mhurhangee/patent-ind-claim-en huggingface dataset:
A camera device for being fastened to an eyepiece tube of an optical device, in particular a telescopic sight, a spyglass or a telescope, comprising - an assembly module for fastening the camera device to the eyepiece tube; - a camera module for recording and/or forwarding the image; - a deflection module having a device for deflection of the image from the axis of the optical device to the camera module, said device being arranged in a housing ; wherein the device for deflection of the image is semi-permeable and is formed and arranged in such a way that viewing through the optical device is enabled when the camera device is arranged on the optical device, - wherein the assembly module , the deflection module (12,) and/or the camera module are detachably connected with each other in such a way that the assembly module is allowed to remain on the eyepiece tube when the deflection module and the camera module are detached from the optical device, characterised in that the assembly module comprises a double-shell structure having two assembly shells , wherein, in the area of the end of the assembly module pointing towards the deflection module , the assembly module comprises a fastening ring having a fastening device for detachable fastening of the deflection module , and wherein the fastening ring is moulded in one piece to a first one of the two assembly shells , and wherein the second one of the two assembly shells ends with a spacing from the fastening ring . - an assembly module for fastening the camera device to the eyepiece tube; - a camera module for recording and/or forwarding the image; - a deflection module having a device for deflection of the image from the axis of the optical device to the camera module, said device being arranged in a housing ; - wherein the assembly module , the deflection module (12,) and/or the camera module are detachably connected with each other in such a way that the assembly module is allowed to remain on the eyepiece tube when the deflection module and the camera module are detached from the optical device, characterised in that
An information processing apparatus capable of communicating with a management apparatus and an image processing apparatus comprising an image forming unit , the information processing apparatus comprising: a first judging means configured to judge whether a first measuring result of measuring a color of a chart image formed by the image forming unit satisfies a predetermined criterion in terms of a difference between the first measuring result and a target value; a first transmitting means configured to transmit an instruction for executing a color adjustment process to the image processing apparatus without transmitting information based on a first judgment result by the first judging means to the management apparatus based on the first judgment result being that the first measuring result does not satisfy the predetermined criterion; a second judging means configured to judge, after the image processing apparatus executes the color adjustment process, whether a second measuring result of measuring a color of a chart image formed by the image forming unit satisfies the predetermined criterion in terms of a difference between the second measuring result and a target value; and a second transmitting means configured to transmit, based on a second judgment result by the second judging means being that the second measuring result does not satisfy the predetermined criterion, information based on the second judgment result to the management apparatus such that a display unit of the management apparatus displays the information based on the second judgment result. a first judging means configured to judge whether a first measuring result of measuring a color of a chart image formed by the image forming unit satisfies a predetermined criterion in terms of a difference between the first measuring result and a target value; a first transmitting means configured to transmit an instruction for executing a color adjustment process to the image processing apparatus without transmitting information based on a first judgment result by the first judging means to the management apparatus based on the first judgment result being that the first measuring result does not satisfy the predetermined criterion; a second judging means configured to judge, after the image processing apparatus executes the color adjustment process, whether a second measuring result of measuring a color of a chart image formed by the image forming unit satisfies the predetermined criterion in terms of a difference between the second measuring result and a target value; and a second transmitting means configured to transmit, based on a second judgment result by the second judging means being that the second measuring result does not satisfy the predetermined criterion, information based on the second judgment result to the management apparatus such that a display unit of the management apparatus displays the information based on the second judgment result.
