mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for registering low dimensional images with a high dimensional image, the method comprising the steps of: a) receiving a high dimensional image of a region of interest, b) simulating synthetic low dimensional images of the region of interest from a number of poses of a virtual low dimensional imaging device, from the high dimensional image, c) determining positions of landmarks within the synthetic low dimensional images by applying a first learning algorithm to the synthetic low dimensional images d) back projecting of the positions of the determined landmarks into the high dimensional image space, to thereby obtain the positions of the landmarks (5;7) determined in step c) in the high dimensional image, e) receiving low dimensional images acquired with a low dimensional imaging device of the region of interest, f) determining positions of landmarks within the low dimensional images by applying the first or a second learning algorithm (C1,C2) to the low dimensional images, and g) registering the low dimensional images with the high dimensional image based on the positions of the landmarks of the synthetic low dimensional images and of the high dimensional image. a) receiving a high dimensional image of a region of interest, b) simulating synthetic low dimensional images of the region of interest from a number of poses of a virtual low dimensional imaging device, from the high dimensional image, c) determining positions of landmarks within the synthetic low dimensional images by applying a first learning algorithm to the synthetic low dimensional images d) back projecting of the positions of the determined landmarks into the high dimensional image space, to thereby obtain the positions of the landmarks (5;7) determined in step c) in the high dimensional image, e) receiving low dimensional images acquired with a low dimensional imaging device of the region of interest, f) determining positions of landmarks within the low dimensional images by applying the first or a second learning algorithm (C1,C2) to the low dimensional images, and g) registering the low dimensional images with the high dimensional image based on the positions of the landmarks of the synthetic low dimensional images and of the high dimensional image.
A yarn tensioner adapted for adjusting tension in a running yarn, comprising: a rotatable tension wheel having opposing yarn-contacting surfaces (31, 32) formed along an annular region thereof and configured to frictionally contact opposite sides of the running yarn such that the running yarn causes rotational movement of said tension wheel; an elongated wheel shaft directly affixed to said tension wheel; a tension adjustment assembly frictionally contacting said wheel shaft, and adapted to create a select rotation resistance between adjacent parts of said assembly and said wheel shaft such that rotation of said tension wheel is adjustably frictionally controlled, thereby adjusting tension in the running yarn; and a bearing housing operatively secured to said tension wheel, wherein said tension wheel is rotatable relative to said bearing housing, characterized in that said wheel shaft comprises a perforated brake disc located within said bearing housing and directly affixed to a distal end of said wheel shaft, and said brake disc defining a plurality of perforations extending therethrough from a first side of said brake disc to an opposite second side of said brake disc, and comprising a plurality of stacked friction balls (52A, 52B) arranged within each perforation of said brake disc, and having respective portions thereof extending from the first and second sides of said brake disc. a rotatable tension wheel having opposing yarn-contacting surfaces (31, 32) formed along an annular region thereof and configured to frictionally contact opposite sides of the running yarn such that the running yarn causes rotational movement of said tension wheel; an elongated wheel shaft directly affixed to said tension wheel; a tension adjustment assembly frictionally contacting said wheel shaft, and adapted to create a select rotation resistance between adjacent parts of said assembly and said wheel shaft such that rotation of said tension wheel is adjustably frictionally controlled, thereby adjusting tension in the running yarn; and a bearing housing operatively secured to said tension wheel, wherein said tension wheel is rotatable relative to said bearing housing, characterized in that said wheel shaft comprises a perforated brake disc located within said bearing housing and directly affixed to a distal end of said wheel shaft, and said brake disc defining a plurality of perforations extending therethrough from a first side of said brake disc to an opposite second side of said brake disc, and comprising a plurality of stacked friction balls (52A, 52B) arranged within each perforation of said brake disc, and having respective portions thereof extending from the first and second sides of said brake disc.
