled away from said second vehicle, it detaches from said connector and remains connected to said second vehicle by said first flexible prolonged connection means. a towing unit configured for connection to a towing vehicle and having a hook connected therein; a towed unit configured for connection to a second vehicle, said second vehicle to be towed by said towing vehicle, the towed unit comprising: a detachable unit configured to be detachably connected to a connector attached to said second vehicle; a cable connected to the detachable unit, wherein said hook is configured for automated fastening to said cable when said towing vehicle advances towards said second vehicle; characterized in that a first flexible prolonged connection means is connected to the detachable unit, said connection means is configured to be connected to said second vehicle at a distal end of said connection means, wherein when said detachable unit is pulled away from said second vehicle, it detaches from said connector and remains connected to said second vehicle by said first flexible prolonged connection means. a detachable unit configured to be detachably connected to a connector attached to said second vehicle; a cable connected to the detachable unit, wherein said hook is configured for automated fastening to said cable when said towing vehicle advances towards said second vehicle; characterized in that a first flexible prolonged connection means is connected to the detachable unit, said connection means is configured to be connected to said second vehicle at a distal end of said connection means, wherein when said detachable unit is pulled away from said second vehicle, it detaches from said connector and remains connected to said second vehicle by said first flexible prolonged connection means.
A method in a user equipment, UE, device for programmatic runtime generation of an application (326A-E) comprising: receiving a single user interface, UI, definition file, wherein the UI definition file, includes a plurality of definitions indicating visual appearance attributes of portions of the application a set of one or more components that are UI building blocks to be presented within the application and a set of behaviors that may be performed by the components, wherein the plurality of definitions includes a plurality of attribute-value pairs; receiving a set of one or more component definition files that include code for implementing a plurality of components that includes the set of components indicated by the UI definition file wherein the UI definition file is distinct from the set of one or more component definition files; after a beginning of an execution of the application (326A-E) parsing the UI definition file to identify the visual appearance attributes, the set of components, and the set of behaviors; and dynamically instantiating the set of components based upon the parsed UI definition file and the set of component definition files to create the application (326A-E) receiving a single user interface, UI, definition file, wherein the UI definition file, includes a plurality of definitions indicating visual appearance attributes of portions of the application a set of one or more components that are UI building blocks to be presented within the application and a set of behaviors that may be performed by the components, wherein the plurality of definitions includes a plurality of attribute-value pairs; receiving a set of one or more component definition files that include code for implementing a plurality of components that includes the set of components indicated by the UI definition file wherein the UI definition file is distinct from the set of one or more component definition files; after a beginning of an execution of the application (326A-E) parsing the UI definition file to identify the visual appearance attributes, the set of components, and the set of behaviors; and dynamically instantiating the set of components based upon the parsed UI definition file and the set of component definition files to create the application (326A-E)
A capacitor comprising a dielectric film which is a stretched film comprising a dispersion of at least one polyester and/or polycarbonate in a matrix of at least one polyester and/or polycarbonate different from the first polyester and/or polycarbonate, the percentage by weight of the dispersed polyester and/or polycarbonate in the dispersion being less than 50% and the dispersed polyester and/or polycarbonate being in the form of platelets.
Field sprayer with a manifold assembly and a plurality of nozzle assemblies attached thereto, wherein the nozzle assemblies each comprise a nozzle holder with a valve for pulse-width-modulated release of a spray and at least one outlet-end connection for a spray nozzle, wherein the valve is connected to the outlet of the connection by means of a spray duct, wherein the line cross-section of the spray duct on average is 5 - 50 mm 2.
