mhurhangee/ep-ind-claims huggingface dataset:
Connection assembly between two portions (10a, 10b) of a supply line for a cryogenic fluid, the connection assembly including a first line portion and a second line portion, the first line portion including a male nozzle arranged to be at least partially inserted into a female nozzle of the second line portion, said male and female nozzles (11a, 11b) together forming a tight sliding mechanical link, the first line portion being made of a first material with a coefficient of expansion lower than the coefficient of expansion of a second material used to make the second line portion, the first line portion including a first thermal insulation chamber and the second line portion including a second thermal insulation chamber, the connection assembly being characterized in that it includes at least one additional thermal insulation chamber that is separate from each of the first and second thermal insulation chambers (12a, 12b) and that extends between the first and second thermal insulation chambers (12a, 12b), and also includes an expansion chamber for said fluid arranged about the contact surfaces between the first line portion and the second line portion, the expansion chamber being linked via a duct to a housing arranged for the housing or the connection of a presence sensor of said cryogenic fluid.
A system for projecting an image including layout information on a surface in a building under construction, comprising: a projector for projecting an image on a surface in the building in response to an image signal defining the image to be projected, said image indicating the location of construction features on said surface, a system (22, 26; 44, 40, 42; 52, 50; 60, 62, 50; 70, 72, 50; 84, 50, 54; 94, 50; 84, 82; 94, 92, 50) for determining the two dimensional position and orientation of the projector in the building, a distance measuring system, distinct from the system (22, 26; 44, 40, 42; 52, 50; 60, 62, 50; 70, 72, 50; 84, 50, 54; 94, 50; 84, 82; 94, 92, 50) for determining the two dimensional position and orientation of the projector in the building, for determining the distance from said projector to said surface, a memory in which is stored building plan images for the building, and a processor, responsive to said memory, to said distance measuring system, and to said system for determining the two dimensional position and orientation of the projector in the building, for providing an image signal to said projector, adjusted for the two dimensional location of said projector in the building and for the distance from said projector to said surface. a projector for projecting an image on a surface in the building in response to an image signal defining the image to be projected, said image indicating the location of construction features on said surface, a system (22, 26; 44, 40, 42; 52, 50; 60, 62, 50; 70, 72, 50; 84, 50, 54; 94, 50; 84, 82; 94, 92, 50) for determining the two dimensional position and orientation of the projector in the building, a distance measuring system, distinct from the system (22, 26; 44, 40, 42; 52, 50; 60, 62, 50; 70, 72, 50; 84, 50, 54; 94, 50; 84, 82; 94, 92, 50) for determining the two dimensional position and orientation of the projector in the building, for determining the distance from said projector to said surface, a memory in which is stored building plan images for the building, and a processor, responsive to said memory, to said distance measuring system, and to said system for determining the two dimensional position and orientation of the projector in the building, for providing an image signal to said projector, adjusted for the two dimensional location of said projector in the building and for the distance from said projector to said surface.
A system for imaging an object, comprising: - an X-ray source; - a power supply; - a processing unit; wherein, the power supply is configured to produce a voltage; wherein, the X-ray source comprises a cathode and an anode, wherein the cathode is positioned relative to the anode, and the cathode and anode are operable such that electrons emitted from the cathode interact with the anode with energies corresponding to the voltage, and wherein the electrons interact with the anode to generate X-rays; wherein, the processing unit is configured to control the X-ray source, such that a plurality of first X-ray pulses is generated each having a first X-ray flux, wherein the first X-ray pulses are temporally separated from each other; wherein, the processing unit is configured to control the X-ray source, such that at least one second X-ray pulse is generated having a second X-ray flux that is substantially less than the first X-ray flux; and wherein, the processing unit is configured such that the at least one second X-ray pulse is generated temporally between two consecutive pulses of the first X-ray pulses; and the system further comprising: - an X-ray detector; wherein, the X-ray source is configured to be positioned relative to the X-ray detector such that at least a part of the region between them is an examination region for accommodating an object; wherein, the X-ray detector is configured to acquire first data when a first one of the plurality of first X-ray pulses is generated, wherein the first data comprises spectral data; wherein, the X-ray detector is configured to acquire second data when the at least one second X-ray pulse is generated; wherein, the X-ray detector is configured to acquire third data when a second one of the plurality of first X-ray pulses is generated, wherein the third data comprises spectral data; wherein, the processing unit is configured to generate spectrally resolved image data comprising the first data and the third data; and wherein, the processing unit is configured to generate spectrally integrated image data comprising the first data, the second data and the third data. - an X-ray source; - a power supply; - a processing unit; - an X-ray detector;
