mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a compute node, comprising: receiving a direct memory access, DMA, data access request at a DMA engine of the compute node, wherein the DMA data access request comprises a source address, a destination address and a length; determining, based on an address conversion table, whether each of the source address, and the destination address corresponds to either a local memory device at the compute node, or a remote memory device providing a memory pool configured to be communicatively accessible to the compute node over a fabric; and based on determining that the source address corresponds to the local memory device and the destination address corresponds to the remote memory device, generating, using a network interface of the compute node, at least one packet for transmission to the remote memory device, which comprises: generating the at least one packet to include data stored at the source address to thereby copy the data to the remote memory device. receiving a direct memory access, DMA, data access request at a DMA engine of the compute node, wherein the DMA data access request comprises a source address, a destination address and a length; determining, based on an address conversion table, whether each of the source address, and the destination address corresponds to either a local memory device at the compute node, or a remote memory device providing a memory pool configured to be communicatively accessible to the compute node over a fabric; and based on determining that the source address corresponds to the local memory device and the destination address corresponds to the remote memory device, generating, using a network interface of the compute node, at least one packet for transmission to the remote memory device, which comprises: generating the at least one packet to include data stored at the source address to thereby copy the data to the remote memory device.
An imaging quality controller, comprising: an imaging processing module operable to execute an image processing of subject image data of an anatomical object, wherein the image processing is at least one of a non-segmentation-based image registration and a segmentation-based image registration, a quality assessment module operable to assess an accuracy of the image processing of the subject image data of the anatomical object as a function of a subject Eigen weight set relative to a training Eigen weight range set, wherein the training Eigen weight range set is computed from Eigen modes of multiple training image data of the anatomical object, wherein the training image data is inclusive of transformation matrices resulting from the image processing, and wherein the subject Eigen weight set is computed by identical Eigen modes projection of the subject image data of the anatomical object, wherein the subject image data is inclusive of a transformation matrix resulting from the image processing. an imaging processing module operable to execute an image processing of subject image data of an anatomical object, wherein the image processing is at least one of a non-segmentation-based image registration and a segmentation-based image registration, a quality assessment module operable to assess an accuracy of the image processing of the subject image data of the anatomical object as a function of a subject Eigen weight set relative to a training Eigen weight range set, wherein the training Eigen weight range set is computed from Eigen modes of multiple training image data of the anatomical object, wherein the training image data is inclusive of transformation matrices resulting from the image processing, and wherein the subject Eigen weight set is computed by identical Eigen modes projection of the subject image data of the anatomical object, wherein the subject image data is inclusive of a transformation matrix resulting from the image processing.
A capsule for an inhalable pharmaceutical powder having a body which is provided with an internal chamber to hold the powder and first and second openings (17,15) to an exterior environment, the body adapted to be displaced from a filling state, in which the first and second openings are placed in fluid communication with one another through the internal chamber thereby enabling creation of an airflow through the body from the second opening to the first opening which is able to entrain an inhalable pharmaceutical powder in the exterior environment into the internal chamber for filling thereof, to a sealing state in which the internal chamber is sealed from the exterior environment so as to retain the powder held therein, wherein the body is a multi-part structure having first and second parts (5, 3) which are moved relative to one another to bring the body to its filling and sealing states, wherein the first part is partially plugged in the first opening in the filling state, the first part having a plug section which is located in the first opening in the filling state, the plug section having an outer surface which has first and second outer surface portions, wherein in the filling state the first outer surface portion is spaced from the inner surface of the first opening and the second outer surface portion abuts the inner surface of the first opening, the first outer surface portion corresponding to one or more channels in the outer surface of the plug section, said one or more channels comprising longitudinal grooves or flutes, and the grooves or flutes having a depth in the range of 0.005mm - 0.01 mm such that the inhalable pharmaceutical powder particles are occluded therein, wherein the first part partially obstructs the first opening in the filling state to an extent which permits airflow therethrough, but which becomes occluded with the inhalable pharmaceutical powder entrained in the airflow.
