mhurhangee/patent-ind-claim-en huggingface dataset:
A radial magnetic structure assembly configured to mount an upper axial magnetic sheet and a lower axial magnetic sheet respectively on an upper axial side surface and a lower axial side surface of each of a plurality of tile-shaped magnets , characterized in that , the radial magnetic structure assembly comprises: a magnetic central column , and a lower ring member and an upper ring member sleeved on the magnetic central column ; wherein the magnetic central column comprises a large-diameter section and a small-diameter section connected in sequence, and the radial magnetic structure assembly further comprises a limit step provided at a joint of the large-diameter section and the small-diameter section , and the plurality of tile-shaped magnets are annularly and uniformly arranged on the limit step ; the lower ring member is configured to be sleeved on the tile-shaped magnet in a direction from the large-diameter section towards the small-diameter section to limit a radial displacement of each tile-shaped magnet , the upper ring member is configured to: be sleeved on the tile-shaped magnet in a direction from the small-diameter section towards the large-diameter section to press the upper axial magnetic sheet against the upper axial side surface of each tile-shaped magnet to secure each tile-shaped magnet with the upper axial magnetic sheet , and to press the lower axial magnetic sheet against the lower axial side surface of each tile-shaped magnet ; wherein the lower ring member and the upper ring member are made of non-metallic materials; one end of the lower ring member is provided with a sealing plate , and one end of the large-diameter section abuts against an inner side of the sealing plate . be sleeved on the tile-shaped magnet in a direction from the small-diameter section towards the large-diameter section to press the upper axial magnetic sheet against the upper axial side surface of each tile-shaped magnet to secure each tile-shaped magnet with the upper axial magnetic sheet , and to press the lower axial magnetic sheet against the lower axial side surface of each tile-shaped magnet ; wherein the lower ring member and the upper ring member are made of non-metallic materials; one end of the lower ring member is provided with a sealing plate , and one end of the large-diameter section abuts against an inner side of the sealing plate .
A method of providing electrical power and optical communication signals to an active device , the method comprising: converting the electrical power from a mains power system from a first voltage that comprises an AC voltage to a second voltage that comprises a DC voltage at a first location ; transmitting the electrical power having the second voltage through a hybrid cable from the first location to a second location ; transmitting the optical communication signals through the hybrid cable from the first location to the second location ; converting, with a power converter of an interface structure , the electrical power having the second voltage to a third voltage that comprises a DC voltage different from the second voltage at the second location ; converting the optical communication signals to an electrical form with an optical-to-electrical converter of the interface structure at the second location , wherein the interface structure comprises a structure that is separate and distinct from the active device ; and powering the active device with the electrical power having the third voltage and supplying the communication signals to the active device at the second location . converting the electrical power from a mains power system from a first voltage that comprises an AC voltage to a second voltage that comprises a DC voltage at a first location ; transmitting the electrical power having the second voltage through a hybrid cable from the first location to a second location ; transmitting the optical communication signals through the hybrid cable from the first location to the second location ; converting, with a power converter of an interface structure , the electrical power having the second voltage to a third voltage that comprises a DC voltage different from the second voltage at the second location ; converting the optical communication signals to an electrical form with an optical-to-electrical converter of the interface structure at the second location , wherein the interface structure comprises a structure that is separate and distinct from the active device ; and powering the active device with the electrical power having the third voltage and supplying the communication signals to the active device at the second location .
A method for assisting the location of a target for a first user equipped with an observation device comprising an augmented reality observation means secured to a support plate and coupled to a computing means and associated with communication means , the method being characterised in that, a reference platform being positioned on the field and having a spatial orientation reference frame called master reference frame (RM), and a first user spatial orientation reference frame (RU1) called first user reference frame being defined by design of the observation device, and associated with the observation device of the first user , the method comprises the following steps: - sending the first user , from the platform or by a second user and via the communication means , the coordinates of the target in the master reference frame (RM); - observing, by the first user , the reference platform from at least one camera that is secured to the plate carried by the first user and that supports the augmented reality observation means ; - comparing the geometry of the platform thus observed to a digital model of the platform, which has been placed in a memory of the computing means , to deduce therefrom the orientation and the location of the first user reference frame (RU1) relative to the master reference frame (RM); - computing the coordinates of the target in the first user reference frame (RU1); - displaying, on the augmented reality observation means of the first user , at least one virtual reticle making it possible to locate the target . - sending the first user , from the platform or by a second user and via the communication means , the coordinates of the target in the master reference frame (RM); - observing, by the first user , the reference platform from at least one camera that is secured to the plate carried by the first user and that supports the augmented reality observation means ; - comparing the geometry of the platform thus observed to a digital model of the platform, which has been placed in a memory of the computing means , to deduce therefrom the orientation and the location of the first user reference frame (RU1) relative to the master reference frame (RM); - computing the coordinates of the target in the first user reference frame (RU1); - displaying, on the augmented reality observation means of the first user , at least one virtual reticle making it possible to locate the target .
