mhurhangee/patent-ind-claim-en huggingface dataset:
A static pressure control method in an automatic winder including a plurality of winding units adapted to carry out a yarn joining operation using a suction airflow, a suction blower adapted to generate the suction airflow, and a static pressure detecting section adapted to detect a static pressure of the suction airflow, the static pressure control method comprising: a startup process (S11 to S13) of activating the suction blower so that a static pressure of the suction airflow becomes higher than a predetermined set value (P1) at a time of startup of the plurality of winding units ; an initial feedback process (S15) of feedback controlling a frequency of the suction blower to lower the static pressure of the suction airflow to the set value (P1) after the startup process (S11 to S13); and a normal feedback process (S16) of feedback controlling the frequency of the suction blower to maintain the static pressure of the suction airflow at the set value (P1) after the initial feedback process (S15), characterized in that a control period in the initial feedback process (S15) is shorter than a control period in the normal feedback process (S16). a startup process (S11 to S13) of activating the suction blower so that a static pressure of the suction airflow becomes higher than a predetermined set value (P1) at a time of startup of the plurality of winding units ; an initial feedback process (S15) of feedback controlling a frequency of the suction blower to lower the static pressure of the suction airflow to the set value (P1) after the startup process (S11 to S13); and a normal feedback process (S16) of feedback controlling the frequency of the suction blower to maintain the static pressure of the suction airflow at the set value (P1) after the initial feedback process (S15), characterized in that a control period in the initial feedback process (S15) is shorter than a control period in the normal feedback process (S16).
A minimal invasive medical instrument with a shank which extends in a longitudinal direction (L), an instrument head which a movable and/or actuatable and is located at a distal end of the shank , a proximal shank section and a distal shank section , wherein the distal shank section can be bent with respect to the proximal shank section about a pivot axis (A) via a joint , at least one fluid channel which leads from the proximal shank section into the distal shank section , wherein the joint comprises a first joint part and a second joint part which is pivotable with respect to the first joint part about the pivot axis (A), wherein the at least one fluid channel comprises a first channel section in the first joint part , a second channel section in the second joint part and a third channel section which extends annularly about the pivot axis (A), characterised in that the third channel section comprises an annular wall section which is formed by the first joint part and a second annular wall section which is formed by the second joint part .
A photosensitive composition containing a resin which includes a structural unit A of formula or and a structural unit B which is at least one structural unit D selected from the formulae (5-1) to (5-3); and a radically polymerizable monomer: wherein in Formula R 11 is H or a hydrocarbon group, R 12 -R 14 each independently are a hydrocarbon group optionally substituted with a halogen and containing O, H, or OH, L 1 is a single bond or a divalent linking group, X 1 is -O- or -NR 15 - wherein R 15 is H or a hydrocarbon group; and in Formula R 21 is H or a hydrocarbon group, R 22 is a hydrocarbon group optionally substituted with a halogen atom and containing O, H or OH, R 23 , R 24 each independently are a hydrocarbon group optionally substituted with a halogen atom and containing O, H or OH or R 23 and R 24 together represent O, L 2 is a single bond or a divalent linking group, X 2 is -O- or -NR 25 - wherein R 25 is H or a hydrocarbon group. R 11 is H or a hydrocarbon group, R 12 -R 14 each independently are a hydrocarbon group optionally substituted with a halogen and containing O, H, or OH, L 1 is a single bond or a divalent linking group, X 1 is -O- or -NR 15 - wherein R 15 is H or a hydrocarbon group; and R 21 is H or a hydrocarbon group, R 22 is a hydrocarbon group optionally substituted with a halogen atom and containing O, H or OH, R 23 , R 24 each independently are a hydrocarbon group optionally substituted with a halogen atom and containing O, H or OH or R 23 and R 24 together represent O, L 2 is a single bond or a divalent linking group, X 2 is -O- or -NR 25 - wherein R 25 is H or a hydrocarbon group.