A display device comprising: a display panel including a front substrate and a back substrate; a back cover positioned in the rear of the display panel; and a backlight unit positioned between the display panel and the back cover, the backlight unit including a plurality of optical sheets, characterized in that a first optical sheet among the plurality of optical sheets includes a first body portion (9000B, 9011B, 9012B) extending in a horizontal direction, and a first extension portion (9000E, 9011E, 9012E) extending from an end of the first body portion (9000B, 9011B, 9012B) in a vertical direction, wherein a first opening (9000H, 9011H, 9012H) is formed in the first extension portion (9000E, 9011E, 9012E), wherein a second optical sheet (9020, 9022) among the plurality of optical sheets includes a second body portion extending in the horizontal direction and a first protrusion extending from an end of the second body portion in the horizontal direction, and wherein the first protrusion is inserted into the first opening (9000H, 9011H, 9012H) of the first extension portion (9000E, 9011E, 9012E) in the horizontal direction. a display panel including a front substrate and a back substrate; a back cover positioned in the rear of the display panel; and a backlight unit positioned between the display panel and the back cover, the backlight unit including a plurality of optical sheets, characterized in that a first optical sheet among the plurality of optical sheets includes a first body portion (9000B, 9011B, 9012B) extending in a horizontal direction, and a first extension portion (9000E, 9011E, 9012E) extending from an end of the first body portion (9000B, 9011B, 9012B) in a vertical direction, wherein a first opening (9000H, 9011H, 9012H) is formed in the first extension portion (9000E, 9011E, 9012E), wherein a second optical sheet (9020, 9022) among the plurality of optical sheets includes a second body portion extending in the horizontal direction and a first protrusion extending from an end of the second body portion in the horizontal direction, and wherein the first protrusion is inserted into the first opening (9000H, 9011H, 9012H) of the first extension portion (9000E, 9011E, 9012E) in the horizontal direction.
A programmable power switching controller (10,100,200) comprising: a plurality of power channels (20,120,122,222), each of said power channels having a load output (22,34,36,38,134,136,138,238); each of the power channels further comprises a controller (22, 124, 224); and characterised in that a programming connector (160,260) operable to electrically connect the load output of each power channel in a subset of power channels to the output of each other power channel in said subset, thereby creating a merged power switching controller channel (134, 238). a plurality of power channels (20,120,122,222), each of said power channels having a load output (22,34,36,38,134,136,138,238); each of the power channels further comprises a controller (22, 124, 224); and characterised in that a programming connector (160,260) operable to electrically connect the load output of each power channel in a subset of power channels to the output of each other power channel in said subset, thereby creating a merged power switching controller channel (134, 238).
Lighting unit (2; 502), wherein the lighting unit (2; 502) is designed to be flat and elongate and is configured for attachment thereof to a profile-shaped carrier component (3; 103; 203; 303; 403; 503); wherein the lighting unit (2; 502) comprises a profile element which is permeable to light at least in sections and has a cross-sectional shape which is U-shaped at least in sections, mutually opposite limbs of the U-shaped cross-sectional shape extending substantially in the thickness direction of the lighting unit (2; 502), and the U-shaped cross-sectional shape forming an internal region of the profile element having an opening formed between the limbs; wherein the lighting unit (2; 502) further comprising a flat base part (31; 531) which is arranged in the region of the opening and is coupled to the profile element; wherein the profile element which is permeable to light at least in sections is formed with a first material, wherein a light-generating device is arranged in the internal region for generating light which can be output by the lighting unit (2; 502) during operation; wherein the light-generating device comprises at least one LED board which is arranged in the internal region of the profile element adjacent to one of the limbs; wherein the lighting unit (2; 502) comprises an insulating element which is formed as a film or layer and is arranged on a side of the flat base part (31; 531) facing the internal region in order to shield the base part (31; 531) from the LED board in an electrically insulating manner; characterised in that the first material offers less resistance to a deformation than a second material with which the flat base part (31; 531) is formed, and the insulating element protrudes in a direction transverse to the LED board to the limb adjacent to the LED board beyond an edge of the LED board; and in that the insulating element extends in an edge region thereof into a groove in the profile element which is permeable to light at least in sections.
