mhurhangee/patent-ind-claim-en huggingface dataset:
An operation data collection system , comprising: a configuration information acquisition module configured to acquire, from an industrial device , configuration information on a connection destination device (22 or 23) connected to the industrial device ; a setter configured to execute a setting for collecting operation data on the connection destination device (22 or 23) based on the configuration information; a collector configured to collect the operation data from the industrial device based on the setting; a first setter configured to set a collection condition for the operation data based on the configuration information; a first collector configured to collect the operation data from the industrial device based on the collection condition; characterized by a second setter configured to set, when a plurality of collection conditions are specified, an integrated collection condition obtained by integrating the plurality of collection conditions by excluding redundant conditions from the plurality of collection conditions so as not to redundantly collect the same operation data; and a second collector configured to collect the operation data from the industrial device based on the integrated collection condition. a configuration information acquisition module configured to acquire, from an industrial device , configuration information on a connection destination device (22 or 23) connected to the industrial device ; a setter configured to execute a setting for collecting operation data on the connection destination device (22 or 23) based on the configuration information; a collector configured to collect the operation data from the industrial device based on the setting; a first setter configured to set a collection condition for the operation data based on the configuration information; a first collector configured to collect the operation data from the industrial device based on the collection condition; characterized by a second setter configured to set, when a plurality of collection conditions are specified, an integrated collection condition obtained by integrating the plurality of collection conditions by excluding redundant conditions from the plurality of collection conditions so as not to redundantly collect the same operation data; and a second collector configured to collect the operation data from the industrial device based on the integrated collection condition.
Pluggable high-voltage bushing having - an internal conductor , which extends in a longitudinal direction between a high-voltage connection and a plug-in section of the high-voltage bushing , wherein the plug-in section is configured for plugging the high-voltage bushing into a bushing socket of an electrical device , - an insulating body , which at least partly encloses the internal conductor , characterized in that the internal conductor has a heat pipe , which is at least partly filled with a vaporizable cooling liquid, wherein the heat pipe (5, 10, 13a, b) extends into the plug-in section , wherein the high-voltage bushing also comprises a contact system for electrical contacting of the high-voltage bushing to a connection part of the bushing socket , wherein the heat pipe extends into the region of the contact system . - an internal conductor , which extends in a longitudinal direction between a high-voltage connection and a plug-in section of the high-voltage bushing , wherein the plug-in section is configured for plugging the high-voltage bushing into a bushing socket of an electrical device , - an insulating body , which at least partly encloses the internal conductor , characterized in that the internal conductor has a heat pipe , which is at least partly filled with a vaporizable cooling liquid, wherein the heat pipe (5, 10, 13a, b) extends into the plug-in section , wherein the high-voltage bushing also comprises a contact system for electrical contacting of the high-voltage bushing to a connection part of the bushing socket , wherein the heat pipe extends into the region of the contact system .
A stereoscopic illumination system for a binocular microscope, comprising along the light path starting from at least one light source : the at least one light source configured to produce first, second, and third uncollimated light beams; first and second condensing lenses configured to condense the first and second light beams, respectively; first and second dove prisms configured to direct the first and second light beams to first and second collimating lenses , respectively; the first and second collimating lenses configured to provide collimated first and second light beams of partially parallel light; first and second 90° prisms configured to reflect the first and second light beams, respectively, the first and second light beams exiting the 90° prisms parallel to each other; and a beamsplitter configured to partially reflect the first and second light beams toward a subject surface such that the first and second light beams partially overlap at the subject surface; the stereoscopic illumination system further comprising in this order along the light path starting from the at least one light source : a third condensing lens configured to condense the third light beam; a collecting lens configured to collect the third light beam; a mirror configured to reflect the third light beam toward the subject surface offset at an angle oblique to the axis of the two collimated light beams. the at least one light source configured to produce first, second, and third uncollimated light beams; first and second condensing lenses configured to condense the first and second light beams, respectively; first and second dove prisms configured to direct the first and second light beams to first and second collimating lenses , respectively; the first and second collimating lenses configured to provide collimated first and second light beams of partially parallel light; first and second 90° prisms configured to reflect the first and second light beams, respectively, the first and second light beams exiting the 90° prisms parallel to each other; and a beamsplitter configured to partially reflect the first and second light beams toward a subject surface such that the first and second light beams partially overlap at the subject surface; the stereoscopic illumination system further comprising in this order along the light path starting from the at least one light source : a third condensing lens configured to condense the third light beam; a collecting lens configured to collect the third light beam; a mirror configured to reflect the third light beam toward the subject surface offset at an angle oblique to the axis of the two collimated light beams. a third condensing lens configured to condense the third light beam; a collecting lens configured to collect the third light beam; a mirror configured to reflect the third light beam toward the subject surface offset at an angle oblique to the axis of the two collimated light beams.
