mhurhangee/patent-ind-claim-en huggingface dataset:
A method of separating a wafer of light emitting devices disposed in rows with dicing streets located between the rows of light emitting devices, the method comprising: dividing the wafer into a plurality of regions , wherein each region comprises a plurality of rows of light emitting devices and a first region is wider than a second region; for each region , determining a position of a first and a second dicing street; determining, using the position of the first and the second dicing street of each region, positions of a plurality of dicing streets disposed in a sequential pattern between the first and the second dicing street of each region; and cutting the wafer along the dicing streets in a non-sequential pattern, wherein determining a position of first and second dicing streets comprises for each of the first and the second dicing streets determining a best fit line using a position of at least two fiducials on the wafer. dividing the wafer into a plurality of regions , wherein each region comprises a plurality of rows of light emitting devices and a first region is wider than a second region; for each region , determining a position of a first and a second dicing street; determining, using the position of the first and the second dicing street of each region, positions of a plurality of dicing streets disposed in a sequential pattern between the first and the second dicing street of each region; and cutting the wafer along the dicing streets in a non-sequential pattern, wherein determining a position of first and second dicing streets comprises for each of the first and the second dicing streets determining a best fit line using a position of at least two fiducials on the wafer.
A manufacturing method of a fluid control device , comprising: (a) providing a housing , a piezoelectric actuator and a deformable substrate , wherein the piezoelectric actuator comprises a piezoelectric element and a vibration plate , and the deformable substrate comprises a flexible plate and a communication plate , wherein the vibration plate has a first surface and an opposing second surface , a bulge is formed on the second surface of the vibration plate , the communication plate has an outer surface , and the flexible plate comprises a movable part ; (b) stacking and coupling the flexible plate and the communication plate to form the deformable substrate ; and (c) coupling the housing , the piezoelectric actuator and the deformable substrate which are sequentially stacked, applying at least one external force thereon to implement a synchronous deformation process, so that the flexible plate and the communication plate of the deformable substrate are subjected to a synchronous deformation, wherein a deformation shape of the communication plate and a deformation shape of the flexible plate after the synchronous deformation are identical, and a specified depth (δ) is defined between the movable part of the flexible plate and the bulge of the vibration plate . (a) providing a housing , a piezoelectric actuator and a deformable substrate , wherein the piezoelectric actuator comprises a piezoelectric element and a vibration plate , and the deformable substrate comprises a flexible plate and a communication plate , wherein the vibration plate has a first surface and an opposing second surface , a bulge is formed on the second surface of the vibration plate , the communication plate has an outer surface , and the flexible plate comprises a movable part ; (b) stacking and coupling the flexible plate and the communication plate to form the deformable substrate ; and (c) coupling the housing , the piezoelectric actuator and the deformable substrate which are sequentially stacked, applying at least one external force thereon to implement a synchronous deformation process, so that the flexible plate and the communication plate of the deformable substrate are subjected to a synchronous deformation, wherein a deformation shape of the communication plate and a deformation shape of the flexible plate after the synchronous deformation are identical, and a specified depth (δ) is defined between the movable part of the flexible plate and the bulge of the vibration plate .
A system comprising: an inertial measurement unit that provides inertial measurements for a motion of a spinning vehicle: an up-finding sensor that provides up-finding measurements based on when a portion of the vehicle is pointing up, wherein the up-finding sensor uses light to detect when a portion of the vehicle is facing a particular direction during the motion of the vehicle; and one or more processors that uses a count of a detected number of spins of the vehicle from the up-finding measurements, based on the detections of when the portion of the vehicle is pointing up,to provide a bound for errors from the inertial measurements in an inertial navigation solution during navigation of the vehicle by comparing the number of detected spins of the vehicle from the up-finding measurements against a number of estimated spins of the vehicle based on the inertial measurements. an inertial measurement unit that provides inertial measurements for a motion of a spinning vehicle: an up-finding sensor that provides up-finding measurements based on when a portion of the vehicle is pointing up, wherein the up-finding sensor uses light to detect when a portion of the vehicle is facing a particular direction during the motion of the vehicle; and one or more processors that uses a count of a detected number of spins of the vehicle from the up-finding measurements, based on the detections of when the portion of the vehicle is pointing up,to provide a bound for errors from the inertial measurements in an inertial navigation solution during navigation of the vehicle by comparing the number of detected spins of the vehicle from the up-finding measurements against a number of estimated spins of the vehicle based on the inertial measurements.
