mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus, comprising: an array of memory cells (210-1, 210-2, 210-N) comprising a plurality of dies (318-1, 318-2, 318-3, 418-1 to 418-8); a memory cache configured to store at least a portion of an address mapping table , wherein: the address mapping table comprises entries that map translation units, TUs, (122-1 to 122-S) to physical locations in the array, and the entries comprise data that indicate a location within the array that stores a particular TU without including data that indicates which die of the plurality of dies (318-1, 318-2, 318-3, 418-1 to 418-8) of the array the TU is stored in; and a controller configured to: write TUs across a block stripe that includes a respective block of each of the plurality of dies, wherein: each of the TUs are only written to a single die of the plurality of dies; a write cursor indicates which respective block stripe each of the TUs are to be written to; and a sub-write cursor indicates which location within each die of the respective block stripe to write each respective TU; and write the particular TU to a respective block of a die in the block stripe, wherein the particular TU is not written to the other dies in the block stripe. an array of memory cells (210-1, 210-2, 210-N) comprising a plurality of dies (318-1, 318-2, 318-3, 418-1 to 418-8); a memory cache configured to store at least a portion of an address mapping table , wherein: the address mapping table comprises entries that map translation units, TUs, (122-1 to 122-S) to physical locations in the array, and the entries comprise data that indicate a location within the array that stores a particular TU without including data that indicates which die of the plurality of dies (318-1, 318-2, 318-3, 418-1 to 418-8) of the array the TU is stored in; and the address mapping table comprises entries that map translation units, TUs, (122-1 to 122-S) to physical locations in the array, and the entries comprise data that indicate a location within the array that stores a particular TU without including data that indicates which die of the plurality of dies (318-1, 318-2, 318-3, 418-1 to 418-8) of the array the TU is stored in; and a controller configured to: write TUs across a block stripe that includes a respective block of each of the plurality of dies, wherein: each of the TUs are only written to a single die of the plurality of dies; a write cursor indicates which respective block stripe each of the TUs are to be written to; and a sub-write cursor indicates which location within each die of the respective block stripe to write each respective TU; and each of the TUs are only written to a single die of the plurality of dies; a write cursor indicates which respective block stripe each of the TUs are to be written to; and a sub-write cursor indicates which location within each die of the respective block stripe to write each respective TU; and write the particular TU to a respective block of a die in the block stripe, wherein the particular TU is not written to the other dies in the block stripe.
Vehicle wheel for a vehicle, comprising a plurality of spokes , lamellae, blades, wheel segments or the like, which are arranged on an outer side of the vehicle wheel and which, at least in the central region close to the hub, form a depression, trough, indentation or the like, comprising kinematics , by means of which the contour of the outer side of the vehicle wheel can be changed, and comprising a slide element , which is displaceable between an internal position and an external position in the direction of the axis of rotation (d) of the vehicle wheel , characterized in that at least some of the spokes , lamellae, blades, wheel segments or the like are articulated on the slide element and can be adjusted together with the slide element by changing the shape of the depression, trough, indentation or the like, and in that the wheel segments each cover the free space between two adjacent spokes , wherein, at the end face, the wheel segments form, by means of the spokes , a correspondingly large depression having an overall closed outer surface on the vehicle wheel .
A compound for use in the treatment or prevention of acute or chronic inflammatory disorders wherein the compound is Compound 1: or a salt thereof; and wherein the disorder is selected from acute kidney injury, chronic or acute pancreatitis and ischaemia-reperfusion injury wherein the ischaemia-reperfusion injury occurs after reattachment of a severed body part or during the process of organ transplantation. or a salt thereof; and wherein the disorder is selected from acute kidney injury, chronic or acute pancreatitis and ischaemia-reperfusion injury wherein the ischaemia-reperfusion injury occurs after reattachment of a severed body part or during the process of organ transplantation.