An oil detection device for a compressor to detect a level of oil in the compressor comprising: a first detection unit comprising a first reference electrode, a first detection electrode disposed at both sides of the first reference electrode, and a first flow unit disposed on at least one of the first reference electrode and the first detection electrode, the first flow unit configured to induce flow of the oil; and a second detection unit comprising a second reference electrode spaced from the first reference electrode, a second detection electrode disposed at both sides of the second reference electrode, and a second flow unit disposed on at least one of the second reference electrode and the second detection electrode, the second flow unit configured to induce flow of the oil, wherein the first flow unit extends downwards from the at least one of the first reference electrode and the first detection electrode and has a predetermined inclination, and the second flow unit extends downwards from the at least one of the second reference electrode and the second detection electrode and has a predetermined inclination. a first detection unit comprising a first reference electrode, a first detection electrode disposed at both sides of the first reference electrode, and a first flow unit disposed on at least one of the first reference electrode and the first detection electrode, the first flow unit configured to induce flow of the oil; and a second detection unit comprising a second reference electrode spaced from the first reference electrode, a second detection electrode disposed at both sides of the second reference electrode, and a second flow unit disposed on at least one of the second reference electrode and the second detection electrode, the second flow unit configured to induce flow of the oil, wherein the first flow unit extends downwards from the at least one of the first reference electrode and the first detection electrode and has a predetermined inclination, and the second flow unit extends downwards from the at least one of the second reference electrode and the second detection electrode and has a predetermined inclination.
A mobile communication method comprising: a step A (S1004, S2004) in which, in location registration processing of a mobile station, a switch of a first communication scheme (SGSN) and a switch of a second communication scheme send to a subscriber information server first information used to determine whether or not all coverage areas covered by the switch sending the first information have a same capability of providing a telephony service by packet switching; and a step B in which, when a status inquiry request made upon receipt of a terminating-call signal destined for the mobile station is received from an application server at the subscriber information server, the subscriber information server determines based on the first information whether or not to make an inquiry at the switch of the first communication scheme (SGSN) or the switch of the second communication scheme about whether or not providing the telephony service by packet switching is possible in an area where the mobile station is located. a step A (S1004, S2004) in which, in location registration processing of a mobile station, a switch of a first communication scheme (SGSN) and a switch of a second communication scheme send to a subscriber information server first information used to determine whether or not all coverage areas covered by the switch sending the first information have a same capability of providing a telephony service by packet switching; and a step B in which, when a status inquiry request made upon receipt of a terminating-call signal destined for the mobile station is received from an application server at the subscriber information server, the subscriber information server determines based on the first information whether or not to make an inquiry at the switch of the first communication scheme (SGSN) or the switch of the second communication scheme about whether or not providing the telephony service by packet switching is possible in an area where the mobile station is located.
Electrosurgical instrument comprising: - a connection device configured for a connection with a supply apparatus, - a liner having an end opening at the distal end of the liner, - at least one electrode electrically connected with the connection device that is arranged adjacent to the end opening or that extends beyond the end opening in a longitudinal direction, - a flushing channel fluidically connected with the connection device that comprises an exit opening that opens out into a flow chamber limited by the liner and that is arranged with distance to the distally arranged end opening in longitudinal direction, such that a flushing fluid flowing through the flushing channel flows out of the exit opening and creates a flushing fluid flow in the flow chamber from the exit opening in direction toward the end opening, and - a suction channel fluidically connected with the connection device that comprises an inlet opening opening out into the flow chamber and that is configured to receive at least a portion of the flushing fluid of the flushing fluid flow via the inlet opening and to discharge it from the flow chamber, - a light conducting device that comprises a light inlet surface, characterized in that the light inlet surface is arranged inside the liner, wherein at least the distal end section of the light conducting device adjoining the light inlet surface is arranged inside the flushing channel. - a connection device configured for a connection with a supply apparatus, - a liner having an end opening at the distal end of the liner, - at least one electrode electrically connected with the connection device that is arranged adjacent to the end opening or that extends beyond the end opening in a longitudinal direction, - a flushing channel fluidically connected with the connection device that comprises an exit opening that opens out into a flow chamber limited by the liner and that is arranged with distance to the distally arranged end opening in longitudinal direction, such that a flushing fluid flowing through the flushing channel flows out of the exit opening and creates a flushing fluid flow in the flow chamber from the exit opening in direction toward the end opening, and - a suction channel fluidically connected with the connection device that comprises an inlet opening opening out into the flow chamber and that is configured to receive at least a portion of the flushing fluid of the flushing fluid flow via the inlet opening and to discharge it from the flow chamber, - a light conducting device that comprises a light inlet surface,
