mhurhangee/patent-ind-claim-en huggingface dataset:
A turbo machine that is provided with an impeller that is rotated, and with a shaft that transmits rotation power to this impeller (la), comprising: a differential screw having an impeller screw portion that is provided at one end thereof and that is screwed into the impeller and a shaft screw portion that is provided at another end thereof and that is screwed into the shaft , and that fastens the impeller and the shaft together, and wherein, in the differential screw , a screwing direction of the thread ridges that are formed on the impeller screw portion is formed as the same direction as a screwing direction of the thread ridges that are formed on the shaft screw portion , and a pitch between the thread ridges that are formed on the impeller screw portion is formed smaller than a pitch between the thread ridges that are formed on the shaft screw portion , characterized in that a thread diameter of thread ridges that are formed on the impeller screw portion is formed the same as a thread diameter of thread ridges that are formed on the shaft screw portion , and the impeller screw portion is longer than the shaft screw portion . a differential screw having an impeller screw portion that is provided at one end thereof and that is screwed into the impeller and a shaft screw portion that is provided at another end thereof and that is screwed into the shaft , and that fastens the impeller and the shaft together, and wherein, in the differential screw , a screwing direction of the thread ridges that are formed on the impeller screw portion is formed as the same direction as a screwing direction of the thread ridges that are formed on the shaft screw portion , and a pitch between the thread ridges that are formed on the impeller screw portion is formed smaller than a pitch between the thread ridges that are formed on the shaft screw portion , characterized in that a thread diameter of thread ridges that are formed on the impeller screw portion is formed the same as a thread diameter of thread ridges that are formed on the shaft screw portion , and the impeller screw portion is longer than the shaft screw portion .
A device for anchoring an equipment item to a civil engineering structure , this device comprising: - a support plate for the equipment, the plate comprising at least two orifices , the plate being provided to be placed against the free surface of the civil engineering structure; - for each orifice , a longitudinal dowel intended to be rigidly fastened in the civil engineering structure ; - for each orifice , a fastening member mounted around the dowel ; - for each orifice , a connection of the fastening member to the plate ; - for each orifice , a reversible lock for blocking the fastening member with respect to the plate in the given position and for blocking the fastening member in position along the dowel the orifice having a circular section; the connection of the fastening member to the plate comprises a ring with a shape conjugated to that of the orifice , having a central axis (C) and a radially outer edge , the ring having a slit extending from the central axis (C) to the radially outer edge ; the ring having a cylindrical or frustoconical shape; characterized in that the connection of the fastening member to the plate allows the fastening member to be placed at any given position in a defined region of the orifice in a plane parallel to the plate , in that the fastening member is engaged in said slit , and in that the slit is delimited by two edges that are inclined relative to one another, the section of the slit decreasing longitudinally from a large front face of the ring to a large rear face of the ring , where the large front and rear faces respectively face away from the surface and toward the surface . - a support plate for the equipment, the plate comprising at least two orifices , the plate being provided to be placed against the free surface of the civil engineering structure; - for each orifice , a longitudinal dowel intended to be rigidly fastened in the civil engineering structure ; - for each orifice , a fastening member mounted around the dowel ; - for each orifice , a connection of the fastening member to the plate ; - for each orifice , a reversible lock for blocking the fastening member with respect to the plate in the given position and for blocking the fastening member in position along the dowel the orifice having a circular section; the connection of the fastening member to the plate comprises a ring with a shape conjugated to that of the orifice , having a central axis (C) and a radially outer edge , the ring having a slit extending from the central axis (C) to the radially outer edge ; the ring having a cylindrical or frustoconical shape; characterized in that the connection of the fastening member to the plate allows the fastening member to be placed at any given position in a defined region of the orifice in a plane parallel to the plate , in that the fastening member is engaged in said slit , and in that the slit is delimited by two edges that are inclined relative to one another, the section of the slit decreasing longitudinally from a large front face of the ring to a large rear face of the ring , where the large front and rear faces respectively face away from the surface and toward the surface .