A moving robot comprising: a movable body ; a running unit configured to move the body ; a storage unit configured to store a map with respect to a running area; and a control unit configured: - to recognize a current position and to control the body to run the running area to clean, - to set at least one search position, for detecting a return signal from the charging station , in an area of a plurality of areas included in the running area, according to a form of the area, - to control the running unit so that the body moves along a moving path connecting the search position and the current position, and - to detect a return signal of a charging station while moving along the moving path. a movable body ; a running unit configured to move the body ; a storage unit configured to store a map with respect to a running area; and a control unit configured: - to recognize a current position and to control the body to run the running area to clean, - to set at least one search position, for detecting a return signal from the charging station , in an area of a plurality of areas included in the running area, according to a form of the area, - to control the running unit so that the body moves along a moving path connecting the search position and the current position, and - to detect a return signal of a charging station while moving along the moving path. - to recognize a current position and to control the body to run the running area to clean, - to set at least one search position, for detecting a return signal from the charging station , in an area of a plurality of areas included in the running area, according to a form of the area, - to control the running unit so that the body moves along a moving path connecting the search position and the current position, and - to detect a return signal of a charging station while moving along the moving path.
An information indication method, comprising: receiving , by a terminal device, indication information from a network device, wherein the indication information indicates a location of a first subcarrier and bandwidth information, wherein the bandwidth information indicates a resource block, RB, quantity corresponding to a bandwidth of a first system; and determining , by the terminal device, a first resource based on the indication information, wherein the first resource is to-be-reserved in a second system for receiving a reference signal in a first system; wherein the first subcarrier is a subcarrier of the second system corresponding to a center subcarrier of the first system. receiving , by a terminal device, indication information from a network device, wherein the indication information indicates a location of a first subcarrier and bandwidth information, wherein the bandwidth information indicates a resource block, RB, quantity corresponding to a bandwidth of a first system; and determining , by the terminal device, a first resource based on the indication information, wherein the first resource is to-be-reserved in a second system for receiving a reference signal in a first system; wherein the first subcarrier is a subcarrier of the second system corresponding to a center subcarrier of the first system.
A platelet collection method comprising: a step of accommodating whole blood collected from a donor in a first chamber and separating the whole blood into a first blood component including a large number of platelets and a remaining component by performing centrifugal separation; a step of transferring the first blood component from the first chamber to a second chamber ; a step of separating the first blood component transferred to the second chamber into a platelet-containing component and a second blood component by performing centrifugal separation; a step of transferring the platelet-containing component from the second chamber to a third chamber ; a step of separating the platelet-containing component transferred to the third chamber into platelets and another component by performing centrifugal separation; a step of introducing a platelet additive solution into the third chamber and replacing the other component with the platelet additive solution; and a step of collecting the platelets remaining in the third chamber along with the platelet additive solution, characterized in that a centrifugal force differing from a centrifugal force applied to the first and second chambers (44 and 50) is applied to the third chamber during the centrifugal separation in the third chamber . a step of accommodating whole blood collected from a donor in a first chamber and separating the whole blood into a first blood component including a large number of platelets and a remaining component by performing centrifugal separation; a step of transferring the first blood component from the first chamber to a second chamber ; a step of separating the first blood component transferred to the second chamber into a platelet-containing component and a second blood component by performing centrifugal separation; a step of transferring the platelet-containing component from the second chamber to a third chamber ; a step of separating the platelet-containing component transferred to the third chamber into platelets and another component by performing centrifugal separation; a step of introducing a platelet additive solution into the third chamber and replacing the other component with the platelet additive solution; and a step of collecting the platelets remaining in the third chamber along with the platelet additive solution, characterized in that a centrifugal force differing from a centrifugal force applied to the first and second chambers (44 and 50) is applied to the third chamber during the centrifugal separation in the third chamber .
A method for operating a wireless communication network, wherein a first member of the network transmits a scheduling message to a secondary member of the network; the secondary member receives the scheduling message; and the secondary member schedules sounding signal transmissions based on the scheduling message; wherein the scheduling message refers to a schedule for sounding signals based on a status of beam forming performed in the network and the scheduling message refers to a compact schedule of sounding signals, wherein the compact schedule provides sounding of a bandwidth of a carrier or channel in a compact timeframe, wherein the compact timeframe comprises fewer than 4 subframes. a first member of the network transmits a scheduling message to a secondary member of the network; the secondary member receives the scheduling message; and the secondary member schedules sounding signal transmissions based on the scheduling message; wherein the scheduling message refers to a schedule for sounding signals based on a status of beam forming performed in the network and the scheduling message refers to a compact schedule of sounding signals, wherein the compact schedule provides sounding of a bandwidth of a carrier or channel in a compact timeframe, wherein the compact timeframe comprises fewer than 4 subframes.
