mhurhangee/ep-ind-claims huggingface dataset:
A rock processing apparatus for crushing and/or for sorting granular mineral material according to size, the rock processing apparatus comprising as apparatus components: - a material feeding apparatus having a material buffer for loading starting material to be processed, - at least one working unit of: + at least one crushing apparatus and + at least one screening apparatus (16, 18), - at least one conveyor apparatus (26, 32) for conveying material between two apparatus components, - a control unit for controlling apparatus components of the rock processing apparatus, - at least one sensor (72, 74, 76, 78, 80, 82, 84, 86, 88, 90, 92, 94, 96, 98) for detecting at least one operating parameter, the sensor (72, 74, 76, 78, 80, 82, 84, 86, 88, 90, 92, 94, 96, 98) being connected to the control unit in signal-transmitting fashion for transmitting a detection signal representing the at least one detected operating parameter, - at least one output device for outputting information, the output device being connected to the control unit in signal-transmitting fashion for transmitting information, characterized in that the control unit is designed to ascertain, in an operation with discontinuous material feed of starting material to be processed, a piece of time information on the basis of the at least one detection signal, which represents an execution time of a future material feed into the material feeding apparatus, wherein the output device is designed to output the ascertained time information. - a material feeding apparatus having a material buffer for loading starting material to be processed, - at least one working unit of: + at least one crushing apparatus and + at least one screening apparatus (16, 18), + at least one crushing apparatus and + at least one screening apparatus (16, 18), - at least one conveyor apparatus (26, 32) for conveying material between two apparatus components, - a control unit for controlling apparatus components of the rock processing apparatus, - at least one sensor (72, 74, 76, 78, 80, 82, 84, 86, 88, 90, 92, 94, 96, 98) for detecting at least one operating parameter, the sensor (72, 74, 76, 78, 80, 82, 84, 86, 88, 90, 92, 94, 96, 98) being connected to the control unit in signal-transmitting fashion for transmitting a detection signal representing the at least one detected operating parameter, - at least one output device for outputting information, the output device being connected to the control unit in signal-transmitting fashion for transmitting information,
A method of setting up a gear cutting machine, wherein the gear cutting machine is equipped with at least one machine part which can be set up and the parameters relating to the set-up machine part are input into the machine control for the subsequent gear cutting process, wherein the machine part is the tool mandrel, including one or more tools, and/or the workpiece and/or an apparatus for clamping the workpiece and/or a gripper for the machine automation, characterized in that a graphical model of the machine part is virtually composed by finger gestures on a touch-sensitive, multitouch-operable display element of the gear cutting machine in a user-controlled manner from one or more graphical part components and the required parameters for the following gear cutting process are derived directly from the graphical modeling, with the graphical modeling being calculated by a real-time rendering process of the machine control, with the required raw data for the graphical modeling being stored in a database of the gear cutting machine; and with the underlying scene being interactively variable by the operator using the display element.
Computer-implemented method for determining a vascular function of a perfusion imaging sequence, comprising the steps of: i. receiving a perfusion imaging sequence comprising voxel time series for a plurality of voxels; ii. applying a trained classifier on the perfusion imaging sequence for receiving voxel-wise weights; iii. receiving voxel-wise weights from the classifier; and iv. determining the vascular function as the weighted sum of the voxel time series; characterized in that the classifier is trained by optimizing over the similarity between a predicted vascular function and a ground truth vascular function using a set of examples. i. receiving a perfusion imaging sequence comprising voxel time series for a plurality of voxels; ii. applying a trained classifier on the perfusion imaging sequence for receiving voxel-wise weights; iii. receiving voxel-wise weights from the classifier; and iv. determining the vascular function as the weighted sum of the voxel time series;
A processing control apparatus comprising: risk calculation means for calculating a sum of two or more values, wherein each value indicates a risk of processing, by a virtual machine, an operation during a certain period; and processing control means for selecting a processing content depending on the calculated sum and on restriction information which associates the calculated risk to the selected processing content and restricting processing of the virtual machine by executing the selected processing content; wherein the processing content includes restricting communication bandwidth allocated to the virtual machine, reducing processing time allocated to the virtual machine, obstructing communication to the virtual machine, and executing shutdown of the virtual machine. risk calculation means for calculating a sum of two or more values, wherein each value indicates a risk of processing, by a virtual machine, an operation during a certain period; and processing control means for selecting a processing content depending on the calculated sum and on restriction information which associates the calculated risk to the selected processing content and restricting processing of the virtual machine by executing the selected processing content; wherein the processing content includes restricting communication bandwidth allocated to the virtual machine, reducing processing time allocated to the virtual machine, obstructing communication to the virtual machine, and executing shutdown of the virtual machine.