An egg identification system for determining viability of an avian egg, comprising: an emitter assembly having an emitter housing and the emitter housing having a light emission source being configured to emit electromagnetic radiation toward an egg, the electromagnetic radiation having a predetermined wavelength; a detector assembly spaced-apart from the emitter assembly and configured to detect electromagnetic radiation transmitted through the egg; and a processor configured to process an output signal of the detector assembly to determine viability of the egg, characterized by a light controlling assembly separate from the emitter housing and positioned proximate to the emitter assembly and disposed between the emitter assembly and the detector assembly , the light controlling assembly comprising an absorbing layer configured to absorb electromagnetic radiation reflected from the egg and other reflective surfaces, and the absorbing layer having an internal transmittance at the predetermined wavelength so as to be configured to absorb greater than ninety percent of reflected electromagnetic radiation at the predetermined wavelength, the absorbing layer defining an opening through which electromagnetic radiation emitted from the emitter assembly is capable of passing therethrough toward the egg. an emitter assembly having an emitter housing and the emitter housing having a light emission source being configured to emit electromagnetic radiation toward an egg, the electromagnetic radiation having a predetermined wavelength; a detector assembly spaced-apart from the emitter assembly and configured to detect electromagnetic radiation transmitted through the egg; and a processor configured to process an output signal of the detector assembly to determine viability of the egg, characterized by a light controlling assembly separate from the emitter housing and positioned proximate to the emitter assembly and disposed between the emitter assembly and the detector assembly , the light controlling assembly comprising an absorbing layer configured to absorb electromagnetic radiation reflected from the egg and other reflective surfaces, and the absorbing layer having an internal transmittance at the predetermined wavelength so as to be configured to absorb greater than ninety percent of reflected electromagnetic radiation at the predetermined wavelength, the absorbing layer defining an opening through which electromagnetic radiation emitted from the emitter assembly is capable of passing therethrough toward the egg.
A method of preparing a graft copolymer, comprising: batch-adding a first molecular weight controlling agent, a diene-based rubber polymer, an aromatic vinyl-based monomer, and a vinyl cyanide-based monomer to a reactor to initiate polymerization; and after the initiation of polymerization, continuously adding a second molecular weight controlling agent, an aromatic vinyl-based monomer, and a vinyl cyanide-based monomer to the reactor to perform polymerization, wherein the second molecular weight controlling agent includes an alkyl styrene-based dimer and a mercaptan-based compound in a weight ratio of 40.0:60.0 to 70.0:30.0, and the weight ratio of the first molecular weight controlling agent and the second molecular weight controlling agent is 5.0:95.0 to 25.0:75.0. batch-adding a first molecular weight controlling agent, a diene-based rubber polymer, an aromatic vinyl-based monomer, and a vinyl cyanide-based monomer to a reactor to initiate polymerization; and after the initiation of polymerization, continuously adding a second molecular weight controlling agent, an aromatic vinyl-based monomer, and a vinyl cyanide-based monomer to the reactor to perform polymerization, wherein the second molecular weight controlling agent includes an alkyl styrene-based dimer and a mercaptan-based compound in a weight ratio of 40.0:60.0 to 70.0:30.0, and the weight ratio of the first molecular weight controlling agent and the second molecular weight controlling agent is 5.0:95.0 to 25.0:75.0.
An encoder for a terminal , the encoder comprising: an input for receiving, from an application or an operating system of the terminal, moving image data comprising a sequence of frames to be encoded, each frame comprising a plurality of blocks in two dimensions with each block comprising a plurality of pixels in said two dimensions; and a motion prediction module for use in encoding the moving image data by, for at least part of each of a plurality of said frames, coding each block relative to a respective reference portion of another frame of the sequence, with the respective reference portion being offset from the block by a respective motion vector; wherein the encoder comprises a controller operable to determine whether the moving image data currently being encoded comprises a video stream from a video camera of the terminal or a screen capture stream captured from a screen of the terminal, and in dependence thereon switch the motion prediction module between a first mode for the video stream in which each of the motion vectors of the video stream is not restricted to units of integer pixel offsets and a second mode in which each of the motion vector of the screen capture stream is restricted to units of integer pixel offsets in at least one of said dimensions, wherein the controller is configured to make said determination from an indication received from the application or operating system as to what type of moving image data it is supplying. an input for receiving, from an application or an operating system of the terminal, moving image data comprising a sequence of frames to be encoded, each frame comprising a plurality of blocks in two dimensions with each block comprising a plurality of pixels in said two dimensions; and a motion prediction module for use in encoding the moving image data by, for at least part of each of a plurality of said frames, coding each block relative to a respective reference portion of another frame of the sequence, with the respective reference portion being offset from the block by a respective motion vector; wherein the encoder comprises a controller operable to determine whether the moving image data currently being encoded comprises a video stream from a video camera of the terminal or a screen capture stream captured from a screen of the terminal, and in dependence thereon switch the motion prediction module between a first mode for the video stream in which each of the motion vectors of the video stream is not restricted to units of integer pixel offsets and a second mode in which each of the motion vector of the screen capture stream is restricted to units of integer pixel offsets in at least one of said dimensions, wherein the controller is configured to make said determination from an indication received from the application or operating system as to what type of moving image data it is supplying.