A method of manufacturing a cable, comprising: extruding a jacket ; and integrating an optical fiber with an exterior of the jacket, wherein the optical fiber is plastic and configured to laterally release light passed through the optical fiber such that the released light is visible along the exterior surface of the optical fiber, thereby providing a visual trace; the method being characterised in that the extruding step further includes co-extruding the optical fiber with the jacket such that the optical fiber is at least partially embedded in the jacket and is extruded with a round cross section. extruding a jacket ; and integrating an optical fiber with an exterior of the jacket, wherein the optical fiber is plastic and configured to laterally release light passed through the optical fiber such that the released light is visible along the exterior surface of the optical fiber, thereby providing a visual trace; the method being characterised in that the extruding step further includes co-extruding the optical fiber with the jacket such that the optical fiber is at least partially embedded in the jacket and is extruded with a round cross section.
An anti-VEGF agent consisting of amino acids 27 to 459 of SEQ ID NO: 3 for use in the treatment of neovascular age-related macular degeneration.
A method for operating a computational storage device, comprising: receiving, by a storage controller , a first computing namespace setting instruction from a first host device; receiving, by the storage controller, a second computing namespace setting instruction from a second host device; receiving, by the storage controller, a first program from the first host device; receiving, by the storage controller, a second program from the second host device; receiving, by the storage controller, a fused execution command, the fused execution command indicating to process a first computation using the first program in the first computing namespace and, indicating to, in response to a first computation result of processing the first computation, process a second computation using the second program in the second computing namespace; processing, by a first accelerator , the first computation; storing, by the storage controller, in a buffer memory the first computation result obtained by processing the first computation; providing, by the storage controller, data stored in the buffer memory to a second accelerator different from the first accelerator, in response to an amount of data stored in the buffer memory exceeding a range; and processing, by the second accelerator, the second computation on the data provided from the buffer memory. receiving, by a storage controller , a first computing namespace setting instruction from a first host device; receiving, by the storage controller, a second computing namespace setting instruction from a second host device; receiving, by the storage controller, a first program from the first host device; receiving, by the storage controller, a second program from the second host device; receiving, by the storage controller, a fused execution command, the fused execution command indicating to process a first computation using the first program in the first computing namespace and, indicating to, in response to a first computation result of processing the first computation, process a second computation using the second program in the second computing namespace; processing, by a first accelerator , the first computation; storing, by the storage controller, in a buffer memory the first computation result obtained by processing the first computation; providing, by the storage controller, data stored in the buffer memory to a second accelerator different from the first accelerator, in response to an amount of data stored in the buffer memory exceeding a range; and processing, by the second accelerator, the second computation on the data provided from the buffer memory.
An installation for the preparation of an explosive composition comprising: - a first hopper intended to contain ammonium nitrate in the form of prills and connected to an inlet end of a screw metering device , - a means for injecting an inverse emulsion comprising nitrate, disposed in the vicinity of an outlet end of the screw metering device , - a vertical tubular element whose inlet end is connected to the outlet end of the screw metering device and an outlet end is connected to an inlet end of a screw mixer , and - a second hopper intended to contain small hollow bodies connected to the vertical tubular element via a means for injecting the small hollow bodies, disposed in the vicinity of the outlet end of said vertical element . - a first hopper intended to contain ammonium nitrate in the form of prills and connected to an inlet end of a screw metering device , - a means for injecting an inverse emulsion comprising nitrate, disposed in the vicinity of an outlet end of the screw metering device , - a vertical tubular element whose inlet end is connected to the outlet end of the screw metering device and an outlet end is connected to an inlet end of a screw mixer , and - a second hopper intended to contain small hollow bodies connected to the vertical tubular element via a means for injecting the small hollow bodies, disposed in the vicinity of the outlet end of said vertical element .
A beverage product comprising: water; acidulant comprising at least one acid; between 200 ppm and 700 ppm rebaudioside D; and rebaudioside A present in a sweetening amount. water; acidulant comprising at least one acid; between 200 ppm and 700 ppm rebaudioside D; and rebaudioside A present in a sweetening amount.
A compound of formula (I) a stereoisomer, an enantiomer, a pharmaceutically acceptable salt thereof or an amino acid conjugate thereof, for use in the treatement or prevention of a chronic liver disease disease or disorder, wherein said compound is to be administered at a dose in a range of about 3 μg to about 120 μg.