A cell loading system comprising a rotatable platform and a tube assembly (44, 38), wherein the rotatable platform further comprises a means for obtaining cells and dispensing said cells into an implantable device, wherein the tube assembly (44, 38) is a cell reservoir comprising a cell dose volume, wherein the implantable device is inside a sterile package, and wherein the implantable device and the sterile package are on the rotatable platform.
A dynamic damper for limiting an inrush current, comprising: a timing circuit including a first capacitor, wherein the timing circuit includes a charging loop and a discharging loop, and the first capacitor is charged by the charging loop and is discharged by the discharging loop, and a damper circuit comprising a dynamic damper resistor, the damper circuit is further connected to the timing circuit, characterized in that the charging loop includes a current source (I s) and the first capacitor, a first end of the first capacitor is connected to a first end of the current source (Is), and a second end of the first capacitor is connected to the ground, and when an input voltage with positive semi-period sine waveform is applied to the timing circuit and the damper circuit, the first capacitor is charged, and the discharging loop includes the first capacitor and a one-way conductive element, the one-way conductive element is connected in parallel to the current source (I s), and a conductive direction of the one-way conductive element is opposite to a current direction of the current source (Is), a first end of the one-way conductive element and the first end of the current source (Is) are both connected to the first end of the first capacitor, and when the input voltage applied to the timing circuit and the damper circuit is zero, the first capacitor begins to be discharged, and when the first capacitor begins to be charged, the damper circuit enters to a first working state and generates a dynamic damper resistor value (R D1), when a capacitance-voltage of the first capacitor is greater than a first threshold voltage (V th1), the damper circuit enters to a second working state and the dynamic damper resistor value (R D1) begins to decrease, and when the capacitance-voltage is greater than a second threshold voltage (V th2), the damper circuit enters to a short-circuit state and the dynamic damper resistor value (R D1) decreases to zero. a timing circuit including a first capacitor, wherein the timing circuit includes a charging loop and a discharging loop, and the first capacitor is charged by the charging loop and is discharged by the discharging loop, and a damper circuit comprising a dynamic damper resistor, the damper circuit is further connected to the timing circuit,
Furniture drive having an adapter, a control device and at least one electromotive adjustment drive (7, 8) as well as a manual control with a manual operating unit, which is connected to the control device via a cable for operating the at least one adjustment drive (7, 8) via a transmission path for operating commands, and wherein the adapter is connected to the control device, by means of which a further transmission path for operating commands is provided, and wherein the adapter is arranged between the control device and the manual operating unit, and wherein the adapter comprises a receiver for waves or signals of the further transmission path, and wherein the receiver is a radio receiver and the further transmission path comprises a wireless radio transmission of the operating commands, and wherein the adapter comprises a plug for connection to the control device and a manual operating connection for connection to the manual operating unit.
A display apparatus comprising: a display; a memory storing a fingerprint which is obtained based on a characteristic of a content, and information regarding the content corresponding to the fingerprint; a transceiver; and at least one processor configured to: obtain a fingerprint based on a characteristic of a screen of a content currently reproduced on the display, search presence/absence of a stored fingerprint matching the obtained fingerprint in the memory, identify, based on a result of the searching, whether to transmit a query comprising the obtained fingerprint to a server through the transceiver to request information on the currently reproduced content, identify a type of the currently reproduced content using a data recognition model that uses the obtained fingerprint, and change a content recognition period based on the identified type of the currently reproduced content. a display; a memory storing a fingerprint which is obtained based on a characteristic of a content, and information regarding the content corresponding to the fingerprint; a transceiver; and at least one processor configured to: obtain a fingerprint based on a characteristic of a screen of a content currently reproduced on the display, search presence/absence of a stored fingerprint matching the obtained fingerprint in the memory, identify, based on a result of the searching, whether to transmit a query comprising the obtained fingerprint to a server through the transceiver to request information on the currently reproduced content, identify a type of the currently reproduced content using a data recognition model that uses the obtained fingerprint, and change a content recognition period based on the identified type of the currently reproduced content. obtain a fingerprint based on a characteristic of a screen of a content currently reproduced on the display, search presence/absence of a stored fingerprint matching the obtained fingerprint in the memory, identify, based on a result of the searching, whether to transmit a query comprising the obtained fingerprint to a server through the transceiver to request information on the currently reproduced content, identify a type of the currently reproduced content using a data recognition model that uses the obtained fingerprint, and change a content recognition period based on the identified type of the currently reproduced content.
