mhurhangee/ep-ind-claims huggingface dataset:
An intraluminal anchor comprising: an elongated anchor adapted for implanting within an intestinal lumen, a central axis of the elongated anchor adapted for alignment with the intestinal lumen, the elongated anchor including: a primary anchoring region adapted to expand against the lumen; and a secondary anchoring region disposed at either side of the primary anchoring region also adapted to expand against the lumen, the primary anchoring region expanding to a greater extent than an outer end of each of the secondary anchoring regions; characterised by at least one external barb positioned at the primary anchoring region and adapted to penetrate muscle of the intestinal lumen, the expanding against the lumen adapted to hold the barb within the muscle; and an elongated tube coupled at its proximal end to the elongated anchor, the tube adapted to extend distally within the intestinal lumen; wherein the elongated anchor remains sufficiently compliant, when implanted, to conform to the walls of the intestinal lumen over a full range of motion, and is adapted to experience intraluminal diameter variations from 25 millimeters or less to greater than 50 millimeters. an elongated anchor adapted for implanting within an intestinal lumen, a central axis of the elongated anchor adapted for alignment with the intestinal lumen, the elongated anchor including: a primary anchoring region adapted to expand against the lumen; and a secondary anchoring region disposed at either side of the primary anchoring region also adapted to expand against the lumen, the primary anchoring region expanding to a greater extent than an outer end of each of the secondary anchoring regions; characterised by at least one external barb positioned at the primary anchoring region and adapted to penetrate muscle of the intestinal lumen, the expanding against the lumen adapted to hold the barb within the muscle; and an elongated tube coupled at its proximal end to the elongated anchor, the tube adapted to extend distally within the intestinal lumen; wherein the elongated anchor remains sufficiently compliant, when implanted, to conform to the walls of the intestinal lumen over a full range of motion, and is adapted to experience intraluminal diameter variations from 25 millimeters or less to greater than 50 millimeters. a primary anchoring region adapted to expand against the lumen; and a secondary anchoring region disposed at either side of the primary anchoring region also adapted to expand against the lumen, the primary anchoring region expanding to a greater extent than an outer end of each of the secondary anchoring regions;
An apparatus configured to identify a set of M output memory addresses from a larger set of N input memory addresses containing at least one non-unique memory address, where N and M are non-negative integers, the apparatus comprising: a comparator block configured to perform comparisons of memory addresses within the set of N input memory addresses to generate a binary classification dataset that identifies a subset of addresses from the set of N input memory addresses, where each address in the identified subset is unique within that subset; a plurality of combination logic units (203A and 203B), each combination logic unit (203A, 203B) being configured to: receive a predetermined selection of bits of the binary classification dataset; and sort its received predetermined selection of bits into an intermediary binary string (411, 413) in which bits (411, 413) are ordered into a first group identifying addresses belonging to the identified subset, and a second group identifying addresses not belonging to the identified subset; and output generating logic configured to select between bits belonging to different intermediary binary strings (411, 413) to generate a binary output identifying a set of output memory addresses containing at least one address in the identified subset. a comparator block configured to perform comparisons of memory addresses within the set of N input memory addresses to generate a binary classification dataset that identifies a subset of addresses from the set of N input memory addresses, where each address in the identified subset is unique within that subset; a plurality of combination logic units (203A and 203B), each combination logic unit (203A, 203B) being configured to: receive a predetermined selection of bits of the binary classification dataset; and sort its received predetermined selection of bits into an intermediary binary string (411, 413) in which bits (411, 413) are ordered into a first group identifying addresses belonging to the identified subset, and a second group identifying addresses not belonging to the identified subset; and output generating logic configured to select between bits belonging to different intermediary binary strings (411, 413) to generate a binary output identifying a set of output memory addresses containing at least one address in the identified subset.
A closed electron drift thruster comprising a main annular ionization and acceleration channel (124; 3) about an axis of the thruster, at least one hollow cathode (140; 2), an annular anode (125; 1) concentric about the main annular channel (124; 3), a pipe and a manifold for feeding the anode (125; 1) with ionizable gas, and a magnetic circuit for creating a magnetic field in said main annular channel (124; 3), said magnetic circuit comprising at least one axial magnetic core (138; 12) surrounded by a first coil (133; 9) and by an inner upstream pole piece forming a body of revolution, and a plurality of outer magnetic cores surrounded by outer coils (131; 10), said magnetic circuit further comprising an essentially radial outer first pole piece (134; 6) defining a concave inner peripheral surface (134a; 6a), and an essentially radial inner second pole piece (135; 7) defining a convex outer peripheral surface (135a; 7a), characterized in that said concave inner peripheral surface (134a; 6a) and said convex outer peripheral surface (135a; 7a) present respective adjusted profiles that are distinct from circular cylindrical surfaces so as to form between them a gap of varying width presenting zones of maximum value in register with the outer coils (131; 10), and zones of minimum value in between said outer coils (131; 10) so as to create a uniform radial magnetic field.