A method for reporting a channel status performed by a base station, wherein the method comprises: transmitting, by the base station, configuration signaling to a user equipment, UE, wherein the configuration signaling comprises a reporting period of channel state information, CSI, of N cells in the M cells, wherein the M cells are for data transmission of the UE; transmitting, by the base station, channel status request signaling to the UE, wherein the channel status request signaling is used to instruct the UE to report the CSI of the N cells in the M cells, and the channel status request signaling is scrambled by using a dedicated radio network temporary identifier for requesting channel state information; receiving, by the base station, CSI of a cell that is in the N cells, wherein the CSI is transmitted by the UE according to the reporting period; and M is an integer greater than 1, N is an integer greater than or equal to 1, and N≤M; wherein the CSI is transmitted by the UE according to the reporting period by using a physical uplink shared channel, PUSCH; wherein the channel status request signaling further comprises a physical resource block, PRB, and a modulation and coding scheme that are required to report the CSI of the N cells in the M cells; and the receiving, by the base station, CSI of a cell that is in the N cells, wherein the CSI is transmitted by the UE according to the reporting period comprises: receiving, by the base station, the CSI of the cell that is in the N cells, wherein the CSI is transmitted by the UE on the PRB according to the reporting period by using the modulation and coding scheme transmitting, by the base station, configuration signaling to a user equipment, UE, wherein the configuration signaling comprises a reporting period of channel state information, CSI, of N cells in the M cells, wherein the M cells are for data transmission of the UE; transmitting, by the base station, channel status request signaling to the UE, wherein the channel status request signaling is used to instruct the UE to report the CSI of the N cells in the M cells, and the channel status request signaling is scrambled by using a dedicated radio network temporary identifier for requesting channel state information; receiving, by the base station, CSI of a cell that is in the N cells, wherein the CSI is transmitted by the UE according to the reporting period; and M is an integer greater than 1, N is an integer greater than or equal to 1, and N≤M; wherein the CSI is transmitted by the UE according to the reporting period by using a physical uplink shared channel, PUSCH; wherein the channel status request signaling further comprises a physical resource block, PRB, and a modulation and coding scheme that are required to report the CSI of the N cells in the M cells; and the receiving, by the base station, CSI of a cell that is in the N cells, wherein the CSI is transmitted by the UE according to the reporting period comprises: receiving, by the base station, the CSI of the cell that is in the N cells, wherein the CSI is transmitted by the UE on the PRB according to the reporting period by using the modulation and coding scheme
A method for controlling a wind turbine, the method comprising: receiving a first signal representative of a first wind speed at a first distance from the wind turbine; receiving a second signal representative of a second wind speed at a second distance from the wind turbine, the second distance being different than the first distance; deriving a free-stream wind speed from at least the first wind speed, the second wind speed, the first distance and the second distance; calculating an induction factor by subtracting a close-range wind-speed from the free-stream wind speed and dividing the resulting difference by the free-stream wind speed; and adjusting at least one of a wind turbine blade pitch and a wind turbine generator voltage, thereby moving the induction factor toward a desired operating range between about 0.20 and about 0.33 for extracting power from the wind turbine, so that the wind turbine is operated in the desired operating range of the induction factor. receiving a first signal representative of a first wind speed at a first distance from the wind turbine; receiving a second signal representative of a second wind speed at a second distance from the wind turbine, the second distance being different than the first distance; deriving a free-stream wind speed from at least the first wind speed, the second wind speed, the first distance and the second distance; calculating an induction factor by subtracting a close-range wind-speed from the free-stream wind speed and dividing the resulting difference by the free-stream wind speed; and adjusting at least one of a wind turbine blade pitch and a wind turbine generator voltage, thereby moving the induction factor toward a desired operating range between about 0.20 and about 0.33 for extracting power from the wind turbine, so that the wind turbine is operated in the desired operating range of the induction factor.
A breathing air purification device, comprising: a membrane separation component, comprising: a membrane having a permeate portion and a non-permeate portion; a membrane housing which encases the membrane; a membrane feed inlet conduit connected to the membrane; and a non-permeate gas outlet conduit fluidly connected to the non-permeate portion of the membrane; and a product gas outlet conduit connected to the outlet holes; characterized in that the breathing air purification device further comprises a catalyst filter component, comprising: a cartridge containing a bed of catalyst; two end pieces maintaining the cartridge within a catalyst bed housing and having outlet holes; a catalyst inlet conduit connected to the bed of catalyst and fluidly connected to the non-permeate gas outlet; and a sweep inlet tube providing a gas connection from the catalyst filter component to the permeate portion of the membrane, wherein a sweep inlet is taken downstream of the membrane. a membrane separation component, comprising: a membrane having a permeate portion and a non-permeate portion; a membrane housing which encases the membrane; a membrane feed inlet conduit connected to the membrane; and a non-permeate gas outlet conduit fluidly connected to the non-permeate portion of the membrane; and a product gas outlet conduit connected to the outlet holes; a membrane having a permeate portion and a non-permeate portion; a membrane housing which encases the membrane; a membrane feed inlet conduit connected to the membrane; and a non-permeate gas outlet conduit fluidly connected to the non-permeate portion of the membrane; and a product gas outlet conduit connected to the outlet holes; a cartridge containing a bed of catalyst; two end pieces maintaining the cartridge within a catalyst bed housing and having outlet holes; a catalyst inlet conduit connected to the bed of catalyst and fluidly connected to the non-permeate gas outlet; and a sweep inlet tube providing a gas connection from the catalyst filter component to the permeate portion of the membrane,