A floor cleaning apparatus, comprising: a floor cleaning head having a bottom for facing a floor during cleaning of the floor; at least one stabiliser,, wherein the, or each, stabiliser is connected to the floor cleaning head and is movable relative to the floor cleaning head from a stowed position to a deployed position for increasing stability of the apparatus; and a handle connected to the floor cleaning head, wherein the handle is movable relative to the floor cleaning head from an operative position to a stored position to cause the, or each, stabiliser to move relative to the floor cleaning head from the stowed position to the deployed position; characterized in that the handle is movable relative to the floor cleaning head from the operative position to the stored position without causing the, or each, stabiliser to move relative to the floor cleaning head to the deployed position, when movement of the, or each, stabiliser relative to the floor cleaning head to the deployed position is obstructed. a floor cleaning head having a bottom for facing a floor during cleaning of the floor; at least one stabiliser,, wherein the, or each, stabiliser is connected to the floor cleaning head and is movable relative to the floor cleaning head from a stowed position to a deployed position for increasing stability of the apparatus; and a handle connected to the floor cleaning head, wherein the handle is movable relative to the floor cleaning head from an operative position to a stored position to cause the, or each, stabiliser to move relative to the floor cleaning head from the stowed position to the deployed position; characterized in that the handle is movable relative to the floor cleaning head from the operative position to the stored position without causing the, or each, stabiliser to move relative to the floor cleaning head to the deployed position, when movement of the, or each, stabiliser relative to the floor cleaning head to the deployed position is obstructed.
A temperature controller for a battery, the temperature controller comprising: a temperature control part configured to control a temperature of the battery by a phase change of a heat medium between a liquid phase and a gas phase; a gas phase flow passage arranged so that a gas phase heat medium flowing out of the temperature control part flows through the gas phase flow passage; a heat medium cooling part configured to condense the gas phase heat medium flowing in from the gas phase flow passage; and a liquid phase flow passage arranged so that a liquid phase heat medium flows from the heat medium cooling part to the temperature control part through the liquid phase flow passage, characterized in that a lower end of the heat medium cooling part is positioned above an upper end of the temperature control part, such that a liquid surface of the liquid phase heat medium in the heat medium cooling part is positioned above a liquid surface of the liquid phase heat medium in the temperature control part; and in that the temperature control part extends from a first end part, to which an end part of the gas phase flow passage is connected, to a second end part, to which an end part of the liquid phase flow passage is connected, and is inclined so that the first end part is higher than the second end part. a temperature control part configured to control a temperature of the battery by a phase change of a heat medium between a liquid phase and a gas phase; a gas phase flow passage arranged so that a gas phase heat medium flowing out of the temperature control part flows through the gas phase flow passage; a heat medium cooling part configured to condense the gas phase heat medium flowing in from the gas phase flow passage; and a liquid phase flow passage arranged so that a liquid phase heat medium flows from the heat medium cooling part to the temperature control part through the liquid phase flow passage, characterized in that a lower end of the heat medium cooling part is positioned above an upper end of the temperature control part, such that a liquid surface of the liquid phase heat medium in the heat medium cooling part is positioned above a liquid surface of the liquid phase heat medium in the temperature control part; and in that the temperature control part extends from a first end part, to which an end part of the gas phase flow passage is connected, to a second end part, to which an end part of the liquid phase flow passage is connected, and is inclined so that the first end part is higher than the second end part.
A semiconductor device comprising a substrate a plurality of elongate first electrodes (1a, 1b, 1c) arranged on the substrate and a plurality of elongate second electrodes (2a, 2b) arranged on the substrate, wherein the first electrodes have a first function and the second electrodes have a second function, wherein the first and second electrodes are each closed in their longitudinal direction, and wherein the first electrodes (1a, 1b, 1c) and the second electrodes (2a, 2b) are concentrically arranged around a common center, wherein the first electrodes are connected to the first function by a common bus and the second electrodes are connected to the second function by a further bus.