A system for producing microperforated patches or labels suitable for application to packaging materials for modified atmosphere packaging of fresh produce, the system comprising: a web comprising patch material; a web advancing system configured for continuous advancement of the web in a longitudinal direction across a web processing region; a laser ; and a controller configured to activate the laser and to control application to the web of a laser beam from the laser as the web is advanced in the longitudinal direction so as to drill microperforations in a plurality of locations distributed across the web in a transverse direction that is approximately perpendicular to the longitudinal direction, thereby drilling a plurality of transversely separated longitudinal columns of microperforations in the web of patch material characterized in that the patch material is die-cut into a plurality of patches arranged in transverse rows and longitudinal columns according to the desired label sizes. a web comprising patch material; a web advancing system configured for continuous advancement of the web in a longitudinal direction across a web processing region; a laser ; and a controller configured to activate the laser and to control application to the web of a laser beam from the laser as the web is advanced in the longitudinal direction so as to drill microperforations in a plurality of locations distributed across the web in a transverse direction that is approximately perpendicular to the longitudinal direction, thereby drilling a plurality of transversely separated longitudinal columns of microperforations in the web of patch material characterized in that the patch material is die-cut into a plurality of patches arranged in transverse rows and longitudinal columns according to the desired label sizes.
An insulating heat-radiating coating composition, comprising: a coating layer-forming component comprising a main resin and a curing agent; and an insulating heat-radiating filler comprised in an amount of 35 to 60 parts by weight based on 100 parts by weight of the main resin, wherein the insulating heat-radiating filler has an average particle diameter of 10 nm to 15 μm, and in the insulating heat-radiating filler, a ratio of D50 to D97 is 1 : 4.5 or less, wherein the average particle diameter is determined by a volume cumulative particle size distribution of the insulating heat-radiating filler by using a laser diffraction or scattering particle size distribution analyser, and wherein D50 is the average particle diameter. a coating layer-forming component comprising a main resin and a curing agent; and an insulating heat-radiating filler comprised in an amount of 35 to 60 parts by weight based on 100 parts by weight of the main resin, wherein the insulating heat-radiating filler has an average particle diameter of 10 nm to 15 μm, and in the insulating heat-radiating filler, a ratio of D50 to D97 is 1 : 4.5 or less, wherein the average particle diameter is determined by a volume cumulative particle size distribution of the insulating heat-radiating filler by using a laser diffraction or scattering particle size distribution analyser, and wherein D50 is the average particle diameter.
Film composite composed of at least two plies of at least one cellulose-based film , the connection being realized through at least one welded or sealed seam , in which three-dimensionally embossed structures extend at least regionally through the at least two connected plies , the at least one film being constructed of a plurality of layers, characterized in that the at least one film consists at least of a core layer of predominantly cellulose and two thermoplastic layers .
Method for identifying a disturbing effect, - wherein a hearing system has a hearing device that is worn by a user for sound output to the user, - wherein the hearing system is designed to receive recurrently a report (M) from the user to the effect that a disturbing effect is present in the sound output, - wherein, if the user reports a disturbing effect in a prevailing situation, a plurality of features (F) of the prevailing situation are determined and saved as a feature set (G), - wherein an identification unit compares a plurality of saved feature sets (G) with each other, determining in the process those features (F) that match in the plurality of feature sets (G) and that are then assumed to be characteristic features (C) of the disturbing effect, so that the identification unit identifies the disturbing effect on the basis of the characteristic features (C). - wherein a hearing system has a hearing device that is worn by a user for sound output to the user, - wherein the hearing system is designed to receive recurrently a report (M) from the user to the effect that a disturbing effect is present in the sound output, - wherein, if the user reports a disturbing effect in a prevailing situation, a plurality of features (F) of the prevailing situation are determined and saved as a feature set (G), - wherein an identification unit compares a plurality of saved feature sets (G) with each other, determining in the process those features (F) that match in the plurality of feature sets (G) and that are then assumed to be characteristic features (C) of the disturbing effect, so that the identification unit identifies the disturbing effect on the basis of the characteristic features (C).
A method comprising: selecting a bit mask associated with an antenna configuration, the bit mask being selected from a set of bit masks, the set of bit masks including a first bit mask associated with a single antenna configuration, a second bit mask associated with a two antenna configuration, and a third bit mask associated with a four antenna configuration; the first bit mask being 0000000000000000, the second bit mask being 1111111111111111, and the third bit mask being 0101010101010101 or 1010101010101010; and applying the bit mask associated with the antenna configuration to cyclic redundancy check bits to be transmitted. selecting a bit mask associated with an antenna configuration, the bit mask being selected from a set of bit masks, the set of bit masks including a first bit mask associated with a single antenna configuration, a second bit mask associated with a two antenna configuration, and a third bit mask associated with a four antenna configuration; the first bit mask being 0000000000000000, the second bit mask being 1111111111111111, and the third bit mask being 0101010101010101 or 1010101010101010; and applying the bit mask associated with the antenna configuration to cyclic redundancy check bits to be transmitted.