Seal (100, 500, 800) for sealing a longitudinal object (430, 730), such as a wire, said seal (100, 500, 800) having an axial cavity (130, 530, 830) for receiving said longitudinal object (430, 730) in a fully mounted position, said axial cavity (130, 530, 830) being open on both axial ends for at least partially receiving said longitudinal object (430, 730) through said axial cavity (130, 530, 830), the seal (100, 500, 800) comprising a first partial body (110, 510, 810), a second partial body (120, 520, 820) and a third partial body (210, 840, 940), the second partial body (120, 520, 820) and the third partial body (210, 840, 940) both being made of a similar material, the first partial body (110, 510, 810) being made of a different material, wherein the first partial body (110, 510, 810) forms a base onto which the second partial body (120, 520, 820) is affixed in a non-removable manner such that the second partial body (120, 520, 820) is at least partially positioned outside the first partial body (110, 510, 810) in a radial direction, wherein the third partial body (210, 840, 940) is at least partially configured to be positioned inside the first partial body (110, 510, 810) along at least a part of the axial cavity (130, 530, 830), and wherein the first partial body (110, 510, 810) is made of a material which is relatively more rigid as compared to the material making up the second partial body (120, 520, 820) and the third partial body (210, 840, 940), characterized in that the first partial body (110, 510, 810) has at least a first axial region (310, 610) and a second axial region (320, 620), and in that a collar (250, 1150) for providing a dampening effect to the longitudinal object (430, 730) in the fully mounted position is formed contiguously with the second partial body (120, 820) and the third partial body (210, 940), the collar (250, 1150) being located adjacent to the second axial region (320, 620) of the first partial body (110, 510, 810), wherein the collar (250, 1150) is formed on the circumferential edge of the first partial body (110, 810), on a surface facing away from a crimping region that corresponds with the first axial region (310, 610), the first axial region (310, 610) being configured to be crimped onto the longitudinal object (430, 730), wherein the first axial region (310, 610) is provided with cuts (330, 630) in the axial direction along at least a part of the first axial region (310, 610) to allow radial deformation of said first partial body (110, 510, 810) in a compressive direction when crimped.
A work machining apparatus provided with a movable main spindle, which is movable forward and backward between a work supply position and a work take-out position, in which a work can be supplied to the movable main spindle at the supply position, the movable main spindle is movable from the supply position to the take-out position, and the work can be taken out from the movable main spindle at the take-out position, thereby the work can be conveyed from the supply position to the take-out position, wherein a tool rest is movably attached to the movable main spindle; and the tool rest is configured such that it can process the work held on the movable main spindle by a tool of the tool rest during the conveyance of the work by the movable main spindle, wherein a control device is provided, which can control a movement of the tool rest to machine the work held on the movable main spindle by the tool attached to the tool rest during the conveyance of the work by a movement of the movable main spindle.
A mobile terminal being configured in a curved shape, the mobile terminal comprising: a display unit configured to be turned off, if the mobile terminal is in idle state; a sensing unit configured to detect a bounce code of at least one user input of inclining the mobile terminal by touching the display unit, wherein the bounce code corresponds to a combination of bounce inputs consecutively applied plural times, wherein the bounce input includes a direction in which the mobile terminal is inclined, a location of the touched display unit, a lasting time and an applied count of the user input of inclining the mobile terminal; a memory configured to store a plurality of preset bounce codes; and a controller configured to: terminate the idle state of the mobile terminal, turn on the display unit, and control a lock screen to be outputted through the display unit, if the detected bounce code matches a first preset bounce code, and terminate the idle state of the mobile terminal, turn on the display unit, and control a preset application to be run, if the detected bounce code matches a second preset bounce code. a display unit configured to be turned off, if the mobile terminal is in idle state; a sensing unit configured to detect a bounce code of at least one user input of inclining the mobile terminal by touching the display unit, wherein the bounce code corresponds to a combination of bounce inputs consecutively applied plural times, wherein the bounce input includes a direction in which the mobile terminal is inclined, a location of the touched display unit, a lasting time and an applied count of the user input of inclining the mobile terminal; a memory configured to store a plurality of preset bounce codes; and a controller configured to: terminate the idle state of the mobile terminal, turn on the display unit, and control a lock screen to be outputted through the display unit, if the detected bounce code matches a first preset bounce code, and terminate the idle state of the mobile terminal, turn on the display unit, and control a preset application to be run, if the detected bounce code matches a second preset bounce code. terminate the idle state of the mobile terminal, turn on the display unit, and control a lock screen to be outputted through the display unit, if the detected bounce code matches a first preset bounce code, and terminate the idle state of the mobile terminal, turn on the display unit, and control a preset application to be run, if the detected bounce code matches a second preset bounce code.