Use of a compound of the formula I, or a mixture of two or more such compounds of the formula I wherein m is 3 to 5, n is 2 to 5, o is 0 or 1, and p is 3 to 17, with the proviso that the sum m + n + o + p is not less than 14; and wherein R is a carbohydrate moiety bound via one of its carbon atoms to the binding oxygen, and/or a physiologically acceptable salt thereof, or an ester thereof, where the compound may be present in open chain form and/or in the form of a lactone wherein the terminal carboxyl group of the carboxylic acid chain forms the lactone with one of the hydroxyl groups present on the rest of the compound of the formula I, as agent with preservative properties against fungi, comprising adding the agent to a material, where said material is selected from the group consisting of a cosmetic, a food, a beverage, a pharmaceutical, a medical device, and an active packaging material. wherein m is 3 to 5, n is 2 to 5, o is 0 or 1, and p is 3 to 17, with the proviso that the sum m + n + o + p is not less than 14; and wherein R is a carbohydrate moiety bound via one of its carbon atoms to the binding oxygen,
A pickup method comprising the steps of: holding a target bag body among a plurality of bag bodies by a transfer device while the plurality of bag bodies are conveyed; and lifting a whole of the target bag body after lifting a part of the target bag body, wherein the transfer device is moved according to position suggestion data indicating a position of the target bag body, and liftably holds the target bag body. holding a target bag body among a plurality of bag bodies by a transfer device while the plurality of bag bodies are conveyed; and lifting a whole of the target bag body after lifting a part of the target bag body, wherein the transfer device is moved according to position suggestion data indicating a position of the target bag body, and liftably holds the target bag body.
A centrifuge for centrifugation of test tubes, in particular for high-speed centrifugation of elongated test tubes containing samples, said centrifuge comprising: - a turntable centrally mounted for rotation about an axis and having a first side and an opposite second side, - - said turntable having a plurality of test tube holders, each configured for holding a test tube in a centrifuging position, - a first motor coupled to said turntable for rotating said turntable about said axis, - a first test tube transfer mechanism mounted at said first side for rotation about said axis, for transferring a test tube to a test tube holder of said turntable, - - said first test tube transfer mechanism including a transferring holder for receiving and temporarily supporting a test tube, and - a second motor coupled to said first test tube transfer mechanism and rotating said first test tube transfer mechanism about said axis during said transferring, characterised in that said transferring holder is movable, and in that said transferring holder is pivotable about an axis oriented perpendicular to said axis of rotation of said turntable. - a turntable centrally mounted for rotation about an axis and having a first side and an opposite second side, - - said turntable having a plurality of test tube holders, each configured for holding a test tube in a centrifuging position, - a first motor coupled to said turntable for rotating said turntable about said axis, - a first test tube transfer mechanism mounted at said first side for rotation about said axis, for transferring a test tube to a test tube holder of said turntable, - - said first test tube transfer mechanism including a transferring holder for receiving and temporarily supporting a test tube, and - a second motor coupled to said first test tube transfer mechanism and rotating said first test tube transfer mechanism about said axis during said transferring, characterised in that said transferring holder is movable, and in that said transferring holder is pivotable about an axis oriented perpendicular to said axis of rotation of said turntable.
An unloading and temporary storage device, comprising at least a stock bin, a stock bin external member, a stock bin internal member, a shielding module and a loading module; the stock bin comprises a barrel and a tank body that are disposed sequentially from top to bottom; the stock bin external member comprises a cooling water jacket provided outside the barrel; the stock bin internal member comprises a straight bin disposed in the barrel, an inclined bin and an unloading bin disposed in the tank body; wherein the straight bin, the inclined bin and the unloading bin communicate sequentially; the shielding module comprises an external shield disposed outside the barrel and a neutron shield disposed outside the external shield; and the loading module comprises a loading body disposed at top of the barrel; wherein sphere inlet passages are provided in the loading body, and a lower end of the loading body is connected with sphere outlet pipelines; one end of the sphere outlet pipeline communicates with the sphere inlet passage, and the other end of the sphere outlet pipeline is in contact with a wall of the barrel and communicates with the straight bin; the sphere inlet passage and the sphere outlet pipeline form a redirecting flow passage for allowing spherical elements to flow in a redirected manner. the stock bin comprises a barrel and a tank body that are disposed sequentially from top to bottom; the stock bin external member comprises a cooling water jacket provided outside the barrel; the stock bin internal member comprises a straight bin disposed in the barrel, an inclined bin and an unloading bin disposed in the tank body; wherein the straight bin, the inclined bin and the unloading bin communicate sequentially; the shielding module comprises an external shield disposed outside the barrel and a neutron shield disposed outside the external shield; and the loading module comprises a loading body disposed at top of the barrel; wherein sphere inlet passages are provided in the loading body, and a lower end of the loading body is connected with sphere outlet pipelines; one end of the sphere outlet pipeline communicates with the sphere inlet passage, and the other end of the sphere outlet pipeline is in contact with a wall of the barrel and communicates with the straight bin; the sphere inlet passage and the sphere outlet pipeline form a redirecting flow passage for allowing spherical elements to flow in a redirected manner.