A method for lifting a first well tubular nested in and in contact with a second well tubular disposed in a well, comprising: moving a wellbore intervention tool to a location along the first well tubular where the first well tubular is in contact with the second well tubular ; operating the well intervention tool so as to create an opening in the wall of the first well tubular ; characterized in that after the opening is made, the method further comprises bending a flap , created in the wall of the first well tubular by creating the at least one opening , until the flap contacts the second well tubular and lifts the first well tubular from the second well tubular , thereby opening a circumferentially continuous annular space between the first well tubular and the second well tubular . moving a wellbore intervention tool to a location along the first well tubular where the first well tubular is in contact with the second well tubular ; operating the well intervention tool so as to create an opening in the wall of the first well tubular ; characterized in that after the opening is made, the method further comprises bending a flap , created in the wall of the first well tubular by creating the at least one opening , until the flap contacts the second well tubular and lifts the first well tubular from the second well tubular , thereby opening a circumferentially continuous annular space between the first well tubular and the second well tubular .
A method for determining the position of a vehicle within an installation, wherein the installation has vehicles which in each case have at least one camera , wherein stationary markings are arranged at known positions in the installation, wherein mapping, i.e. determination of the positions of the stationary markings on an electronically available map is made available to the vehicles , so that the position of the vehicle can be determined from the spatial markings, wherein each of the vehicles additionally has one or more mobile markings on its outside, wherein each marking in each case has a known characterising shape and size, wherein one or more marking or markings arranged on a further vehicle and/or in the installation are detected by means of a camera of the vehicle , i.e. an image are [sic] acquired and/or recorded, wherein from the size and distortion of the image of the marking taken by the respective camera an estimated value for the distance between camera and marking and an estimated value for the angle between the normal direction of that plane in which the marking is arranged, i.e. the viewing direction of the camera , and the connecting line between the camera and marking , is determined, and from the estimated values for distance and angle and also from the known positions of the stationary markings from an image, detected in each case, of at least one marking the position of a vehicle relative to the marking is estimated and/or determined, wherein a first mobile marking is arranged on the first vehicle , and once the vehicle determines its position, and hence the position of its first mobile marking , the vehicle transmits the position of this marking together with its error interval to a further vehicle , wherein with the camera thereof the mobile marking on the outside of the first vehicle is detected and from the transmitted position value and from the estimated values which are determined from the image of the marking taken by the camera of the further vehicle , a position of the further vehicle is ascertained. an estimated value for the distance between camera and marking and an estimated value for the angle between the normal direction of that plane in which the marking is arranged, i.e. the viewing direction of the camera , and the connecting line between the camera and marking , is determined,
A lens apparatus (L100) detachable from an image pickup apparatus (C100), the lens apparatus (L100) comprising a controller (L106) configured to communicate with the image pickup apparatus (C100) in synchronization with a synchronizing signal (VD), wherein the controller (L106) is configured such that a communication between the lens apparatus (L100) and the image pickup apparatus (C100) is a packet communication having a plurality of blocks in a cycle of the synchronizing signal, characterized in that the controller (L106) is configured to transmit information of a predetermined time period (t23, t24) stored in the lens apparatus (L100) to the image pickup apparatus (C100), and the information is information to prohibit a communication of an m-th block from starting until the communication of an n-th block in a specific cycle of the synchronizing signal has started or ended and the predetermined time period (t23, t24) has passed, where n is an integer equal to or larger than 1 and m is an integer larger than n. wherein the controller (L106) is configured such that a communication between the lens apparatus (L100) and the image pickup apparatus (C100) is a packet communication having a plurality of blocks in a cycle of the synchronizing signal, characterized in that the controller (L106) is configured to transmit information of a predetermined time period (t23, t24) stored in the lens apparatus (L100) to the image pickup apparatus (C100), and the information is information to prohibit a communication of an m-th block from starting until the communication of an n-th block in a specific cycle of the synchronizing signal has started or ended and the predetermined time period (t23, t24) has passed, where n is an integer equal to or larger than 1 and m is an integer larger than n.