mhurhangee/ep-ind-claims huggingface dataset:
An articulatable disposable loading unit (3016'; 3016"') for attachment to a stapling apparatus, said articulatable disposable loading unit (3016'; 3016"') comprising: a staple cartridge supported in a carrier; an anvil pivotally coupled to said carrier for selective pivotal travel relative to said staple cartridge; a housing portion having a proximal end configured for operable attachment to the stapling apparatus; an elongated flexible articulation member attached to said carrier and said housing portion, said flexible articulation member facilitating articulation of said carrier relative to said housing portion, wherein the flexible member comprises a retention means for retaining the elongated flexible articulation member in a set articulation throughout a first passive range of articulation; an axial drive assembly at least a portion of which is movably supported within said housing portion and said flexible articulation member, said axial drive assembly having a portion constructed to move axially through said staple cartridge in response to a drive motion imparted to said axial drive assembly from a portion of the stapling apparatus; an articulation link coupled to a portion of said flexible articulation member and configured for moveable engagement with an articulation system of the stapling apparatus when the housing portion is coupled thereto, wherein the articulation link moves and retains the carrier in an active range of articulation. a staple cartridge supported in a carrier; an anvil pivotally coupled to said carrier for selective pivotal travel relative to said staple cartridge; a housing portion having a proximal end configured for operable attachment to the stapling apparatus; an elongated flexible articulation member attached to said carrier and said housing portion, said flexible articulation member facilitating articulation of said carrier relative to said housing portion, wherein the flexible member comprises a retention means for retaining the elongated flexible articulation member in a set articulation throughout a first passive range of articulation; an axial drive assembly at least a portion of which is movably supported within said housing portion and said flexible articulation member, said axial drive assembly having a portion constructed to move axially through said staple cartridge in response to a drive motion imparted to said axial drive assembly from a portion of the stapling apparatus; an articulation link coupled to a portion of said flexible articulation member and configured for moveable engagement with an articulation system of the stapling apparatus when the housing portion is coupled thereto, wherein the articulation link moves and retains the carrier in an active range of articulation.
A method for configuring a unique profile (28, 30, 32) for a service (94, 96, 98) associated with an application in an electronic device, comprising: providing a profile system having multiple programmable profile settings and a default profile setting for said application; receiving (110; 220) from a provisioning server a service record for said service; said service record including a name of a service provider for said service; registering (120; 230) said service with said profile system using said service record; configuring said multiple programmable profile settings using profile data retrieved from said service record to provide said unique profile; and identifying said unique profile in said profile system using said name of said service provider from said service record; wherein if said service record does not include profile data, said default profile setting is used for said service. providing a profile system having multiple programmable profile settings and a default profile setting for said application; receiving (110; 220) from a provisioning server a service record for said service; said service record including a name of a service provider for said service; registering (120; 230) said service with said profile system using said service record; configuring said multiple programmable profile settings using profile data retrieved from said service record to provide said unique profile; and identifying said unique profile in said profile system using said name of said service provider from said service record; wherein if said service record does not include profile data, said default profile setting is used for said service.
A system comprising: a processor; one or more memory storage units; software code stored in the one or more memory storage units, where the software code is executable by the processor and the software code is characterized by comprising at least one sending thread of a client process, at least one receiving thread of a server process that is responsive to communications from the at least one sending thread to execute one or more tasks corresponding to the communications, and a scheduling system executable by the processor for selectively allocating the processor to the at least one sending thread and the at least one receiving thread based, at least in part, on a processor budget associated with the at least one sending thread, where the scheduling system bills the processor budget associated with the at least one sending thread for processor allocation used by the at least one receiving thread to respond to the communications sent by the at least one sending thread. a processor; one or more memory storage units; software code stored in the one or more memory storage units, where the software code is executable by the processor and the software code is characterized by comprising at least one sending thread of a client process, at least one receiving thread of a server process that is responsive to communications from the at least one sending thread to execute one or more tasks corresponding to the communications, and a scheduling system executable by the processor for selectively allocating the processor to the at least one sending thread and the at least one receiving thread based, at least in part, on a processor budget associated with the at least one sending thread, where the scheduling system bills the processor budget associated with the at least one sending thread for processor allocation used by the at least one receiving thread to respond to the communications sent by the at least one sending thread.
A keyboard musical instrument learning aid for a musical instrument having a plurality of keys, the learning aid including: sensing means (62, 64) operatively associated with the keyboard for sensing the presence of an object at a spaced disposition with respect to the keys of the keyboard; positioning means operatively associated with the sensing means (62, 64) for positioning the sensing means (62, 64) such that the spaced disposition is within a predetermined space with respect to the keys; and reporting means operatively associated with the sensing means (62, 64) and operable to report when an object is sensed to be present at the spaced disposition, and characterised in that the sensing means includes one or more non-contact movement sensors sensing light or infrared radiation. sensing means (62, 64) operatively associated with the keyboard for sensing the presence of an object at a spaced disposition with respect to the keys of the keyboard; positioning means operatively associated with the sensing means (62, 64) for positioning the sensing means (62, 64) such that the spaced disposition is within a predetermined space with respect to the keys; and reporting means operatively associated with the sensing means (62, 64) and operable to report when an object is sensed to be present at the spaced disposition, and characterised in that the sensing means includes one or more non-contact movement sensors sensing light or infrared radiation.