Energy transmission system having a primary side (I) that has a primary coil and having a secondary side (II) that has a device , for inductively transmitting electrical energy, having at least one secondary-side induction coil which is connected to a consumer and/or to a rechargeable battery of the device , and having a secondary-side communication apparatus for transmitting information to the primary coil during an energy transmission process, wherein the communication apparatus comprises at least one control unit and is designed for load modulation of the induction coil , wherein the communication apparatus has a DC-to-DC converter , the output of which is connected to the consumer and/or to the battery and the input of which is connected to the induction coil , and wherein the control unit is designed to drive the DC-to-DC converter with a predefinable bit sequence which is converted to corresponding switch-on times for load modulation, characterized in that the control unit is designed to drive a first switching element which connects or disconnects the output of the DC-to-DC converter to or from the consumer and/or the battery .
A method of detecting, at a mobility node in a communications network , a state where a mobile terminal is incapable of replying to a message, the method comprising: receiving (S4, S101) a create bearer request from a gateway node ; determining (S5, S102) whether the mobile terminal is non-reachable; sending (S6, S103) a response to the gateway node indicating that the mobile terminal is non-reachable; wherein the method is characterized by comprising the further steps of: receiving (S8) a service request from the mobile terminal; and sending (S9) a modify bearer request to the gateway node, which modify bearer request comprises an indication indicating that the mobile terminal is reachable. receiving (S4, S101) a create bearer request from a gateway node ; determining (S5, S102) whether the mobile terminal is non-reachable; sending (S6, S103) a response to the gateway node indicating that the mobile terminal is non-reachable; wherein the method is characterized by comprising the further steps of: receiving (S8) a service request from the mobile terminal; and sending (S9) a modify bearer request to the gateway node, which modify bearer request comprises an indication indicating that the mobile terminal is reachable. receiving (S8) a service request from the mobile terminal; and sending (S9) a modify bearer request to the gateway node, which modify bearer request comprises an indication indicating that the mobile terminal is reachable.
A container , comprising: a first chamber positioned between a liquid chamber and a second chamber ; a first seal positioned between the first chamber and the liquid chamber; and a second seal positioned between the second chamber and the first chamber, wherein the first seal and the second seal are each independently rotatable, wherein each of the first seal and the second seal are liquid tight in a closed position, and wherein each of the first seal and the second seal are transitioned between the closed position and an open position via rotation of the first seal and the second seal; characterized in that the container further comprises a shaft extending parallel to a longitudinal axis of the container, the shaft coupling the first chamber, the second chamber, and the liquid chamber to each other, wherein the first chamber, the second chamber, and the liquid chamber are independently rotatable about the shaft. a first chamber positioned between a liquid chamber and a second chamber ; a first seal positioned between the first chamber and the liquid chamber; and a second seal positioned between the second chamber and the first chamber, wherein the first seal and the second seal are each independently rotatable, wherein each of the first seal and the second seal are liquid tight in a closed position, and wherein each of the first seal and the second seal are transitioned between the closed position and an open position via rotation of the first seal and the second seal; characterized in that the container further comprises a shaft extending parallel to a longitudinal axis of the container, the shaft coupling the first chamber, the second chamber, and the liquid chamber to each other, wherein the first chamber, the second chamber, and the liquid chamber are independently rotatable about the shaft.
A production method of a ceramic compact, comprising a process for spraying a slurry on a surface of a substrate that is heated at a temperature of 150°C or higher and lower than 400°C, the slurry comprising ceramic particles and a dispersion medium containing a dispersant, the slurry containing no polymer binder, the concentration of the ceramic particles being 20% to 40% by volume and the content of the dispersant being 0.1 to 10 parts by volume relative to 100 parts by volume of the ceramic particles.