An optical element comprising: a concavo-convex structure forming layer that has a concavo-convex structure on one surface; and a light-reflecting layer that covers at least part of a surface of the concavo-convex structure of the concavo-convex structure forming layer, in which: the concavo-convex structure forming layer comprises a unit group (UG) that includes a plurality of units (U) whose concavo-convex structures are different from each other and that includes units having an identical concavo-convex structure; each of the units has a flat portion and either a plurality of convexities or a plurality of concavities, with an upper surface of each convexity or a bottom surface of each concavity being substantially parallel to a surface of the flat portion; characterised in that the convexities or the concavities adjacent to each other have center-to-center distances that are not constant; the convexities or the concavities have a constant height or depth; and in the unit group, units having an identical concavo-convex structure are not arrayed at a pitch of less than 150 μm. a concavo-convex structure forming layer that has a concavo-convex structure on one surface; and a light-reflecting layer that covers at least part of a surface of the concavo-convex structure of the concavo-convex structure forming layer, in which: the concavo-convex structure forming layer comprises a unit group (UG) that includes a plurality of units (U) whose concavo-convex structures are different from each other and that includes units having an identical concavo-convex structure; each of the units has a flat portion and either a plurality of convexities or a plurality of concavities, with an upper surface of each convexity or a bottom surface of each concavity being substantially parallel to a surface of the flat portion; characterised in that the convexities or the concavities adjacent to each other have center-to-center distances that are not constant; the convexities or the concavities have a constant height or depth; and in the unit group, units having an identical concavo-convex structure are not arrayed at a pitch of less than 150 μm. the concavo-convex structure forming layer comprises a unit group (UG) that includes a plurality of units (U) whose concavo-convex structures are different from each other and that includes units having an identical concavo-convex structure; each of the units has a flat portion and either a plurality of convexities or a plurality of concavities, with an upper surface of each convexity or a bottom surface of each concavity being substantially parallel to a surface of the flat portion; characterised in that the convexities or the concavities adjacent to each other have center-to-center distances that are not constant; the convexities or the concavities have a constant height or depth; and in the unit group, units having an identical concavo-convex structure are not arrayed at a pitch of less than 150 μm.
A cascade insert for an ionizing bar for the non-contact neutralizing of electrostatic charges and/or the non-contact charging of particularly insulating materials, wherein the cascade insert exhibits a housing having at least one cascade circuit comprising at least one transformer and one single or multi-stage cascade unit, wherein said cascade units are potted with potting material , and wherein the output of the cascade circuit is capacitively, inductively or resistively coupled to a plurality of electrode tips accommodated in a carrier extending in the longitudinal direction of the housing , wherein a control electronics is accommodated in the housing for controlling the at least one cascade circuit , and wherein the control electronics is provided in an end region of the housing and adjacent to one of the at least one cascade circuits , characterized in that the carrier accommodating the plurality of the electrode tips of the cascade circuit extends in the longitudinal direction of the housing over at least part of the end region of the housing in which the control electronics is accommodated.
A method implemented in a decoder, the method comprising: receiving a bitstream comprising syntax of video data, wherein the video data comprises a plurality of pictures; partitioning a picture of the plurality of pictures into a plurality of coded slices, wherein the syntax comprises a plurality of adaptation parameter sets, APSs, including a plurality of APS types associated with a coded slice of the coded slices, wherein each APS includes an APS identifier, ID, and wherein each of the APS types uses a separate value space for the APS ID; decoding the coded slice using parameters from the plurality of APSs obtained based on the APS IDs; wherein the plurality of APS types include an adaptive loop filter, ALF, type containing ALF parameters, a luma mapping with chroma scaling, LMCS, type containing LMCS parameters; wherein the APS is a syntax structure containing syntax elements that apply to slices, the LMCS parameters are used for a LMCS which is a process that scale chroma values based on luma mappings, and wherein the ALF parameters are used for an ALF which is a filter that is controlled by parameters included in the ALF APS; and wherein each of the separate value spaces extend over a predefined range, and wherein the predefined ranges are determined based on the APS types; wherein each APS includes an APS parameter type, aps_params_type, set to a predefined value indicating the parameter type of each APS, and the parameter type indicates the ALF parameters or the LMCS parameters. receiving a bitstream comprising syntax of video data, wherein the video data comprises a plurality of pictures; partitioning a picture of the plurality of pictures into a plurality of coded slices, wherein the syntax comprises a plurality of adaptation parameter sets, APSs, including a plurality of APS types associated with a coded slice of the coded slices, wherein each APS includes an APS identifier, ID, and wherein each of the APS types uses a separate value space for the APS ID; decoding the coded slice using parameters from the plurality of APSs obtained based on the APS IDs; wherein the plurality of APS types include an adaptive loop filter, ALF, type containing ALF parameters, a luma mapping with chroma scaling, LMCS, type containing LMCS parameters; wherein the APS is a syntax structure containing syntax elements that apply to slices, the LMCS parameters are used for a LMCS which is a process that scale chroma values based on luma mappings, and wherein the ALF parameters are used for an ALF which is a filter that is controlled by parameters included in the ALF APS; and wherein each of the separate value spaces extend over a predefined range, and wherein the predefined ranges are determined based on the APS types; wherein each APS includes an APS parameter type, aps_params_type, set to a predefined value indicating the parameter type of each APS, and the parameter type indicates the ALF parameters or the LMCS parameters.