A method of intermediate job termination, comprising: calculating an expected intermediate termination point of a main job, upon submission of an interrupt job, the expected intermediate termination point estimating a sheet up to which the main job is to be printed before the interrupt job is allowed to be printed; resubmitting the main job along with intermediate continuation data to enable continued printing of the main job from the sheet following the expected intermediate termination point on prior to printing the main job up to the expected intermediate termination point of the main job; printing the interrupt job, wherein the interrupt job starts printing with no pause between the last sheet of the main job printed up to the expected intermediate termination point and the first sheet of the interrupt job; and resuming printing the main job at the sheet of the main job directly following the expected intermediate termination point such that there is no pause between the last sheet of the interrupt job and the sheet of the main job directly following the expected intermediate termination point; wherein the expected intermediate termination point is estimated such that there are no skipped pitches between the last sheet of the interrupt job and the sheet of the main job directly following the sheet scheduled by the expected intermediate termination point, wherein said skipped pitches mean skipped pitches suitable for printing a sheet. calculating an expected intermediate termination point of a main job, upon submission of an interrupt job, the expected intermediate termination point estimating a sheet up to which the main job is to be printed before the interrupt job is allowed to be printed; resubmitting the main job along with intermediate continuation data to enable continued printing of the main job from the sheet following the expected intermediate termination point on prior to printing the main job up to the expected intermediate termination point of the main job; printing the interrupt job, wherein the interrupt job starts printing with no pause between the last sheet of the main job printed up to the expected intermediate termination point and the first sheet of the interrupt job; and resuming printing the main job at the sheet of the main job directly following the expected intermediate termination point such that there is no pause between the last sheet of the interrupt job and the sheet of the main job directly following the expected intermediate termination point; wherein the expected intermediate termination point is estimated such that there are no skipped pitches between the last sheet of the interrupt job and the sheet of the main job directly following the sheet scheduled by the expected intermediate termination point, wherein said skipped pitches mean skipped pitches suitable for printing a sheet.
A battery module, comprising: a battery cell assembly having at least one battery cell; a module case configured to accommodate the battery cell assembly; and a plurality of injection holes provided in a bottom portion of the module case to inject a thermally conductive adhesive into the module case, said plurality of injection holes being spaced apart from each other by a predetermined distance at the bottom portion of the module case, wherein convex portions and concave portions are formed alternately at an inner surface of the bottom portion of the module case, and wherein the plurality of injection holes are provided in the convex portions. a battery cell assembly having at least one battery cell; a module case configured to accommodate the battery cell assembly; and a plurality of injection holes provided in a bottom portion of the module case to inject a thermally conductive adhesive into the module case, said plurality of injection holes being spaced apart from each other by a predetermined distance at the bottom portion of the module case, wherein convex portions and concave portions are formed alternately at an inner surface of the bottom portion of the module case, and wherein the plurality of injection holes are provided in the convex portions.
A stopper for interposition between an air spring and a truck of a railway vehicle, the stopper comprising: an outer body made of a rubber elastic body; and an inner body made of a rubber elastic body characterised in that the outer body and the inner body are separate members and the inner body is disposed in the outer body so as to be in contact with the outer body. an outer body made of a rubber elastic body; and an inner body made of a rubber elastic body characterised in that the outer body and the inner body are separate members and the inner body is disposed in the outer body so as to be in contact with the outer body.