The medicinal salts of polyamine derivatives, wherein the medicinal salts are salts formed with polyamine derivatives shown in general formula 1 and pharmaceutically acceptable acids through chemical combination, the polyamine derivatives have structure of general formula 1: Wherein, R 1 ∼R 5 are selected from H or OH or OCH 3; n 1 ∼n 5 are any integer between 0∼10.
A correction device (1, 7) that corrects a command value, which is generated, in each control cycle of the correction device (1, 7), from target orbit data indicative of a target orbit to be followed and which is provided to a feedback control system (2, 21, 200), the feedback control system (2, 21, 200) causing a controlled variable of a control target to follow the command value, the correction device (1, 7), comprising: a controlled variable acquiring part configured to acquire the controlled variable of the control target in a current control cycle of the correction device (1, 7); and a command value corrector configured to correct the current-control-cycle command value, which is provided to the feedback control system (2, 21, 200), using the current-control-cycle controlled variable acquired with the controlled variable acquiring part, characterized in that the command value corrector is configured to correct the current-control-cycle command value using the current-control-cycle controlled variable by model predictive control, in which models of the feedback control system (2, 21, 200) and the control target are used, and the control cycle of the correction device (1, 7) is longer than a control cycle of the feedback control system (2, 21, 200). a controlled variable acquiring part configured to acquire the controlled variable of the control target in a current control cycle of the correction device (1, 7); and a command value corrector configured to correct the current-control-cycle command value, which is provided to the feedback control system (2, 21, 200), using the current-control-cycle controlled variable acquired with the controlled variable acquiring part, characterized in that the command value corrector is configured to correct the current-control-cycle command value using the current-control-cycle controlled variable by model predictive control, in which models of the feedback control system (2, 21, 200) and the control target are used, and the control cycle of the correction device (1, 7) is longer than a control cycle of the feedback control system (2, 21, 200).
A method of displaying a graphical user interfac, GUI, comprising: receiving and storing a depth setting value of each of a plurality of users, the depth setting value being for setting the distance between the glasses of each user and the GUI; receiving a log in from one of the plurality of users; receiving a command for outputting the GUI from the user; acquiring an image of the user using a camera module; determining the presence of the user by identifying a predetermined pattern included in the acquired image; determining the position of the user by analyzing the size or angle of the predetermined pattern; characterized by adjusting a first depth value of the GUI based on the stored depth setting value of the logged in user and the determined position of the user; and displaying the GUI with the adjusted first depth value, the method is further comprising: determining whether the position of the logged in user is changed, wherein the determining the position of the user is performed at a predetermined time interval and, when the position of the user is changed; adjusting the first depth value of the displayed GUI into a second depth value in accordance with the changed user's position, wherein the second depth value is for maintaining the stored depth setting value of the logged in user according to the changed user's position. receiving and storing a depth setting value of each of a plurality of users, the depth setting value being for setting the distance between the glasses of each user and the GUI; receiving a log in from one of the plurality of users; receiving a command for outputting the GUI from the user; acquiring an image of the user using a camera module; determining the presence of the user by identifying a predetermined pattern included in the acquired image; determining the position of the user by analyzing the size or angle of the predetermined pattern; characterized by adjusting a first depth value of the GUI based on the stored depth setting value of the logged in user and the determined position of the user; and displaying the GUI with the adjusted first depth value, the method is further comprising: determining whether the position of the logged in user is changed, wherein the determining the position of the user is performed at a predetermined time interval and, when the position of the user is changed; adjusting the first depth value of the displayed GUI into a second depth value in accordance with the changed user's position, wherein the second depth value is for maintaining the stored depth setting value of the logged in user according to the changed user's position. determining whether the position of the logged in user is changed, wherein the determining the position of the user is performed at a predetermined time interval and, when the position of the user is changed; adjusting the first depth value of the displayed GUI into a second depth value in accordance with the changed user's position, wherein the second depth value is for maintaining the stored depth setting value of the logged in user according to the changed user's position.