A system to support centralized control for a thermomechanical pulp refining process by which wood is reduced to a fibrous mass, that employs at least one refiner line that empties into a latency chest that contains beaten fibers wherein each refiner line includes at least one refiner (44,46) wherein each refiner comprises a refiner motor (16, 24) and each refiner has an exit that is connected to a blow-line (34,40), characterized by comprising: one or more stabilization controllers, which stabilization controller comprises a stabilization layer of a two-level control, that regulates refiner line motor loads and blow-line consistencies; one or more quality controllers, which quality controller comprises a quality optimization layer of the two-level control, that regulates final pulp quality of the fibrous mass; and means for integrating and/or coordinating (i) the one or more stabilization controllers and (ii) the one or more quality controllers to control the entire TMP refining (60, 62) process via an optimizer wherein each of the one or more stabilization and quality controllers is independently controlled and/or its execution frequency is independently selected. one or more stabilization controllers, which stabilization controller comprises a stabilization layer of a two-level control, that regulates refiner line motor loads and blow-line consistencies; one or more quality controllers, which quality controller comprises a quality optimization layer of the two-level control, that regulates final pulp quality of the fibrous mass; and means for integrating and/or coordinating (i) the one or more stabilization controllers and (ii) the one or more quality controllers to control the entire TMP refining (60, 62) process via an optimizer wherein each of the one or more stabilization and quality controllers is independently controlled and/or its execution frequency is independently selected.
A kit for use in treating cancer in a subject having a cancer deficient in NMT2, comprising: an NMT inhibitor wherein said NMT inhibitor is DDD85646; wherein said cancer deficient in NMT2 is Burkitt's lymphoma, and instructions for the use thereof.
A tire comprising: a tread portion being provided with a pair of circumferentially and continuously extending shoulder main grooves and at least one crown main groove between the shoulder main grooves to form a pair of middle portions each of which is between one crown main groove and one shoulder main groove arranged adjacently; and each of the middle portions being provided with a longitudinal sipe, a plurality of inner middle sipes extending axially outwardly from the crown main groove and terminating without reaching the longitudinal sipe and a plurality of outer middle sipes extending axially inwardly from the shoulder main groove and terminating without reaching the longitudinal sipe, wherein the number of the outer middle sipes is greater than the number of the inner middle sipes, and wherein the longitudinal sipe is circumferentially and continuously extending, characterized in that no other grooves or sipes are provided on each of the middle portions than the longitudinal sipe, the plurality of inner middle sipes and the plurality of outer middle sipes. a tread portion being provided with a pair of circumferentially and continuously extending shoulder main grooves and at least one crown main groove between the shoulder main grooves to form a pair of middle portions each of which is between one crown main groove and one shoulder main groove arranged adjacently; and each of the middle portions being provided with a longitudinal sipe, a plurality of inner middle sipes extending axially outwardly from the crown main groove and terminating without reaching the longitudinal sipe and a plurality of outer middle sipes extending axially inwardly from the shoulder main groove and terminating without reaching the longitudinal sipe, wherein the number of the outer middle sipes is greater than the number of the inner middle sipes, and wherein the longitudinal sipe is circumferentially and continuously extending, characterized in that no other grooves or sipes are provided on each of the middle portions than the longitudinal sipe, the plurality of inner middle sipes and the plurality of outer middle sipes.
Power/data electrical coupler (20T; 20R) comprising: - a sending transformer consisting of a winding for receiving data signals and two windings (32 and 33) connected in series with each other with a common point and two terminals intended to be connected to a first pair of wires of a bus in order to deliver to said pair of wires, in differential mode, the data signals present at the terminals of the first winding, - a receiving transformer consisting of two windings (52 and 53) connected in series with each other with a common point and two terminals intended to be connected to a second pair of wires of said bus in order to receive, in differential mode, data signals present on the pair of wires of the bus and a winding for delivering said data signals, and - a galvanic isolation transformer, characterised in that said galvanic isolation transformer comprises a first winding the terminals of which are connected to the power supply pins of said coupler (21 and 22) and second and third windings (172 and 173) connected in series with each other with a common point connected to a mechanical ground and the respective free terminals connected to the common terminal of the windings (32 and 33) of the sending transformer and to the common terminal of the windings (52 and 53) of the receiving transformer. - a sending transformer consisting of a winding for receiving data signals and two windings (32 and 33) connected in series with each other with a common point and two terminals intended to be connected to a first pair of wires of a bus in order to deliver to said pair of wires, in differential mode, the data signals present at the terminals of the first winding, - a receiving transformer consisting of two windings (52 and 53) connected in series with each other with a common point and two terminals intended to be connected to a second pair of wires of said bus in order to receive, in differential mode, data signals present on the pair of wires of the bus and a winding for delivering said data signals, and - a galvanic isolation transformer,
A core lifter apparatus for a mold for molding plastic parts, the core lifter apparatus comprising: a gib mounted with respect to an ejector plate, a slide movably mounted with respect to said gib, a retainer attached to said slide, a lifter rod removably attached to said retainer, and said retainer having an inlet in communication with a cooling fluid supply and a supply channel within said lifter rod and an outlet, characterized by the outlet being in communication with a cooling fluid return and a return channel within said lifter rod, and an engageable spring or detent positioning device fixing a relative position of said retainer with respect to said slide for during an installation step of connecting said lifter rod to said retainer.