A wide frequency band antenna structure having polarization in a favoured direction, termed vertical direction, suitable for transmission and/or reception of signals of wavelengths between a minimum wavelength and a maximum wavelength, said antenna structure comprising: - a ground plane, extending in a plane perpendicular to said vertical direction, termed horizontal plane, and - a radiating structure comprising: ∘ a first metallic strip and a second metallic strip, arranged vertically, spaced apart and substantially parallel to one another, the second metallic strip being connected to the ground plane and substantially perpendicular to the ground plane, and ∘ a radiating loop, comprising a plurality of radiating strips, a first end of the radiating loop being connected to the first metallic strip and a second end of the radiating loop being connected to the second metallic strip, the radiating loop being a folded radiating loop, characterized in that the radiating strips form at least one fold (16a, 16b, 16c) of U-shaped cross-section formed by two radiating strips extending in the vertical direction connected at their ends closest to the ground plane by a radiating strip, termed base of the U, extending in a direction parallel to the horizontal plane, in that said radiating structure comprises at least one short-circuiting element electrically connecting the first metallic strip and the second metallic strip in their parts furthest from the ground plane, in that the base of the U of at least one U-fold is arranged between the first metallic strip and the second metallic strip, and in that the short-circuiting element is formed at least in part by said base of the U. - a ground plane, extending in a plane perpendicular to said vertical direction, termed horizontal plane, and - a radiating structure comprising: ∘ a first metallic strip and a second metallic strip, arranged vertically, spaced apart and substantially parallel to one another, the second metallic strip being connected to the ground plane and substantially perpendicular to the ground plane, and ∘ a radiating loop, comprising a plurality of radiating strips, a first end of the radiating loop being connected to the first metallic strip and a second end of the radiating loop being connected to the second metallic strip, the radiating loop being a folded radiating loop, ∘ a first metallic strip and a second metallic strip, arranged vertically, spaced apart and substantially parallel to one another, the second metallic strip being connected to the ground plane and substantially perpendicular to the ground plane, and ∘ a radiating loop, comprising a plurality of radiating strips, a first end of the radiating loop being connected to the first metallic strip and a second end of the radiating loop being connected to the second metallic strip, the radiating loop being a folded radiating loop,
An electronic device comprising: an antenna (111, 112, 113, 114, 511, 512, 513, 514); a display; a housing forming at least a portion of an exterior of the electronic device; a printed circuit board (130, 530) disposed within the housing; a connector (131, 540) disposed on the printed circuit board; a wire electrically connecting the connector and the display; a noise reduction circuit comprising a plurality of filters (132-1, 132-2) disposed on the printed circuit board and a switch selectively connecting the connector to one or more of the plurality of filters; and at least one processor electrically connected with the antenna, the display, and the switch, wherein the at least one processor is configured to: feed a power to the antenna; transmit/receive a signal in a specified frequency band of a plurality of frequency bands through the antenna supplied with the power; determine whether the display is in an On state or an Off state; and if it is determined that the display is in the On state, control the switch to connect the connector to one or more of the plurality of filters corresponding to the specified frequency band; and if it is determined that the display is in the Off state, control the switch such that the plurality of filters are disconnected from the connector. an antenna (111, 112, 113, 114, 511, 512, 513, 514); a display; a housing forming at least a portion of an exterior of the electronic device; a printed circuit board (130, 530) disposed within the housing; a connector (131, 540) disposed on the printed circuit board; a wire electrically connecting the connector and the display; a noise reduction circuit comprising a plurality of filters (132-1, 132-2) disposed on the printed circuit board and a switch selectively connecting the connector to one or more of the plurality of filters; and at least one processor electrically connected with the antenna, the display, and the switch, wherein the at least one processor is configured to: feed a power to the antenna; transmit/receive a signal in a specified frequency band of a plurality of frequency bands through the antenna supplied with the power; determine whether the display is in an On state or an Off state; and if it is determined that the display is in the On state, control the switch to connect the connector to one or more of the plurality of filters corresponding to the specified frequency band; and if it is determined that the display is in the Off state, control the switch such that the plurality of filters are disconnected from the connector. feed a power to the antenna; transmit/receive a signal in a specified frequency band of a plurality of frequency bands through the antenna supplied with the power; determine whether the display is in an On state or an Off state; and if it is determined that the display is in the On state, control the switch to connect the connector to one or more of the plurality of filters corresponding to the specified frequency band; and if it is determined that the display is in the Off state, control the switch such that the plurality of filters are disconnected from the connector.
A process for the manufacture of a heat strengthened glass substrate, comprising: - the application of a layer comprising a polymer, a "temporary layer", on a glass substrate comprising a glass sheet, the glass substrate comprising a functional coating comprising at least one metallic layer, the temporary layer being applied on the functional coating, the temporary layer having a thickness of between 1 and 100 micrometers, then - the application to the glass substrate coated with the temporary layer of a treatment for the heat strengthening of the glass comprising heating, leading to the removal of the temporary layer, and then cooling by blowing of air through nozzles. the normal emissivity of the substrate coated with the temporary layer is greater than the normal emissivity of the substrate before application of the temporary layer, the percentage of the glass substrate surface area exhibiting a retardation of less than 50 nm is greater than 60%. - the application of a layer comprising a polymer, a "temporary layer", on a glass substrate comprising a glass sheet, the glass substrate comprising a functional coating comprising at least one metallic layer, the temporary layer being applied on the functional coating, the temporary layer having a thickness of between 1 and 100 micrometers, then - the application to the glass substrate coated with the temporary layer of a treatment for the heat strengthening of the glass comprising heating, leading to the removal of the temporary layer, and then cooling by blowing of air through nozzles. the normal emissivity of the substrate coated with the temporary layer is greater than the normal emissivity of the substrate before application of the temporary layer, the percentage of the glass substrate surface area exhibiting a retardation of less than 50 nm is greater than 60%.