An air discharging unit of an air conditioner for discharging and guiding conditioned air, the air discharging unit comprising: a first outer body having an air discharging grill part ; a second outer body coupled to a side of the first outer body ; a third outer body coupled to another side of the first outer body and coupled with the second outer body ; a first inner guide having an inner opening facing the air discharging grill part ; and a second inner guide coupled with the first inner guide to thereby form an internal flow path , wherein the first outer body , the second outer body and the third outer body , being coupled with one another, have a hollow cylinder shape, and wherein the first inner guide and the second inner guide , being coupled with each other, have a hollow cylinder shape disposed inside the coupled first, second and third outer bodies , characterized in that at least one of the first outer body , the second outer body and the third outer body has a fitting hole into which one of the first inner guide and the second inner guide is inserted, fitted and fixed. a first outer body having an air discharging grill part ; a second outer body coupled to a side of the first outer body ; a third outer body coupled to another side of the first outer body and coupled with the second outer body ; a first inner guide having an inner opening facing the air discharging grill part ; and a second inner guide coupled with the first inner guide to thereby form an internal flow path , wherein the first outer body , the second outer body and the third outer body , being coupled with one another, have a hollow cylinder shape, and wherein the first inner guide and the second inner guide , being coupled with each other, have a hollow cylinder shape disposed inside the coupled first, second and third outer bodies ,
A gas path component for a gas turbine engine comprising: an element configured to be exposed to a gas path , the element including a plurality of internal cooling passages ; and a rib separating two of the plurality of internal passages (134; 334), wherein each of said internal cooling passages includes a cross section (410; 420; 436; 440; 450; 460; 470; 480; 490) having a plurality of asymmetrical filleted corners , said cross section (410 ... 490) is approximately normal to an expected fluid flow through the cooling passage , and an axis of symmetry about which each asymmetrical filleted corner is asymmetrical is drawn from a ninety degree corner of a rectangular shape circumscribing an elliptical arc of the asymmetrical filleted corner ; characterised by : the rib having a smallest cross section normal to an expected flow of coolant through the plurality of internal cooling passages at a center point in the cross section normal to the expected flow of coolant. an element configured to be exposed to a gas path , the element including a plurality of internal cooling passages ; and a rib separating two of the plurality of internal passages (134; 334), wherein each of said internal cooling passages includes a cross section (410; 420; 436; 440; 450; 460; 470; 480; 490) having a plurality of asymmetrical filleted corners , said cross section (410 ... 490) is approximately normal to an expected fluid flow through the cooling passage , and an axis of symmetry about which each asymmetrical filleted corner is asymmetrical is drawn from a ninety degree corner of a rectangular shape circumscribing an elliptical arc of the asymmetrical filleted corner ; characterised by : the rib having a smallest cross section normal to an expected flow of coolant through the plurality of internal cooling passages at a center point in the cross section normal to the expected flow of coolant.
A thermal transfer printer comprising: first and second spool supports each being configured to support a spool of ribbon ; a ribbon drive configured to cause movement of ribbon from the first spool support to the second spool support ; a printhead for selectively transferring ink from the ribbon to a substrate ; and a motor coupled to the printhead via a flexible linkage, wherein the flexible linkage is a belt , the motor being arranged to vary the position of the printhead relative to a surface against which printing is carried out to thereby control the pressure exerted by the printhead on said surface; wherein the printhead is rotatable about a pivot and the motor is arranged to cause rotation of the printhead about said pivot to vary said position of the printhead relative to said surface. first and second spool supports each being configured to support a spool of ribbon ; a ribbon drive configured to cause movement of ribbon from the first spool support to the second spool support ; a printhead for selectively transferring ink from the ribbon to a substrate ; and a motor coupled to the printhead via a flexible linkage, wherein the flexible linkage is a belt , the motor being arranged to vary the position of the printhead relative to a surface against which printing is carried out to thereby control the pressure exerted by the printhead on said surface; wherein the printhead is rotatable about a pivot and the motor is arranged to cause rotation of the printhead about said pivot to vary said position of the printhead relative to said surface.