A computer implemented method for generating data representative of a volume in an object space of an optical acquisition system, occupied by a set of rays of light passing through a pupil of said optical acquisition system and a conjugate of at least one pixel of a sensor of said optical acquisition system said volume occupied by said set of rays of light being called a pixel beam, comprising : - obtaining (S803), from light field data captured by the optical acquisition device, intersection data defining intersections of a light field ray representative of the pixel beam with a plurality of given reference planes, said reference planes corresponding to different depths in the object space; - obtaining ray diagram parameters (S805, S806) defining the graphical representation of the intersection data in a 2D ray diagram, and - associating said 2D ray diagram parameters with parameters defining the pixel beam to provide data representative of the pixel beam. - obtaining (S803), from light field data captured by the optical acquisition device, intersection data defining intersections of a light field ray representative of the pixel beam with a plurality of given reference planes, said reference planes corresponding to different depths in the object space; - obtaining ray diagram parameters (S805, S806) defining the graphical representation of the intersection data in a 2D ray diagram, and - associating said 2D ray diagram parameters with parameters defining the pixel beam to provide data representative of the pixel beam.
Apparatus for picture decoding, configured to select , out of a search area of a picture , a set of one or more patches which match a template area adjacent to a predetermined picture block ; and predictively decode the predetermined picture block from a data stream based on the set of one or more patches, wherein the apparatus is configured to select the search area out of a plurality of subareas into which an overall search area associated with the predetermined picture block is spatially sub-divided, based on a signalization in the data stream by deriving an index from the signalization and applying the index to a one-dimensional list of the plurality of subareas , wherein the overall search area is subdivided into the plurality of subareas such that a first subset of the plurality of subareas are horizontally longitudinal areas neighboring each other vertically, and a second subset of the plurality of subareas are vertically longitudinal areas neighboring each other horizontally. select , out of a search area of a picture , a set of one or more patches which match a template area adjacent to a predetermined picture block ; and predictively decode the predetermined picture block from a data stream based on the set of one or more patches, wherein the apparatus is configured to select the search area out of a plurality of subareas into which an overall search area associated with the predetermined picture block is spatially sub-divided, based on a signalization in the data stream by deriving an index from the signalization and applying the index to a one-dimensional list of the plurality of subareas , wherein the overall search area is subdivided into the plurality of subareas such that a first subset of the plurality of subareas are horizontally longitudinal areas neighboring each other vertically, and a second subset of the plurality of subareas are vertically longitudinal areas neighboring each other horizontally.
A method for controlling power in a microgrid , wherein the microgrid comprises power sources , loads and includes at least one connection to a main grid where a transformer is arranged to transfer electric power between the microgrid and the main grid , said method comprising: - monitoring the power balance within the microgrid , - monitoring the transformer , including monitoring the transformer temperature, - detecting a need for overloading the transformer based on the power balance within the microgrid , characterized by further comprising: - determining a load profile for the transformer based on the power balance within the microgrid , - determining a prognosis of the transformer temperature based on the load profile, - determining a schedule for power control of the microgrid , wherein the determining of a schedule for power control includes analyzing the prognosis of the transformer temperature. - monitoring the power balance within the microgrid , - monitoring the transformer , including monitoring the transformer temperature, - detecting a need for overloading the transformer based on the power balance within the microgrid , - determining a load profile for the transformer based on the power balance within the microgrid , - determining a prognosis of the transformer temperature based on the load profile, - determining a schedule for power control of the microgrid , wherein the determining of a schedule for power control includes analyzing the prognosis of the transformer temperature.
A system for optically combining display images with real-world views, comprising: an image source configured to emit light; an optical combiner comprising a beam splitter and a curved semi reflective element , the beam splitter being orientated to reflect light reaching from the image source away from a pupil plane of a viewer and towards the curved semi reflective element, the beam splitter and curved semi reflective element being held together to form a truncated cone having a small planar base parallel to the pupil plane of the viewer, a curved large base , and a conic surface interrupted by a planar surface parallel to the image source; and a distortion corrector having a curved surface coupled to the curved large base of the optical combiner and further having a planar surface facing a real-world view. an image source configured to emit light; an optical combiner comprising a beam splitter and a curved semi reflective element , the beam splitter being orientated to reflect light reaching from the image source away from a pupil plane of a viewer and towards the curved semi reflective element, the beam splitter and curved semi reflective element being held together to form a truncated cone having a small planar base parallel to the pupil plane of the viewer, a curved large base , and a conic surface interrupted by a planar surface parallel to the image source; and a distortion corrector having a curved surface coupled to the curved large base of the optical combiner and further having a planar surface facing a real-world view.