A molding apparatus for forming a retaining device, the molding apparatus comprising a molding strip and a molding support , the molding strip having an inside face , an outside face , and a plurality of through cavities extending from the outside face to the inside face , the molding strip extending in a longitudinal direction (X) and presenting both a transverse direction (Y) perpendicular to the longitudinal direction (X), and also a height direction (Z) perpendicular to the longitudinal direction (X) and to the transverse direction (Y), the inside face being configured to press against a molding face of the molding support , wherein the inside face of the molding strip includes an array of passages , the array of passages forming vents and connecting together the cavities when the molding strip is pressed against the molding support , wherein the inside face presents a rim surrounding the open portion of each cavity and projecting from the inside face , the rims defining between them the array of passages , each rim presenting various heights (HR1, HR2, HR3, HR4), such that when the molding strip is pressed against the molding support , at least a portion of each rim is not pressed against the molding support , such that each cavity is in connection with the atmosphere via the array of passages .
Vehicle with a fuel cell system comprising: - a rear vessel (V1) for hydrogen gas located in the rear part of the vehicle, - a hydrogen dosing unit , - an air supply ; - a fuel cell connected to the hydrogen dosing unit and the air supply , the air supply being provided with means for providing the fuel cell with air, the hydrogen dosing unit providing the fuel cell with hydrogen, - a battery , - a DC/DC- converter , characterised in that the vehicle further comprises: - a front vessel (V2) for hydrogen gas located in the front part of the vehicle, - a hydrogen control unit connected to the hydrogen dosing unit , to the rear vessel (V1) and to the front vessel (V2), the hydrogen control unit being provided with first means for equalizing the pressure between the first rear vessel (V1) and the front vessel, the hydrogen control unit being provided with second means for transferring hydrogen at a predetermined pressure level to the hydrogen dosing unit from the two vessels (V1; V2), and - the fuel cell being connected to the battery so as to provide the battery with energy, the battery and the DC/DC-converter being interconnected so as to exchange energy, the fuel cell and the battery , being located at the bottom of the vehicle. - a rear vessel (V1) for hydrogen gas located in the rear part of the vehicle, - a hydrogen dosing unit , - an air supply ; - a fuel cell connected to the hydrogen dosing unit and the air supply , the air supply being provided with means for providing the fuel cell with air, the hydrogen dosing unit providing the fuel cell with hydrogen, - a battery , - a DC/DC- converter , - a front vessel (V2) for hydrogen gas located in the front part of the vehicle, - a hydrogen control unit connected to the hydrogen dosing unit , to the rear vessel (V1) and to the front vessel (V2), the hydrogen control unit being provided with first means for equalizing the pressure between the first rear vessel (V1) and the front vessel, the hydrogen control unit being provided with second means for transferring hydrogen at a predetermined pressure level to the hydrogen dosing unit from the two vessels (V1; V2), and - the fuel cell being connected to the battery so as to provide the battery with energy, the battery and the DC/DC-converter being interconnected so as to exchange energy, the fuel cell and the battery , being located at the bottom of the vehicle.
A method for producing a fiber board, particularly a hardened wood fiber board, said method comprising the steps of: full-surfaced application of a liquid impregnating material, substantially consisting of a post-crosslinking polymer, onto a top side of a fiber board , wherein 400 - 800 ml, particularly 500 - 600 ml of impregnating material per square meter are applied in case of a board thickness in the range of 6 - 10 mm, particularly 7-9 mm, and respectively wherein 200 - 400 ml, particularly 250 - 300 ml of impregnating material per square meter are applied in case of a board thickness in the range of 2 - 6 mm, particularly 3 - 5 mm, and generating a pressure difference between the top side and a bottom side of the wood fiber board for sucking and/or pressing the impregnating material into the wood fiber board . full-surfaced application of a liquid impregnating material, substantially consisting of a post-crosslinking polymer, onto a top side of a fiber board , wherein 400 - 800 ml, particularly 500 - 600 ml of impregnating material per square meter are applied in case of a board thickness in the range of 6 - 10 mm, particularly 7-9 mm, and respectively wherein 200 - 400 ml, particularly 250 - 300 ml of impregnating material per square meter are applied in case of a board thickness in the range of 2 - 6 mm, particularly 3 - 5 mm, and wherein 400 - 800 ml, particularly 500 - 600 ml of impregnating material per square meter are applied in case of a board thickness in the range of 6 - 10 mm, particularly 7-9 mm, and respectively wherein 200 - 400 ml, particularly 250 - 300 ml of impregnating material per square meter are applied in case of a board thickness in the range of 2 - 6 mm, particularly 3 - 5 mm, and generating a pressure difference between the top side and a bottom side of the wood fiber board for sucking and/or pressing the impregnating material into the wood fiber board .