A port fixation device , comprising: a body portion including: a circular portion defining an aperture , the aperture is configured to allow a surgical access port to extend therethrough; a first tab disposed in mechanical cooperation with the circular portion ; and a second tab disposed in mechanical cooperation with the circular portion , wherein movement of the first tab with respect to the second tab from a first position to a second position causes a diameter of the aperture to change from a first size to a second size, wherein the first size is smaller than the second size, and wherein the first position of the first tab is its rest position; and a plug disposed in mechanical engagement with the body portion , the plug having sufficient elasticity to remain engaged with the body portion when the first tab is in the first position and in the second position wherein the first tab is pivotable with respect to the second tab , further including a first leg extending from the circular portion and a second leg extending from the circular portion , wherein the first tab includes a finger extending therefrom, the finger contacting the first leg and the second leg . a circular portion defining an aperture , the aperture is configured to allow a surgical access port to extend therethrough; a first tab disposed in mechanical cooperation with the circular portion ; and a second tab disposed in mechanical cooperation with the circular portion , wherein movement of the first tab with respect to the second tab from a first position to a second position causes a diameter of the aperture to change from a first size to a second size, wherein the first size is smaller than the second size, and wherein the first position of the first tab is its rest position; and
An acetylcholine receptor-binding peptide consisting of any one sequence among amino acid sequences represented by the following sequence numbers 2, 29 and 30: Sequence number 2: RKSLLR; Sequence number 29: WTWKGKGTLN; and Sequence number 30: WTWKGKGTL; or consisting of an amino acid sequence represented by any one of the following general formulas 1 to 3: [General Formula 1] WTWKG-X n ; [General Formula 2] TWKG-X n ; [General Formula 3] WKG-X n ; wherein the X n is selected from the group consisting of the following sequence numbers 1, 2 and 4: [Sequence number 1] KGTLNR; [Sequence number 2] RKSLLR; [Sequence number 4] RDKLQM. Sequence number 2: RKSLLR; Sequence number 29: WTWKGKGTLN; and Sequence number 30: WTWKGKGTL; or consisting of an amino acid sequence represented by any one of the following general formulas 1 to 3: [General Formula 1] WTWKG-X n ; [General Formula 2] TWKG-X n ; [General Formula 3] WKG-X n ; [General Formula 1] WTWKG-X n ; [General Formula 2] TWKG-X n ; [General Formula 3] WKG-X n ; wherein the X n is selected from the group consisting of the following sequence numbers 1, 2 and 4: [Sequence number 1] KGTLNR; [Sequence number 2] RKSLLR; [Sequence number 4] RDKLQM. [Sequence number 1] KGTLNR; [Sequence number 2] RKSLLR; [Sequence number 4] RDKLQM.