Mechanical lock for a primary contact element to a fuse, which is arranged in a cylindrical fuse holder tube of a voltage transformer, wherein the fuse is arrangend in close electrical and mechanical contact between the primary contact element and a bottom contact element fixed or fixable at opposite ends of the cylindrical fuse holder tube, and that the bottom contact element is electrically connected to the voltage transformer, and the primary contact element is electrically connected or connectable to a primary connection wire, wherein at least the bottom contact element is a fixed contact element, and the primary contact element is a fixable contact element, and wherein the primary contact element is provided with a screw thread, which corresponds with a complementary screw thread of a ring element fixed inside the cylindrical fuse holder at the side of the primary contact element, characterised in that at least one of the screw threads is provided with an at least partial slit orthogonally arranged to the thread long axis in such, that the thread is reversibly be deformable by deformation means, so that the concerning relative rotation between the complementary threads is locked, and that the deformation means comprises a further female screw thread arranged beneath or in parallel to the thread of the primary contact element and a male screw in such, that by inserting the male screw into the female screw thread and screwing it into an end position, the deformation of the thread of the primary contact element is caused.
An umbilical cable disconnect device, comprising: a base having an opening configured to receive an umbilical cable; a cutter extending into the opening of the base; and a spacer component disposed in the opening between the cutter and the umbilical cable, wherein the spacer component is configured to maintain separation of the cutter and the umbilical cable prior to disconnect of the umbilical cable, and wherein the cutter is operable to penetrate the spacer component in response to displacement of the disconnect device relative to the umbilical cable to facilitate cutting of the umbilical cable by the cutter to disconnect the umbilical cable. a base having an opening configured to receive an umbilical cable; a cutter extending into the opening of the base; and a spacer component disposed in the opening between the cutter and the umbilical cable, wherein the spacer component is configured to maintain separation of the cutter and the umbilical cable prior to disconnect of the umbilical cable, and wherein the cutter is operable to penetrate the spacer component in response to displacement of the disconnect device relative to the umbilical cable to facilitate cutting of the umbilical cable by the cutter to disconnect the umbilical cable.
An endodontic hand file comprising: a handle; a file having a first portion extending from the handle, and a second portion extending into the handle; a window formed in a side portion of the handle; a first bend of the second portion bending the second portion toward an exterior of the handle, the first bend positioned within the handle; a second bend of the second portion bending the second portion toward a top end of the handle, the second bend positioned within the handle, the second bend positioned distal the first bend, relative to the first portion; and an exposed portion of the second portion of the file passing into the window, the exposed portion being distal the second bend, relative to the first portion, a longitudinal axis of the exposed portion being substantially parallel to a longitudinal axis of the first portion. a handle; a file having a first portion extending from the handle, and a second portion extending into the handle; a window formed in a side portion of the handle; a first bend of the second portion bending the second portion toward an exterior of the handle, the first bend positioned within the handle; a second bend of the second portion bending the second portion toward a top end of the handle, the second bend positioned within the handle, the second bend positioned distal the first bend, relative to the first portion; and an exposed portion of the second portion of the file passing into the window, the exposed portion being distal the second bend, relative to the first portion, a longitudinal axis of the exposed portion being substantially parallel to a longitudinal axis of the first portion.