Interpreter desk for a conferencing system comprising - a first interface configured to select an audio input channel from a plurality of audio input channels, each corresponding to a different language, from which selected audio input channel a translation into a target language is to be performed, said first interface being configurable, - a second interface configured to select an audio output channel to send out said translation to a conference participant, characterised in that said interpreter desk includes a processing unit arranged to suggest one or more audio input channels and corresponding language as a source language for translation into said target language, based on at least one user preference and an indication of how many consecutive translations from the original language said different languages have undergone. - a first interface configured to select an audio input channel from a plurality of audio input channels, each corresponding to a different language, from which selected audio input channel a translation into a target language is to be performed, said first interface being configurable, - a second interface configured to select an audio output channel to send out said translation to a conference participant,
A system for use in a washroom , wherein the washroom has an entrance , the system comprising: a washroom controller configured to communicate with one or more hygiene dispensers in the washroom ; a thermal sensor configured to detect thermal events at the entrance and communicate data describing the thermal events to the washroom controller ; and a data processing apparatus configured to access the data from the washroom controller and analyze the data to determine a number of thermal events over a given time period and a number of dispenses from the at least one of the one or more hygiene dispensers , characterized in that : the data processing apparatus is further configured to (i), in response to determining that there have been no thermal events for a set period of time, instruct the one or more hygiene dispensers to enter a low energy state in which the one or more hygiene dispensers cannot dispense, and (ii), in response to determining a thermal event, instruct the one or more hygiene dispensers to enter an active state from the low energy state, wherein, in the active state, the one or more hygiene dispensers dispense in normal operation and can actuate to dispense products in response to an environmental stimulus. a washroom controller configured to communicate with one or more hygiene dispensers in the washroom ; a thermal sensor configured to detect thermal events at the entrance and communicate data describing the thermal events to the washroom controller ; and a data processing apparatus configured to access the data from the washroom controller and analyze the data to determine a number of thermal events over a given time period and a number of dispenses from the at least one of the one or more hygiene dispensers , characterized in that : the data processing apparatus is further configured to (i), in response to determining that there have been no thermal events for a set period of time, instruct the one or more hygiene dispensers to enter a low energy state in which the one or more hygiene dispensers cannot dispense, and (ii), in response to determining a thermal event, instruct the one or more hygiene dispensers to enter an active state from the low energy state, wherein, in the active state, the one or more hygiene dispensers dispense in normal operation and can actuate to dispense products in response to an environmental stimulus.
A building height calculation method, comprising: acquiring an original picture comprising an image of a building, wherein there is a wide-angle distortion in the original picture; projecting the original picture to a surface of a preset sphere to form a projected picture, by attaching the original picture as a texture to the surface of the preset sphere, such that the lower edge of the building image in the original picture is basically consistent with the lower edge of the projected picture; setting a spherical center of the preset sphere as a photographing viewport; mapping the projected picture into the photographing viewport by using the imaging principle of a camera, to eliminate the wide-angle distortion of the original picture; performing an edge detection on the image of the building in the mapped projected picture to acquire a pixel height of the image of the building; determining a projection angle corresponding to the image of the building based on the pixel height of the image of the building; and determining a height of the building based on the projection angle and a distance between the building and a capturing position of the original picture. acquiring an original picture comprising an image of a building, wherein there is a wide-angle distortion in the original picture; projecting the original picture to a surface of a preset sphere to form a projected picture, by attaching the original picture as a texture to the surface of the preset sphere, such that the lower edge of the building image in the original picture is basically consistent with the lower edge of the projected picture; setting a spherical center of the preset sphere as a photographing viewport; mapping the projected picture into the photographing viewport by using the imaging principle of a camera, to eliminate the wide-angle distortion of the original picture; performing an edge detection on the image of the building in the mapped projected picture to acquire a pixel height of the image of the building; determining a projection angle corresponding to the image of the building based on the pixel height of the image of the building; and determining a height of the building based on the projection angle and a distance between the building and a capturing position of the original picture.