Additively manufactured sole, in particular midsole, for a sports shoe, comprising: a. a lattice structure (110; 210; 310), the lattice structure comprising a plurality of cell elements (191; 291; 391, 392); b. a heel element (120; 220; 320), three-dimensionally encompassing the heel; c. a base portion (130; 230; 330) interconnecting the heel element and the lattice structure, wherein the base portion has an extension arranged to connect to a plurality of adjacent cell elements, wherein the plurality of adjacent cell elements is not positioned along an edge of the lattice structure; d. a solid front portion, wherein the solid front portion is being arranged at the front tip of the sole, wherein the solid front portion extends from a top surface of the sole to a bottom surface of the sole, wherein the solid front portion extends by a length of 5 mm to 15 mm from the tip of the sole towards a rear side of the sole, and wherein the solid front portion comprises no lattice structure; and e. a solid rim element (140; 240) additively manufactured with the lattice structure and circulating along a rim of the lattice structure, wherein the solid rim element comprises one or more perforations that provide a transition between the solid rim element and the lattice structure. a. a lattice structure (110; 210; 310), the lattice structure comprising a plurality of cell elements (191; 291; 391, 392); b. a heel element (120; 220; 320), three-dimensionally encompassing the heel; c. a base portion (130; 230; 330) interconnecting the heel element and the lattice structure, wherein the base portion has an extension arranged to connect to a plurality of adjacent cell elements, wherein the plurality of adjacent cell elements is not positioned along an edge of the lattice structure; d. a solid front portion, wherein the solid front portion is being arranged at the front tip of the sole, wherein the solid front portion extends from a top surface of the sole to a bottom surface of the sole, wherein the solid front portion extends by a length of 5 mm to 15 mm from the tip of the sole towards a rear side of the sole, and wherein the solid front portion comprises no lattice structure; and e. a solid rim element (140; 240) additively manufactured with the lattice structure and circulating along a rim of the lattice structure, wherein the solid rim element comprises one or more perforations that provide a transition between the solid rim element and the lattice structure.
A computer-implemented method for determination of real subsoil geological formation, the method comprises: /a/ receiving a model representing the real subsoil, said model being based on the real geographical coordinates of the subsoil, /b/ determine a first stochastic trajectory of a first fluvial formation in said model, said first stochastic trajectory of the first fluvial formation being based on at least one seismic image obtained from observed data, characterized in that the method further comprises: /c/ defining a constraint zone comprising said first fluvial formation, /d/ determining a second stochastic trajectory of a second fluvial formation in said model within said constraint zone based on a stochastic process, /e/ determining at least one reservoir of hydrocarbon to exploit based on the plurality of fluvial formations, wherein steps /c/ to step /d/ are reiterated, in said reiteration, the second fluvial formation is taken as the first fluvial formation and a third stochastic trajectory of a third fluvial formation is taken as a second stochastic trajectory of a second fluvial formation. /a/ receiving a model representing the real subsoil, said model being based on the real geographical coordinates of the subsoil, /b/ determine a first stochastic trajectory of a first fluvial formation in said model, said first stochastic trajectory of the first fluvial formation being based on at least one seismic image obtained from observed data, /c/ defining a constraint zone comprising said first fluvial formation, /d/ determining a second stochastic trajectory of a second fluvial formation in said model within said constraint zone based on a stochastic process, /e/ determining at least one reservoir of hydrocarbon to exploit based on the plurality of fluvial formations,
A wireless communication device configured to be mounted on a mobile object, the wireless communication device including: a mobile communication unit that is able to connect to a mobile communication network; and a wireless network connection unit that provides a wireless network connection service based on the mobile communication network connected by the mobile communication unit, the wireless communication device comprising: a satellite positioning unit configured to acquire position information on the wireless communication device based on a satellite positioning system; and a control unit configured to control a connection state of the wireless network connection service based on the position information acquired by the satellite positioning unit, characterized in that the wireless communication device is further configured so