A method for recovering a current version of a data item after a failure in a system that includes multiple nodes, wherein each node has a cache, the method comprising the steps of: modifying the data item in the cache of a first node of said multiple nodes to create a modified data item; sending the modified data item from said first node to a second node of said multiple nodes without durably storing the modified data item from the cache of said first node to persistent storage; after said modified data item has been sent from said first node to said second node and before said data item in the cache of said first node has been covered by a write-to-disk operation, discarding said data item in the cache of said first node; after said failure, reconstructing the current version of said data item by applying changes to the data item on persistent storage based on merged redo logs associated with all of said multiple nodes; maintaining, for each of said multiple nodes a globally-dirty checkpoint queue and a locally-dirty checkpoint queue; wherein the globally-dirty data items associated with entries in the globally-dirty checkpoint queue are not retained until covered by write-to-disk operations; determining, for each node a checkpoint based on a lower of a first-dirtied time of the entry at the head of the locally-dirty checkpoint queue and the first-dirtied time of the entry at the head of the globally-dirty checkpoint queue; and after said failure, determining where to begin processing the redo log associated with each node based on the checkpoint determined for said node. modifying the data item in the cache of a first node of said multiple nodes to create a modified data item; sending the modified data item from said first node to a second node of said multiple nodes without durably storing the modified data item from the cache of said first node to persistent storage; after said modified data item has been sent from said first node to said second node and before said data item in the cache of said first node has been covered by a write-to-disk operation, discarding said data item in the cache of said first node; after said failure, reconstructing the current version of said data item by applying changes to the data item on persistent storage based on merged redo logs associated with all of said multiple nodes; maintaining, for each of said multiple nodes a globally-dirty checkpoint queue and a locally-dirty checkpoint queue; wherein the globally-dirty data items associated with entries in the globally-dirty checkpoint queue are not retained until covered by write-to-disk operations; determining, for each node a checkpoint based on a lower of a first-dirtied time of the entry at the head of the locally-dirty checkpoint queue and the first-dirtied time of the entry at the head of the globally-dirty checkpoint queue; and after said failure, determining where to begin processing the redo log associated with each node based on the checkpoint determined for said node.
An automobile exhaust gas purification apparatus comprising a catalyst system, comprised of using two or more exhaust gas purification catalysts comprising a first catalyst supported on an inorganic structural carrier, and a second catalyst other than this, characterized by: having the first catalyst supported on a part of the inorganic structural carrier positioned at the inlet side, which is the upstream side when arranged in an exhaust gas passage; on the other hand, having the second catalyst supported on a part of the inorganic structural carrier positioned at the outlet side, which is the downstream side when arranged in an exhaust gas passage; and comprising a cerium-zirconium-type composite oxide having a pyrochlore phase in the crystal structure; wherein the inorganic structural carrier is a honeycomb structure; wherein the second catalyst is covered as at least two layers on the honeycomb structure, and the cerium-zirconium composite oxide is contained in the lower layer. having the first catalyst supported on a part of the inorganic structural carrier positioned at the inlet side, which is the upstream side when arranged in an exhaust gas passage; on the other hand, having the second catalyst supported on a part of the inorganic structural carrier positioned at the outlet side, which is the downstream side when arranged in an exhaust gas passage; and comprising a cerium-zirconium-type composite oxide having a pyrochlore phase in the crystal structure; wherein the inorganic structural carrier is a honeycomb structure; wherein the second catalyst is covered as at least two layers on the honeycomb structure, and the cerium-zirconium composite oxide is contained in the lower layer.
An aqueous composition for hybridization of nucleic acid sequences, comprising: (a) at least one polar aprotic solvent in a concentration from 1% (v/v) to 30% (v/v), preferably from 10% (v/v) to 20% (v/v); and (b) a hybridization solution comprising dextran sulfate at a concentration of 10% to 30%, sodium chloride is present at a concentration of 300 mM to 1200 mM, and/or sodium phosphate is present at a concentration of 5 mM to 20 mM; wherein the nucleic acid sequence is associated with a chromosomal aberration; and wherein the polar aprotic solvent has lactone, sulfone, sulfite, nitrile and/or carbonate functionality. (a) at least one polar aprotic solvent in a concentration from 1% (v/v) to 30% (v/v), preferably from 10% (v/v) to 20% (v/v); and (b) a hybridization solution comprising dextran sulfate at a concentration of 10% to 30%, sodium chloride is present at a concentration of 300 mM to 1200 mM, and/or sodium phosphate is present at a concentration of 5 mM to 20 mM;
A short-stem femoral implant suitable for use in hip arthroplasty, the femoral implant configured to self-stabilise against sliding across the endo-cortex when implanted in a subject's femur, characterised in that the femoral implant includes a modified distal end (470, 550), wherein the modified distal end (470, 550) has an abutment structure with a wider anterior-posterior dimension than medial-lateral dimension, wherein the abutment structure is configured to engage in abutment with the lateral endo-cortex of the subject's femur at two distal locations such that, when implanted, the abutment structure abuts postero-laterally to prevent movement of the modified distal end (470, 550) anteriorly and/or posteriorly, whereby the femoral implant has a reduced tendency for sliding across the endo-cortex.