A method for recirculating a reprocessing effluent comprising chloride ions from an ion exchange resin comprising the following steps: (i) providing a reprocessing effluent comprising chloride ions; (ii) selecting fractions A, B, and optionally B', directly from said reprocessing effluent or after one or several steps for modifying the chloride ion concentration, having concentrations of chloride ions (g/l) of respectively (a), (b) and (b') > 0 g/l, with (a) > (b); (iii) transferring by electrodialysis the chloride ions of the fraction B to the fraction A in order to obtain a fraction C having a chloride ion concentration (c) greater than (a); or (iv) transferring by electrodialysis the chloride ions of the fraction B to the fraction B', in order to obtain a fraction B" having a chloride ion concentration (b") greater than (b') and then mixing the fractions B" and A in order to obtain a fraction C having a chloride ion concentration (c) greater than (a); (v) optionally adding fresh brine to the fraction C in order to form a solution of reprocessing brine. (i) providing a reprocessing effluent comprising chloride ions; (ii) selecting fractions A, B, and optionally B', directly from said reprocessing effluent or after one or several steps for modifying the chloride ion concentration, having concentrations of chloride ions (g/l) of respectively (a), (b) and (b') > 0 g/l, with (a) > (b); (iii) transferring by electrodialysis the chloride ions of the fraction B to the fraction A in order to obtain a fraction C having a chloride ion concentration (c) greater than (a); or (iv) transferring by electrodialysis the chloride ions of the fraction B to the fraction B', in order to obtain a fraction B" having a chloride ion concentration (b") greater than (b') and then mixing the fractions B" and A in order to obtain a fraction C having a chloride ion concentration (c) greater than (a); (v) optionally adding fresh brine to the fraction C in order to form a solution of reprocessing brine.
Timepiece component containing a high-entropy alloy, the high-entropy alloy formed of 4 to 6 elements forming a single solid solution, the high-entropy alloy having a concentration of each main alloying element comprised between 1 and 55 at.%, wherein the high-entropy alloy satisfies the following formula: Fe 80-x Mn x Co 10 Cr 10, where x is comprised between 25 and 79 at.%, and preferably x is comprised between 25 and 45 at.%.
An optical device, comprising: a light source; and a polarization selective optical element including a stack of a plurality of cholesteric liquid crystal layers (502, 504, 506), the plurality of cholesteric liquid crystal layers including a first cholesteric liquid crystal layer with liquid crystal molecules arranged in a first helical configuration having a first pitch range for light of a first wavelength range and a second cholesteric liquid crystal layer with liquid crystal molecules arranged in a second helical configuration having a second pitch range for light of a second wavelength range that is different from the first wavelength range, wherein the first wavelength range includes a wavelength corresponding to green color and the second wavelength range includes a wavelength corresponding to blue color, and the first cholesteric liquid crystal layer is located at a first distance from the light source and the second cholesteric liquid crystal layer is located at a second distance greater than the first distance from the light source. a light source; and a polarization selective optical element including a stack of a plurality of cholesteric liquid crystal layers (502, 504, 506), the plurality of cholesteric liquid crystal layers including a first cholesteric liquid crystal layer with liquid crystal molecules arranged in a first helical configuration having a first pitch range for light of a first wavelength range and a second cholesteric liquid crystal layer with liquid crystal molecules arranged in a second helical configuration having a second pitch range for light of a second wavelength range that is different from the first wavelength range, wherein the first wavelength range includes a wavelength corresponding to green color and the second wavelength range includes a wavelength corresponding to blue color, and the first cholesteric liquid crystal layer is located at a first distance from the light source and the second cholesteric liquid crystal layer is located at a second distance greater than the first distance from the light source.
A sensor device comprising: an environment sensor; a processor; a light sensor; a light source; a wireless communication module; and a memory; wherein when the light sensor receives a light signal, the sensor device is configured to transition from a first functional state, in which wireless communication is inactivated, to a second functional state, in which wireless communication module is enabled; and wherein the memory stores instructions that, when executed by the processor, cause the sensor device to modulate light from the light source to transmit an identifier of the sensor device. an environment sensor; a processor; a light sensor; a light source; a wireless communication module; and a memory; wherein when the light sensor receives a light signal, the sensor device is configured to transition from a first functional state, in which wireless communication is inactivated, to a second functional state, in which wireless communication module is enabled; and wherein the memory stores instructions that, when executed by the processor, cause the sensor device to modulate light from the light source to transmit an identifier of the sensor device.
A skin external preparation comprising the following ingredients to: from 0.1 to 10% by mass of pentaerythritol; from 0.1 to 25% by mass of one or more kinds selected from the group consisting of glycerin, 1,3-butylene glycol, propanediol, dipropylene glycol, 1,4-butylene glycol, diglycerin, threitol, erythritol, sorbitol and mannitol; and one or two or more of a water-soluble polymer selected from a carboxyvinyl polymer and an acrylic acid-alkyl methacrylate copolymer; wherein the mass ratio of the content of the ingredient relative to the total content of the ingredient and the ingredient [A/(A + B)] is from 0.03 to 0.8. from 0.1 to 10% by mass of pentaerythritol; from 0.1 to 25% by mass of one or more kinds selected from the group consisting of glycerin, 1,3-butylene glycol, propanediol, dipropylene glycol, 1,4-butylene glycol, diglycerin, threitol, erythritol, sorbitol and mannitol; and one or two or more of a water-soluble polymer selected from a carboxyvinyl polymer and an acrylic acid-alkyl methacrylate copolymer;