A processor configured to execute a particular SIMD instruction to store one or more index values in a SIMD register, wherein the processor is configured to, in response to the particular SIMD instruction: load a bit vector into a first register that resides in the processor; starting at a location in the first register, search the bit vector in the first register for a first set of bits that are set to one; for each bit in the first set of bits, store a corresponding index value, of one or more of index values, in the SIMD register in the processor; wherein the SIMD register includes a series of subregisters; wherein, within the SIMD register, each corresponding index value is stored in a separate subregister of the series of subregisters; wherein, within the SIMD register, each index value represents a position, within the bit vector, of a corresponding bit that is set to one; and wherein bits in the bit vector are contiguous. load a bit vector into a first register that resides in the processor; starting at a location in the first register, search the bit vector in the first register for a first set of bits that are set to one; for each bit in the first set of bits, store a corresponding index value, of one or more of index values, in the SIMD register in the processor; wherein the SIMD register includes a series of subregisters; wherein, within the SIMD register, each corresponding index value is stored in a separate subregister of the series of subregisters; wherein, within the SIMD register, each index value represents a position, within the bit vector, of a corresponding bit that is set to one; and wherein bits in the bit vector are contiguous.
Heat exchanger system intended to be built into a wall of a building, the system comprising an external housing and a double air flow countercurrent exchanger housed in said housing, the exchanger comprising a fresh air intake zone, a fresh air distribution zone, a stale air intake zone and a stale air discharge zone, the fresh air intake zone and the stale air discharge zone situated at a first end of the exchanger along a first direction of the system, by being offset from one another along a second direction of the system orthogonal to the first direction, and the stale air intake zone as well as the fresh air distribution zone situated at a second end of the exchanger along the first direction, by also being offset from one another along the second direction, the external housing comprising an opposite first and a second closure covers (10, 14) along a third direction of the system, with the third direction being orthogonal to the first and second directions (A, B), the external housing comprising a stale air intake cavity partially delimited by the stale air intake zone, a fresh air intake cavity partially delimited by the fresh air intake zone, a fresh air distribution cavity partially delimited by the fresh air distribution zone, and a stale air discharge cavity partially delimited by the stale air discharge zone, the first closure cover comprising an opening for the intake of stale air opening into the stale air intake cavity as well as an opening for the distribution of fresh air communicating with the fresh air distribution cavity, the second closure cover comprising an opening for the intake of fresh air opening into the fresh air intake cavity as well as an opening for the discharging of stale air opening into the stale air discharge cavity, the external housing comprising at its periphery, a first air duct extending around the exchanger between the stale air intake cavity and the stale air discharge cavity into which it opens, the first air duct passing externally around the fresh air intake cavity and being separated from the stale air intake cavity by controllable means of diverting the air situated in this same cavity, the system having a thickness, along the third direction, less than or equal to 20 cm.
A file read/write method used in a mobile terminal, comprising: determining whether a file to be read is a large file, wherein the file to be read is a file to be read from a calling card of the mobile terminal; when a determining result is yes, negotiating with the calling card a rate of reading the large file, and replacing a standard rate with a high rate as a file read rate of the calling card; and reading the file to be read from the calling card according to the high rate; or determining whether a file to be written is a large file, wherein the file to be written is a file to be written into the calling card of the mobile terminal; when a determining result is yes, negotiating with the calling card a rate of writing the large file, and replacing a standard rate with a high rate as a file write rate of the calling card; and writing the file to be written into the calling card according to the high rate. determining whether a file to be read is a large file, wherein the file to be read is a file to be read from a calling card of the mobile terminal; when a determining result is yes, negotiating with the calling card a rate of reading the large file, and replacing a standard rate with a high rate as a file read rate of the calling card; and reading the file to be read from the calling card according to the high rate; or determining whether a file to be written is a large file, wherein the file to be written is a file to be written into the calling card of the mobile terminal; when a determining result is yes, negotiating with the calling card a rate of writing the large file, and replacing a standard rate with a high rate as a file write rate of the calling card; and writing the file to be written into the calling card according to the high rate.