A flexible accommodating intraocular lens comprising: an optic , and a pair of longitudinally rigid plate haptics , each having an anterior surface, a posterior surface, a proximal end, and a distal end, and each connected to the optic by one or more flexible connection members ; a plurality of rigid paddle-like extensions , each extending laterally from one of the pair of longitudinally rigid plate haptics; and one or more anterior ridge protrusions , each positioned on the anterior surface of one of the pair of longitudinally rigid plate haptics and adjacent to at least one of the one or more flexible connection members , and further positioned on an anterior surface of at least one of the rigid paddle-like extensions ; wherein the one or more anterior ridge protrusions are configured to separate the optic of the intraocular lens from an anterior portion of a human lens capsular bag into which the lens is to be implanted. an optic , and a pair of longitudinally rigid plate haptics , each having an anterior surface, a posterior surface, a proximal end, and a distal end, and each connected to the optic by one or more flexible connection members ; a plurality of rigid paddle-like extensions , each extending laterally from one of the pair of longitudinally rigid plate haptics; and one or more anterior ridge protrusions , each positioned on the anterior surface of one of the pair of longitudinally rigid plate haptics and adjacent to at least one of the one or more flexible connection members , and further positioned on an anterior surface of at least one of the rigid paddle-like extensions ; wherein the one or more anterior ridge protrusions are configured to separate the optic of the intraocular lens from an anterior portion of a human lens capsular bag into which the lens is to be implanted.
Bridge-die tool for an apparatus for the direct extrusion of hollow profiles with variable wall thicknesses, comprising a bridge die and at least one mandrel element having a first end, which is directed toward the bridge-die opening, and a second end, which is located opposite the first end, wherein the outer profile contour of a hollow profile is defined by the geometry of the die opening and the inner cross-section of a hollow profile is defined by the at least one mandrel element, wherein the at least one mandrel element has at least one recess in which an inner displacement mandrel is mounted in an axially movable manner, wherein the inner displacement mandrel has different cross sections in its first end region facing the first end of the mandrel element, characterized in that the inner displacement mandrel is operatively connected to at least one wedge-shaped element on or in the region of its first end, wherein an axial displacement of the inner displacement mandrel leads to a radial movement of the at least one wedge-shaped element and thus to a change of the gap between the mandrel element and the bridge die . the at least one mandrel element has at least one recess in which an inner displacement mandrel is mounted in an axially movable manner, wherein the inner displacement mandrel has different cross sections in its first end region facing the first end of the mandrel element, characterized in that the inner displacement mandrel is operatively connected to at least one wedge-shaped element on or in the region of its first end, wherein an axial displacement of the inner displacement mandrel leads to a radial movement of the at least one wedge-shaped element and thus to a change of the gap between the mandrel element and the bridge die .
A link-state advertisement, LSA, sending method, comprising: receiving, by a first router , a second LSA from a second router , directly connected to the first router in a hierarchical tree topology, wherein the second LSA comprises level location information of the second router and/or level location information of at least one third router in the hierarchical topology; generating (S102), by the first router , a first path table based on level location information of the first router, level location information of the second router , and level location information of the at least one third router, wherein the third router is a router other than the first router that is directly connected to the second router; sending (S103), by the first router, a first link state update, LSU, message to the second router, wherein the first LSU message comprises a first LSA and the first path table, wherein the first path table comprises an identifier of the at least one third router, the identifier in the first path table is used to instruct the second router to send the first LSA to the at least one third router, and wherein the first LSA comprises level location information and identifier of an advertisement router and/or level location information and identifier of a router that is directly connected and has a valid link to the advertisement router, the advertisement router being a router that generates an LSA when a link state changes or a link state is periodically updated. receiving, by a first router , a second LSA from a second router , directly connected to the first router in a hierarchical tree topology, wherein the second LSA comprises level location information of the second router and/or level location information of at least one third router in the hierarchical topology; generating (S102), by the first router , a first path table based on level location information of the first router, level location information of the second router , and level location information of the at least one third router, wherein the third router is a router other than the first router that is directly connected to the second router; sending (S103), by the first router, a first link state update, LSU, message to the second router, wherein the first LSU message comprises a first LSA and the first path table, wherein the first path table comprises an identifier of the at least one third router, the identifier in the first path table is used to instruct the second router to send the first LSA to the at least one third router, and wherein the first LSA comprises level location information and identifier of an advertisement router and/or level location information and identifier of a router that is directly connected and has a valid link to the advertisement router, the advertisement router being a router that generates an LSA when a link state changes or a link state is periodically updated.