Apparatus designed and configured for optically inspecting articles in the fish and meat processing industry, comprising at least one imaging system which is arranged so as to be encapsulated on all sides in a housing and is configured for optically scanning the articles, wherein the housing has a transparent viewing window and a protective element , forming a light-transmissive channel , is releasably arranged on the outside of the housing to protect the viewing window from contamination, and that the protective element is arranged on the viewing window and encloses at least one detection zone of the imaging system while maintaining an unobstructed view of the articles, the protective element comprises a protective element base with a central light transmittance recess and holding means , which are configured in each case to arrange the protective element base releasably on the viewing window , are present on the housing side, and wherein the holding means are arranged on the inside of the housing and are designed as holding magnets and the protective element base comprises at least in part a magnetic and/or magnetisable material. at least one imaging system which is arranged so as to be encapsulated on all sides in a housing and is configured for optically scanning the articles, wherein the housing has a transparent viewing window and a protective element , forming a light-transmissive channel , is releasably arranged on the outside of the housing to protect the viewing window from contamination, and that the protective element is arranged on the viewing window and encloses at least one detection zone of the imaging system while maintaining an unobstructed view of the articles, the protective element comprises a protective element base with a central light transmittance recess and holding means , which are configured in each case to arrange the protective element base releasably on the viewing window , are present on the housing side, and wherein the holding means are arranged on the inside of the housing and are designed as holding magnets and the protective element base comprises at least in part a magnetic and/or magnetisable material.
Flight control handle which can be manoeuvred by a pilot, said flight control handle comprising a grip carrying an end box , said end box comprising a hollow shell equipped with a top face , said end box comprising at least one control projecting towards an external environment (EXT) of said top face , said at least one control being mobile relative to the shell , said flight control handle comprising a controllable member capable of being actuated by an individual in order to generate a control order, characterised in that said shell of said end box comprises at least one electronic wall incorporating an electronic circuit , said electronic circuit being incorporated in a thickness of the electronic wall by a plastronic method, said controllable member being carried by the electronic wall, said electronic circuit comprising at least one sensor co-operating with said controllable member .
An apparatus for treating horticultural products (A), comprising in series at least: - a first station , which comprises first elements for the individual handling of respective horticultural products (A) and at least one vision system , controlled by an electronic control and management unit, for the acquisition of information related to at least one parameter of interest of each horticultural product (A), - a second station , comprising second elements for the individual handling of respective horticultural products (A) and at least one device for weighing each horticultural product (A) in transit, controlled by said electronic unit, and - a third station , comprising third elements for the individual handling of respective horticultural products (A) and means for the selective conveyance of each horticultural product (A) in transit toward one of at least two collection stations, which can be actuated by said electronic unit to sort the horticultural products (A) into at least two corresponding uniform subgroups as a function of the information acquired by said vision system and/or by said weighing device, characterized in that said second station comprises an intermediate unloading assembly , which can be actuated selectively by said electronic unit for the early release of the horticultural products (A), handled by said second elements . - a first station , which comprises first elements for the individual handling of respective horticultural products (A) and at least one vision system , controlled by an electronic control and management unit, for the acquisition of information related to at least one parameter of interest of each horticultural product (A), - a second station , comprising second elements for the individual handling of respective horticultural products (A) and at least one device for weighing each horticultural product (A) in transit, controlled by said electronic unit, and - a third station , comprising third elements for the individual handling of respective horticultural products (A) and means for the selective conveyance of each horticultural product (A) in transit toward one of at least two collection stations, which can be actuated by said electronic unit to sort the horticultural products (A) into at least two corresponding uniform subgroups as a function of the information acquired by said vision system and/or by said weighing device,