A computer-implemented method comprising: receiving, at a mobile computing device, ambiguous user input that indicates more than one of a plurality of commands; determining (108; 316) a current context (112a; 112c) associated with the mobile computing device, the current context (112a; 112c) being external to the mobile computing device and indicating a current state of the mobile computing device in its surrounding environment; disambiguating (114; 318) the ambiguous user input by selecting a command from the plurality of commands based on the current context associated with the mobile computing device; and causing (116; 326) output associated with performance of the selected command to be provided by the mobile computing device; and wherein the method further comprises: detecting one or more ambient sounds at a time when the ambiguous user input was received or within a threshold amount of time of receiving the ambiguous user input, and the current context associated with the mobile computing device is determined based on, at least, the detected one or more ambient sounds. receiving, at a mobile computing device, ambiguous user input that indicates more than one of a plurality of commands; determining (108; 316) a current context (112a; 112c) associated with the mobile computing device, the current context (112a; 112c) being external to the mobile computing device and indicating a current state of the mobile computing device in its surrounding environment; disambiguating (114; 318) the ambiguous user input by selecting a command from the plurality of commands based on the current context associated with the mobile computing device; and causing (116; 326) output associated with performance of the selected command to be provided by the mobile computing device; and wherein the method further comprises: detecting one or more ambient sounds at a time when the ambiguous user input was received or within a threshold amount of time of receiving the ambiguous user input, and the current context associated with the mobile computing device is determined based on, at least, the detected one or more ambient sounds. detecting one or more ambient sounds at a time when the ambiguous user input was received or within a threshold amount of time of receiving the ambiguous user input, and the current context associated with the mobile computing device is determined based on, at least, the detected one or more ambient sounds.
Adhesive bond between (i) at least one thermoplastic and (ii) an elastomer composition containing at least one polyether having blocked hydroxyl groups as plasticizer, where the polyether having blocked hydroxyl groups is free of reactive groups that enter into crosslinking reactions with moisture or with constituents present in the composition.
A method for removing ions from a liquid, in which at least one ion exchanger is traversed by the liquid in a loading zone, wherein the ion exchanger is loaded with ions and ions are removed from the liquid, and the ion exchanger is electrolytically regenerated in a regeneration zone, wherein the ions released during the regeneration of the ion exchanger are discharged with the gases formed by electrolysis of the liquid and/or particles contained therein, characterized in that the phases of loading and regenerating the ion exchanger at least partly overlap each other temporally and that the loading zone and the regeneration zone spatially overlap each other or correspond to each other.
A method of preparing a casting article for use in manufacturing a gas turbine engine part, comprising the steps of: communicating a powdered material to an additive manufacturing system; and preparing a casting article that includes at least one trunk (202; 302; 402; 502) and a skin core (204; 304; 404; 504) that extends from the at least one trunk (202; 302; 402; 502) out of the powdered material, wherein at least one of the at least one trunk and the skin core includes a vascular network, wherein the vascular network includes a plurality of nodes and a plurality of branches that extend between each of the plurality of nodes, characterised in that the powdered material includes a ceramic, silica or alumina. communicating a powdered material to an additive manufacturing system; and preparing a casting article that includes at least one trunk (202; 302; 402; 502) and a skin core (204; 304; 404; 504) that extends from the at least one trunk (202; 302; 402; 502) out of the powdered material, wherein at least one of the at least one trunk and the skin core includes a vascular network, wherein the vascular network includes a plurality of nodes and a plurality of branches that extend between each of the plurality of nodes, characterised in that the powdered material includes a ceramic, silica or alumina.