A computer-implemented method of task scheduling in the presence of task conflict edges on a computing device that maintains one or multiple data structures indicating the relationships between tasks, wherein a task conflict edge specifies that either a first task must finish before a second task begins execution or the second task must finish before the first task begins execution, but execution of the first task and the second task must not overlap, comprising: analyzing a data structure to determine whether the first task and the second task are related by a task conflict edge; determining whether the second task acquires a resource required for execution of the first task and the second task in response to determining that the first task and the second task are related by the task conflict edge; and assigning a dynamic task dependency edge from the first task to the second task to replace the task conflict edge in response to determining that the second task fails to acquire the resource, wherein the dynamic task dependency edge from the first task to the second task specifies that the first task must finish before the second task begins execution, comprising: determining whether an execution of the first task is complete; and assigning the dynamic task dependency edge from the first task to the second task in response to determining that the execution of the first task is not complete; as well as removing an indicator of the task conflict edge from a data structure; and adding an indicator of the dynamic task dependency edge to the data structure. analyzing a data structure to determine whether the first task and the second task are related by a task conflict edge; determining whether the second task acquires a resource required for execution of the first task and the second task in response to determining that the first task and the second task are related by the task conflict edge; and assigning a dynamic task dependency edge from the first task to the second task to replace the task conflict edge in response to determining that the second task fails to acquire the resource, wherein the dynamic task dependency edge from the first task to the second task specifies that the first task must finish before the second task begins execution, comprising: determining whether an execution of the first task is complete; and assigning the dynamic task dependency edge from the first task to the second task in response to determining that the execution of the first task is not complete; as well as removing an indicator of the task conflict edge from a data structure; and adding an indicator of the dynamic task dependency edge to the data structure. determining whether an execution of the first task is complete; and assigning the dynamic task dependency edge from the first task to the second task in response to determining that the execution of the first task is not complete; as well as removing an indicator of the task conflict edge from a data structure; and adding an indicator of the dynamic task dependency edge to the data structure.
A method, comprising: instantiating, within an application software development environment, a virtual processor (205; 604) having an instruction set architecture and memory model that are directed to first and second regions of reserved memory, the first reserved region to keep data of an input image array (303; 403), the second reserved region to keep data of an output image array (304; 404); and, simulating execution of a memory load instruction of the instruction set architecture by automatically targeting the first reserved region and identifying desired input data with first and second coordinates with positional offsets, X0 and Y0, relative to the virtual processor's position within an orthogonal coordinate system and expressed in the instruction format of the memory load instruction wherein the virtual processor is assigned to the position within the output image array that its output value is written to. instantiating, within an application software development environment, a virtual processor (205; 604) having an instruction set architecture and memory model that are directed to first and second regions of reserved memory, the first reserved region to keep data of an input image array (303; 403), the second reserved region to keep data of an output image array (304; 404); and, simulating execution of a memory load instruction of the instruction set architecture by automatically targeting the first reserved region and identifying desired input data with first and second coordinates with positional offsets, X0 and Y0, relative to the virtual processor's position within an orthogonal coordinate system and expressed in the instruction format of the memory load instruction wherein the virtual processor is assigned to the position within the output image array that its output value is written to.
A device for providing visual calibration images in a test space of a materials testing device, including: - a calibration test target comprising a calibration test pattern on a first side; - a mount engaging the calibration test target , the mount including a pivot wherein the calibration test target can be pivoted along a pivot axis; and - a rotational device engaging the mount , the rotational device rotating about a rotational axis , characterized in that the calibration test target comprises a different test pattern on a second side, wherein the calibration test target is configured to be removed from the rotational device and flipped over or reversed so that the calibration test target provides two different sets of calibration images. - a calibration test target comprising a calibration test pattern on a first side; - a mount engaging the calibration test target , the mount including a pivot wherein the calibration test target can be pivoted along a pivot axis; and - a rotational device engaging the mount , the rotational device rotating about a rotational axis ,