A liquid feed pump which sucks or discharges a liquid, whereby: a first plunger pump which sucks or discharges the liquid by sliding of a first plunger ; a second plunger pump which sucks or discharges the liquid by sliding of a second plunger ; and a liquid replacement mechanism which replace the liquid to be introduced into the liquid feed pump , wherein the first plunger pump and the second plunger pump are connected in series in a channel in which the liquid moves, the first plunger is structured to be able to move between a first lower limit point and a first upper limit point in the first plunger pump , the second plunger is structured to be able to move between a second lower limit point and a second upper limit point in the second plunger pump , in the second plunger pump , a second plunger seal for sealing between a main body of the second plunger pump and the second plunger is located at a position nearer to the second lower limit point than to the second upper limit point, characterized in that when the liquid in the liquid feed pump is replaced, the first plunger slides back and forth in a space between the first lower limit point and the first upper limit point, and when the liquid in the liquid feed pump is replaced, the second plunger stops at least temporarily at a position nearer to the second upper limit point than to the second lower limit point or slides back and forth for a shorter distance than when the liquid feed pump sucks and discharges the liquid. a first plunger pump which sucks or discharges the liquid by sliding of a first plunger ; a second plunger pump which sucks or discharges the liquid by sliding of a second plunger ; and a liquid replacement mechanism which replace the liquid to be introduced into the liquid feed pump , wherein the first plunger pump and the second plunger pump are connected in series in a channel in which the liquid moves, the first plunger is structured to be able to move between a first lower limit point and a first upper limit point in the first plunger pump , the second plunger is structured to be able to move between a second lower limit point and a second upper limit point in the second plunger pump , in the second plunger pump , a second plunger seal for sealing between a main body of the second plunger pump and the second plunger is located at a position nearer to the second lower limit point than to the second upper limit point, characterized in that when the liquid in the liquid feed pump is replaced, the first plunger slides back and forth in a space between the first lower limit point and the first upper limit point, and when the liquid in the liquid feed pump is replaced, the second plunger stops at least temporarily at a position nearer to the second upper limit point than to the second lower limit point or slides back and forth for a shorter distance than when the liquid feed pump sucks and discharges the liquid.
Filter element for an air filter of a motor vehicle, having a frame part , which surrounds at least a section of a filter material of the filter element , wherein the filter element can be installed into a reception space provided by a housing of the air filter characterised in that the filter element has at least one holding element , which can be moved from a starting position into a functional position, in which at least one fastening element formed at the housing for fixing a cover element used for closing an insertion opening of the reception space can be fixed to the at least one holding element .
A sheet-shaped structural element intended for use in a wall or a floor of a building including at least one insulating core , each of said at least one insulating core including at least two core elements , each core elements having a first main side and an opposite second main side , each core element including a first number of channels , with a first number of intermediate flanges , which range in depth from said first main side toward said second main side , and a second number of channels , with an intermediate second number of flanges , which range in depth from said second main side toward said first main side , wherein the depth of the first set of channels amounts to less than half the distance between the first main side and the second main side and the depth of the second set of channels amounts to less than half the distance between the second main side and the first main side , characterized in that said sheet-shaped structural element is provided with at least one first material layer on its main side and at least one second material layer on its opposite main side , and in that said core elements are arranged such that the intermediate flanges are oriented transverse with respect to said at least one first material layer and said at least one second material layer . each core element including a first number of channels , with a first number of intermediate flanges , which range in depth from said first main side toward said second main side , and a second number of channels , with an intermediate second number of flanges , which range in depth from said second main side toward said first main side , a first number of channels , with a first number of intermediate flanges , which range in depth from said first main side toward said second main side , and a second number of channels , with an intermediate second number of flanges , which range in depth from said second main side toward said first main side , wherein the depth of the first set of channels amounts to less than half the distance between the first main side and the second main side and the depth of the second set of channels amounts to less than half the distance between the second main side and the first main side , characterized in that said sheet-shaped structural element is provided with at least one first material layer on its main side and at least one second material layer on its opposite main side , and in that said core elements are arranged such that the intermediate flanges are oriented transverse with respect to said at least one first material layer and said at least one second material layer .