Segment for a holding arm for positioning a medical instrument or a medical appliance, comprising: several node structures; a strut that rigidly connects two of the several node structures to each other, wherein the strut comprises planar structures (61, 62, 63), wherein the planar structures (61, 62, 63) are joined to one another, wherein the planar structures (61, 62, 63) each have a narrow and elongate shape, characterized in that the planar structures (61, 62, 63) comprise a connecting web and at least one of an inner structure and an outer structure and, wherein at least one of a first lengthwise edge of the connecting web is joined to the inner structure and a second lengthwise edge of the connecting web is joined to the outer structure, wherein at least one of the inner structure and the connecting web together form a T-shaped cross section of the strut, or the connecting web and the outer structure together form a T-shaped cross section of the strut, or the inner structure, the connecting web and the outer structure together form an I-shaped cross section of the strut, or the inner structure, two connecting webs and the outer structure together form a trapezoidal or other quadrilateral cross section of the strut. several node structures; a strut that rigidly connects two of the several node structures to each other, wherein the strut comprises planar structures (61, 62, 63), wherein the planar structures (61, 62, 63) are joined to one another, wherein the planar structures (61, 62, 63) each have a narrow and elongate shape, characterized in that the planar structures (61, 62, 63) comprise a connecting web and at least one of an inner structure and an outer structure and, wherein at least one of a first lengthwise edge of the connecting web is joined to the inner structure and a second lengthwise edge of the connecting web is joined to the outer structure, wherein at least one of the inner structure and the connecting web together form a T-shaped cross section of the strut, or the connecting web and the outer structure together form a T-shaped cross section of the strut, or the inner structure, the connecting web and the outer structure together form an I-shaped cross section of the strut, or the inner structure, two connecting webs and the outer structure together form a trapezoidal or other quadrilateral cross section of the strut.
A low-pressure discharge lamp, comprising: a light-transmissive envelope; a fill-gas composition capable of sustaining a discharge sealed inside said light-transmissive envelope; and a phosphor composition at least partially disposed on an interior surface of said light-transmissive envelope; said phosphor composition disposed on an interior surface of said light-transmissive envelope in a plurality of layers, said plurality of layers comprising at least a basecoat phosphor layer and a topcoat phosphor layer, said basecoat phosphor layer comprising at least one non-rare earth activated phosphor and said topcoat phosphor layer comprising a blend of at least three rare earth phosphors, wherein the basecoat phosphor layer comprises a greater Color Rendering Index value than the topcoat phosphor layer; and wherein said lamp exhibits an overall CRI value of at least 87; and wherein the weight of the basecoat phosphor layer is greater than the weight of the topcoat phosphor layer; and wherein the difference in correlated color temperature between the basecoat phosphor layer and a topcoat phosphor layer does not exceed 1000 K. a light-transmissive envelope; a fill-gas composition capable of sustaining a discharge sealed inside said light-transmissive envelope; and a phosphor composition at least partially disposed on an interior surface of said light-transmissive envelope;
A method of heat treatment for steel, comprising the steps of: carburizing a steel containing at least 0.11 mass % and not more than 0.15 mass % of carbon, at least 0.1 mass % and not more than 0.25 mass % of silicon, at least 0.15 mass % and not more than 0.35 mass % of manganese, at least 3.2 mass % and not more than 3.6 mass % of nickel, at least 4 mass % and not more than 4.25 mass % of chromium, at least 4 mass % and not more than 4.5 mass % of molybdenum and at least 1.13 mass % and not more than 1.33 mass % of vanadium with a remainder consisting of iron and impurity; quench-hardening said carburized steel; plasma-nitriding said quench-hardened steel; and maintaining said plasma-nitrided steel at a diffusion temperature of at least 300°C and not more than 480°C, wherein the plasma-nitriding step is followed by the diffusion step, and the diffusion step is performed after the plasma-nitriding step is completed. carburizing a steel containing at least 0.11 mass % and not more than 0.15 mass % of carbon, at least 0.1 mass % and not more than 0.25 mass % of silicon, at least 0.15 mass % and not more than 0.35 mass % of manganese, at least 3.2 mass % and not more than 3.6 mass % of nickel, at least 4 mass % and not more than 4.25 mass % of chromium, at least 4 mass % and not more than 4.5 mass % of molybdenum and at least 1.13 mass % and not more than 1.33 mass % of vanadium with a remainder consisting of iron and impurity; quench-hardening said carburized steel; plasma-nitriding said quench-hardened steel; and maintaining said plasma-nitrided steel at a diffusion temperature of at least 300°C and not more than 480°C, wherein the plasma-nitriding step is followed by the diffusion step, and the diffusion step is performed after the plasma-nitriding step is completed.
A method of sterilizing a device, comprising: placing a device and a gel containing a fluid within a package; and exposing the device and gel to sterilising radiation, wherein the gel is activated to release the fluid upon exposure to the radiation and the gel comprises gellan gum. placing a device and a gel containing a fluid within a package; and exposing the device and gel to sterilising radiation, wherein the gel is activated to release the fluid upon exposure to the radiation and the gel comprises gellan gum.