A stationary life-saving unit launcher for firing a life-saving unit such that the life-saving unit reaches a distant target point, the launcher comprising: a base ; a compressed gas tank mounted to an upper portion of the base and supplying compressed gas; a frame mounted above the base by being spaced apart by a predetermined distance therefrom; and a launch unit (A) mounted to the frame and firing the life-saving unit by using an impact force of the compressed gas supplied from the compressed gas tank , an upper cover covering an upper circumference of the frame, a controller, and a sensor, characterized in that the launch unit (A) is capable of firing a projectile without a loading motion for firing the life-saving unit after mounting thereof, wherein when opening of the upper cover of the launcher or when firing, the sensor is configured to detect the opening or the firing and then to transmit a detection signal of the opening of the upper cover or of the firing to the controller, and wherein the controller is configured to transmit accident information to a police department server, a fire department server, and a local government server such that follow-up measures are efficiently taken. a base ; a compressed gas tank mounted to an upper portion of the base and supplying compressed gas; a frame mounted above the base by being spaced apart by a predetermined distance therefrom; and a launch unit (A) mounted to the frame and firing the life-saving unit by using an impact force of the compressed gas supplied from the compressed gas tank , an upper cover covering an upper circumference of the frame, a controller, and a sensor, characterized in that the launch unit (A) is capable of firing a projectile without a loading motion for firing the life-saving unit after mounting thereof, wherein when opening of the upper cover of the launcher or when firing, the sensor is configured to detect the opening or the firing and then to transmit a detection signal of the opening of the upper cover or of the firing to the controller, and wherein the controller is configured to transmit accident information to a police department server, a fire department server, and a local government server such that follow-up measures are efficiently taken.
Method for ascertaining the wear of a contact tube during a robot-assisted welding method on a workpiece (W) using a welding torch with a consumable welding wire , wherein the welding current (I) is measured and the wear of the contact tube is determined via the measured welding current (I), wherein the measured welding current (I) is expressed as a ratio of the measured welding voltage (U), and the ratio of the welding current (I) to the welding voltage (U) is used for evaluating the wear of the contact tube and is compared with at least one defined threshold value (S si ), characterized in that the measured welding current (I) is divided by the measured welding voltage (U) and a conductance (G) is formed, and the conductance (G) is compared with at least one defined conductance threshold (G i ), or the measured welding voltage (U) is divided by the measured welding current (I) and a resistance (R) is formed, and the resistance (R) is compared with at least one defined resistance threshold (R i ), and that a warning is issued when at least one defined conductance threshold value (G i ) or at least one defined resistance threshold (R i ) is reached.
A magnetometer for the measurement of an ambient magnetic field having a frequency range of interest, comprising: an optical pumping source arranged to emit, in the direction of a cell filled with an atomic gas, a light beam linearly polarised in a polarisation direction, a parametric resonance excitation circuit configured so as to induce into the cell a radiofrequency magnetic field having two components orthogonal to the polarisation direction and each oscillating at its own oscillation frequency, a parametric resonance detection circuit configured to perform synchronous detection (DSy, DSz) at an inter-harmonic of the oscillation frequencies of an electrical signal output by a photodetector arranged to receive the light beam having passed through the cell, a zero-field feedback control circuit configured to generate from said synchronous detection a compensation magnetic field opposite to a component of the ambient magnetic field oriented in the polarisation direction, characterized in that said feedback control circuit comprises a low-pass filter (F LP ) which has a cut-off frequency selected to attenuate the compensation magnetic field within the frequency range of interest. an optical pumping source arranged to emit, in the direction of a cell filled with an atomic gas, a light beam linearly polarised in a polarisation direction, a parametric resonance excitation circuit configured so as to induce into the cell a radiofrequency magnetic field having two components orthogonal to the polarisation direction and each oscillating at its own oscillation frequency, a parametric resonance detection circuit configured to perform synchronous detection (DSy, DSz) at an inter-harmonic of the oscillation frequencies of an electrical signal output by a photodetector arranged to receive the light beam having passed through the cell, a zero-field feedback control circuit configured to generate from said synchronous detection a compensation magnetic field opposite to a component of the ambient magnetic field oriented in the polarisation direction, characterized in that said feedback control circuit comprises a low-pass filter (F LP ) which has a cut-off frequency selected to attenuate the compensation magnetic field within the frequency range of interest.