An image data processing apparatus comprising: a receiver configured to receive image data representing a 3D hologram image, the image data including first image data corresponding to a first depth of the 3D hologram image and second image data corresponding to a second depth of the 3D hologram image; and a processor configured to: - perform a converting operation, from a group of converting operations comprising a normalization operation, an image quality compensation and a field operation, on the first image data and the second image data; - perform a fast Fourier transform, FFT, on the converted first image data and on the converted second image data by using, simultaneously, a real part operation method on the converted first image data and an imaginary part operation method on the converted second image data, to thereby obtain the 3D hologram image of which the first depth is represented by the first image data and of which the second depth is represented by the second image data; and - display the 3D hologram image by using a result of the FFT. a receiver configured to receive image data representing a 3D hologram image, the image data including first image data corresponding to a first depth of the 3D hologram image and second image data corresponding to a second depth of the 3D hologram image; and a processor configured to: - perform a converting operation, from a group of converting operations comprising a normalization operation, an image quality compensation and a field operation, on the first image data and the second image data; - perform a fast Fourier transform, FFT, on the converted first image data and on the converted second image data by using, simultaneously, a real part operation method on the converted first image data and an imaginary part operation method on the converted second image data, to thereby obtain the 3D hologram image of which the first depth is represented by the first image data and of which the second depth is represented by the second image data; and - display the 3D hologram image by using a result of the FFT. - perform a converting operation, from a group of converting operations comprising a normalization operation, an image quality compensation and a field operation, on the first image data and the second image data; - perform a fast Fourier transform, FFT, on the converted first image data and on the converted second image data by using, simultaneously, a real part operation method on the converted first image data and an imaginary part operation method on the converted second image data, to thereby obtain the 3D hologram image of which the first depth is represented by the first image data and of which the second depth is represented by the second image data; and - display the 3D hologram image by using a result of the FFT.
Boiler for a household appliance, comprising: - a heating device comprising a heating surface , and a heating element configured to heat the heating surface , - a steam generation tank comprising a bottom provided with a heat exchange surface , the steam generation tank being fastened to the heating device , and - an interface part arranged between the heating surface and the heat exchange surface , the interface part being thermally conductive and being compressed between the heating surface and the heat exchange surface , characterised in that the heat exchange surface and/or the heating surface has protuberances that at least partially compress the interface part and penetrating into the thickness of the interface part . - a heating device comprising a heating surface , and a heating element configured to heat the heating surface , - a steam generation tank comprising a bottom provided with a heat exchange surface , the steam generation tank being fastened to the heating device , and - an interface part arranged between the heating surface and the heat exchange surface , the interface part being thermally conductive and being compressed between the heating surface and the heat exchange surface ,
Lifting device for lifting a wind turbine blade of a wind turbine, the lifting device defining a hollow closed space with a geometry suitable for surrounding the wind turbine blade inside of a support structure and in between retaining units of the lifting device , the support structure being made from a rigid material and the retaining units being attached to the support structure , wherein the retaining units are facing each other with a portion of the hollow closed space defined in between them, and the retaining units are configured to retain a portion of the wind turbine blade in between the retaining units when the wind turbine blade is guided into the hollow closed space , and the lifting device is moved along the wind turbine blade guided in the hollow closed space in a first blade direction being a longitudinal direction of the wind turbine blade from tip to root and of increasing outer dimensions, such that the portion of the wind turbine blade is immobilized when it gets retained in between the retaining units due to its increased outer dimensions and with its weight applied as load on the retaining units , and wherein the retaining units are configured movable with respect to the support structure in the first blade direction and to release the retained portion of the wind turbine blade from the retaining units by passively moving with the wind turbine blade in the first blade direction when the lifting device is moved in a second blade direction being opposite to the first blade direction and the load from the weight of the wind turbine blade applied on the retaining units is removed. the retaining units are facing each other with a portion of the hollow closed space defined in between them, and the retaining units are configured to retain a portion of the wind turbine blade in between the retaining units when the wind turbine blade is guided into the hollow closed space , and the lifting device is moved along the wind turbine blade guided in the hollow closed space in a first blade direction being a longitudinal direction of the wind turbine blade from tip to root and of increasing outer dimensions, such that the portion of the wind turbine blade is immobilized when it gets retained in between the retaining units due to its increased outer dimensions and with its weight applied as load on the retaining units , and wherein the retaining units are configured movable with respect to the support structure in the first blade direction and to release the retained portion of the wind turbine blade from the retaining units by passively moving with the wind turbine blade in the first blade direction when the lifting device is moved in a second blade direction being opposite to the first blade direction and the load from the weight of the wind turbine blade applied on the retaining units is removed.
A process, wherein a compound of formula (I) wherein R is wherein the asterix shows the connecting bond, is reacted with a borane tetrahydrofuran complex and then oxidized to the corresponding alcohol.