A method comprising: providing, by an intermediary server to a merchant server, a public key and an encryption algorithm; receiving, by the intermediary server from the merchant server, encrypted data, wherein the encrypted data is encrypted using he public key and said encryption algorithm; determining, by the intermediary server, a private key that corresponds to the public key; decrypting, by the intermediary server, the encrypted data using the private key and at least one decryption algorithm, wherein decrypted data is obtained by decrypting the encrypted data; providing, by the intermediary server to a back end server, a portion of the decrypted data for processing; receiving, by the intermediary server from the back end server, a processing result related to the portion of the decrypted data; and providing over a network, by the intermediary server to the merchant server, the processing result. providing, by an intermediary server to a merchant server, a public key and an encryption algorithm; receiving, by the intermediary server from the merchant server, encrypted data, wherein the encrypted data is encrypted using he public key and said encryption algorithm; determining, by the intermediary server, a private key that corresponds to the public key; decrypting, by the intermediary server, the encrypted data using the private key and at least one decryption algorithm, wherein decrypted data is obtained by decrypting the encrypted data; providing, by the intermediary server to a back end server, a portion of the decrypted data for processing; receiving, by the intermediary server from the back end server, a processing result related to the portion of the decrypted data; and providing over a network, by the intermediary server to the merchant server, the processing result.
A method for calculating a clock frequency (f clk) of a clock signal received by an IC Card from a terminal or an internal clock frequency (f clk) of a clock signal of the IC Card, characterized by comprising the step of: - receiving a first time-stamp (t s1) from the terminal; - setting a first value (V 1) of a timer of said IC Card and starting the timer, when the first time-stamp (t s1) is received; - receiving a second time-stamp (t s2); - reading a second value (V 2) of the timer, when the second time-stamp (t s2) is received; and - calculating said frequency (f clk) by in a first step computing the difference between said second (V 2) and first (V 1) timer values and the difference between said second (t s2) and first (t s1) time stamps then in a next step dividing said difference between the second (V 2) and first (V 1) timer values with said difference between the second (t s2) and first (t s1) time stamps. - receiving a first time-stamp (t s1) from the terminal; - setting a first value (V 1) of a timer of said IC Card and - receiving a second time-stamp (t s2); - reading a second value (V 2) of the timer, when the second time-stamp (t s2) is received; and - calculating said frequency (f clk) by in a first step computing the difference between said second (V 2) and first (V 1) timer values and the difference between said second (t s2) and first (t s1) time stamps
A filling valve for filling machines comprising a hollow body which encloses a cavity in which a filling fluid is introduced and which opens at its bottom into a dispensing opening, a shutter being axially sliding in the cavity, wherein the shutter comprises a tip, adapted to shut the dispensing opening, a stem and an adjusting member for adjusting the flow rate of the filling fluid, characterized in that the adjusting member comprises a toroidal body arranged coaxially with respect to the stem and configured to float, in use, with respect thereto.
A balloon including an apparatus for filling a balloon envelope of the balloon, the apparatus comprising: a tube configured to supply lift gas to the balloon envelope of the balloon; and a plug having a flange portion connected to a first end of the tube, wherein the plug includes one or more grooves (1116, 1118) and one or more sealing devices (1126, 1128) placed in the one or more grooves to form a seal with an interior surface of a fill port body of the balloon. a tube configured to supply lift gas to the balloon envelope of the balloon; and a plug having a flange portion connected to a first end of the tube, wherein the plug includes one or more grooves (1116, 1118) and one or more sealing devices (1126, 1128) placed in the one or more grooves to form a seal with an interior surface of a fill port body of the balloon.
An ion insertion battery cell comprising a negative electrode comprising a negative electrode layer comprising a titanium oxide comprising chlorine being amorphous, wherein the ratio chlorine to titanium in the negative electrode layer is from 0.06 to 0.1 when measured by Rutherford Backscatter Spectroscopy.
A method of purifying a monomeric platinum pyrophosphate complex of formula or formula: or a salt thereof, comprising: dissolving the monomeric platinum pyrophosphate complex in a buffer having a pH in the range of 6 to 9 and comprising a pyrophosphate salt; recrystallizing the complex from the buffer; isolating the monomeric platinum pyrophosphate complex; and washing and drying the isolated monomeric platinum pyrophosphate complex, wherein R 1 and R 2 are each independently NH 3, an aliphatic amine, or an aromatic amine; and wherein R 3 is an aliphatic diamine or an aromatic diamine.