that, if an average moving speed of the wireless communication device is outside a range of a reference average moving speed of the mobile object, the average moving speed being calculated based on a plurality of pieces of position information acquired by the satellite positioning unit and a plurality of pieces of related time information, it is determined that the wireless communication device is taken out for use outside the mobile object, the wireless communication device being further configured so that, if it is determined that the wireless communication device is taken out for use outside the mobile object based on the position information acquired by the satellite positioning unit, the control unit reduces the connection state of the wireless network connection service as compared to a case in which it is not determined that the wireless communication device is taken out for use outside the mobile object. a satellite positioning unit configured to acquire position information on the wireless communication device based on a satellite positioning system; and a control unit configured to control a connection state of the wireless network connection service based on the position information acquired by the satellite positioning unit, characterized in that the wireless communication device is further configured so that, if an average moving speed of the wireless communication device is outside a range of a reference average moving speed of the mobile object, the average moving speed being calculated based on a plurality of pieces of position information acquired by the satellite positioning unit and a plurality of pieces of related time information, it is determined that the wireless communication device is taken out for use outside the mobile object, the wireless communication device being further configured so that, if it is determined that the wireless communication device is taken out for use outside the mobile object based on the position information acquired by the satellite positioning unit, the control unit reduces the connection state of the wireless network connection service as compared to a case in which it is not determined that the wireless communication device is taken out for use outside the mobile object.
Polyolefin composition comprising: (A) at least one polyolefin; (B) from 3.0 to 40.0% by weight of a filler selected from the group consisting of fibers, metallic flakes, glass flakes, milled glass, glass spheres, mineral fillers, barium sulfate, metal oxides and hydroxides, wood flour and mixtures thereof; and (C) from 0.1 to 2.5% by weight of at least one cyclodextrin, the sum (A) + (B) + (C) being 100. (A) at least one polyolefin; (B) from 3.0 to 40.0% by weight of a filler selected from the group consisting of fibers, metallic flakes, glass flakes, milled glass, glass spheres, mineral fillers, barium sulfate, metal oxides and hydroxides, wood flour and mixtures thereof; and (C) from 0.1 to 2.5% by weight of at least one cyclodextrin,
Method for operating a fluidized bed apparatus, comprising the following steps: 1a) Providing particulate metal to a reaction chamber of a fluidized bed reactor , 1b) Providing an oxidizing agent or water steam to a fluidizing bottom of the fluidized bed reactor such that particulate matter comprising the particulate metal is fluidized, wherein the particulate metal reacts with the oxidizing agent to particulate metal oxide or with the water steam to particulate metal oxide and gaseous hydrogen, 1c) Withdrawing particulate metal oxide from the fluidized bed reactor , 1d) Storing the withdrawn particulate metal oxide, 2a) Providing particulate metal oxide to the reaction chamber of the fluidized bed reactor , 2b) Providing a reducing agent containing gas to the fluidizing bottom of the fluidized bed reactor such that particulate matter comprising the particulate metal oxide is fluidized, wherein the particulate metal oxide reacts with the reducing agent to particulate metal, 2c) Withdrawing the particulate metal from the fluidized bed reactor , 2d) Storing the withdrawn particulate metal. 1a) Providing particulate metal to a reaction chamber of a fluidized bed reactor , 1b) Providing an oxidizing agent or water steam to a fluidizing bottom of the fluidized bed reactor such that particulate matter comprising the particulate metal is fluidized, wherein the particulate metal reacts with the oxidizing agent to particulate metal oxide or with the water steam to particulate metal oxide and gaseous hydrogen, 1c) Withdrawing particulate metal oxide from the fluidized bed reactor , 1d) Storing the withdrawn particulate metal oxide, 2a) Providing particulate metal oxide to the reaction chamber of the fluidized bed reactor , 2b) Providing a reducing agent containing gas to the fluidizing bottom of the fluidized bed reactor such that particulate matter comprising the particulate metal oxide is fluidized, wherein the particulate metal oxide reacts with the reducing agent to particulate metal, 2c) Withdrawing the particulate metal from the fluidized bed reactor , 2d) Storing the withdrawn particulate metal.