A compound of formula ( Ib ) wherein R 1 represents H, Me, Et, CH=CH 2 , C≡C-H or C≡C-Me; R 2 represents H, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, C 3 -C 8 cycloalkyl, -CH 2 -(C 3 -C 8 cycloalkyl), halogen or cyano; R 8 and R 9 independently represent H, or C 1 -C 4 alkyl optionally substituted by OH, oxo, NR 14 R 15 or -C 1 -C 4 alkoxy or NR 8 R 9 represents an aliphatic 4-8 membered heterocycle containing one or more heteroatoms selected from O, N and S; and R 14 and R 15 independently represent H or C 1 -C 4 alkyl; or a pharmaceutically acceptable salt thereof. R 1 represents H, Me, Et, CH=CH 2 , C≡C-H or C≡C-Me; R 2 represents H, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, C 3 -C 8 cycloalkyl, -CH 2 -(C 3 -C 8 cycloalkyl), halogen or cyano; R 8 and R 9 independently represent H, or C 1 -C 4 alkyl optionally substituted by OH, oxo, NR 14 R 15 or -C 1 -C 4 alkoxy or NR 8 R 9 represents an aliphatic 4-8 membered heterocycle containing one or more heteroatoms selected from O, N and S; and R 14 and R 15 independently represent H or C 1 -C 4 alkyl; or a pharmaceutically acceptable salt thereof.
A locking device for locking a tongue , comprising: a main body having a tongue insertion port through which the tongue is inserted; a locking member for locking the tongue when the tongue reaches a predetermined position in the main body ; a lock releasing operation member operated for releasing the lock of the tongue due to the locking member ; a tongue guiding and discharging member provided in the main body so as to be slidably moved along an insertion direction of the tongue , wherein the tongue guiding and discharging member is slid along the insertion direction of the tongue in the main body to guide the tongue until the locking member locks the tongue when the tongue is inserted into the main body through the tongue insertion port and discharge the tongue from the main body when the lock of the tongue due to the locking member is released; a power generator fixedly provided in the main body , wherein the power generator has an operation member , and wherein the power generator generates electric power by utilizing external force applied from the tongue guiding and discharging member through the operation member ; and a wireless transmitting part driven by the electric power generated by the power generator , characterized in that the operation member is pushed by the tongue guiding and discharging member slid in the main body along the insertion direction of the tongue and pivotally moved in a plane parallel to the tongue when the tongue is inserted into the main body . a main body having a tongue insertion port through which the tongue is inserted; a locking member for locking the tongue when the tongue reaches a predetermined position in the main body ; a lock releasing operation member operated for releasing the lock of the tongue due to the locking member ; a tongue guiding and discharging member provided in the main body so as to be slidably moved along an insertion direction of the tongue , wherein the tongue guiding and discharging member is slid along the insertion direction of the tongue in the main body to guide the tongue until the locking member locks the tongue when the tongue is inserted into the main body through the tongue insertion port and discharge the tongue from the main body when the lock of the tongue due to the locking member is released; a power generator fixedly provided in the main body , wherein the power generator has an operation member , and wherein the power generator generates electric power by utilizing external force applied from the tongue guiding and discharging member through the operation member ; and a wireless transmitting part driven by the electric power generated by the power generator , characterized in that the operation member is pushed by the tongue guiding and discharging member slid in the main body along the insertion direction of the tongue and pivotally moved in a plane parallel to the tongue when the tongue is inserted into the main body .