An antenna system comprising a frontend portion, a backend portion and a feed line which connects the frontend portion and backend portion with each other, in which: the frontend portion comprises at least two antennas (A 1, A 2, A 3, A 4), a combiner circuit connected downstream of the antennas and upstream of the feed line and antenna connectors (AC 1, AC 2, AC 3, AC 4) that electrically connect through antenna plugs (29, 32, 33, 36) the antennas to the combiner; the backend portion comprises an electrical power source connected to the feed line and a resistance evaluation circuit that is connected between the electrical power source and the feed line and that measures the resistance of the frontend portion through the feed line; at least one of the antenna connectors is in mechanical contact with a jumper (23, 24, 25) having jumper plugs between which a higher resistance connection and a lower resistance connection is provided dependent on whether the corresponding antenna is connected to the combiner or not; the jumper plugs are connected to the feed line such that the internal resistance of the frontend portion depends on whether the corresponding antenna is connected to the combiner or not; and the resistance evaluation circuit is configured to detect whether one of the antennas is not connected to the corresponding antenna signal amplifier by evaluating the resistance of the frontend portion. the frontend portion comprises at least two antennas (A 1, A 2, A 3, A 4), a combiner circuit connected downstream of the antennas and upstream of the feed line and antenna connectors (AC 1, AC 2, AC 3, AC 4) that electrically connect through antenna plugs (29, 32, 33, 36) the antennas to the combiner; the backend portion comprises an electrical power source connected to the feed line and a resistance evaluation circuit that is connected between the electrical power source and the feed line and that measures the resistance of the frontend portion through the feed line; at least one of the antenna connectors is in mechanical contact with a jumper (23, 24, 25) having jumper plugs between which a higher resistance connection and a lower resistance connection is provided dependent on whether the corresponding antenna is connected to the combiner or not; the jumper plugs are connected to the feed line such that the internal resistance of the frontend portion depends on whether the corresponding antenna is connected to the combiner or not; and the resistance evaluation circuit is configured to detect whether one of the antennas is not connected to the corresponding antenna signal amplifier by evaluating the resistance of the frontend portion.
A hatrack for a passenger cabin of an aircraft, comprising: - a hatrack body (100, 200); - at least one fixing brace (310, 320, 330) with a fixing end and a bearing end; and - a bearing; wherein the bearing is arranged between the hatrack body and the bearing end of the fixing brace in such a way that the hatrack body is pivotable about a pivot axis; wherein the pivot axis is arranged parallel to the longitudinal direction of the passenger a cabin; and wherein the fixing end of the fixing brace is connectable to a frame of a plane structure of the aircraft, characterized in that the fixing brace (310, 320, 330) comprises an articulation point adjacent to the fixing end to fold the fixing brace in the direction of the pivot axis. - a hatrack body (100, 200); - at least one fixing brace (310, 320, 330) with a fixing end and a bearing end; and - a bearing;
A DNA or genome sequencing structure comprising: (a) an electrode pair, each electrode having a tip-shaped end, with the electrodes separated by a nanogap defined by the tip-shaped ends facing one another; (b) at least one conductive island deposited at or near each tip-shaped end of each electrode; and (c) a biomolecule having two ends, each end attached to the at least one conductive island on each electrode such that one biomolecule bridges the nanogap, wherein nucleotide interactions with the biomolecule provides for electronic monitoring of DNA or genome sequencing without the use of a fluorescing element, characterised in that the structure comprises a plurality of layers of electrode pairs forming a three-dimensional array, wherein the electrode pairs are connected to one another such that one electrode from each pair are ganged together by a common lead wire and each of the other electrodes in each pair are left unconnected to one another, enabling independent and sequential interrogation of each electrode pair. (a) an electrode pair, each electrode having a tip-shaped end, with the electrodes separated by a nanogap defined by the tip-shaped ends facing one another; (b) at least one conductive island deposited at or near each tip-shaped end of each electrode; and (c) a biomolecule having two ends, each end attached to the at least one conductive island on each electrode such that one biomolecule bridges the nanogap,
A polyorganosiloxane with an epoxy group comprising an M unit (R 1 R 2 R 3 SiO 1/2), a D unit (R 4 R 5 SiO 2/2), and a Q unit (SiO 4/2), a T unit (R 6 SiO 3/2) content being 80% or less by mole of total silicon, the epoxy group having a group represented by the following formula and a group represented by the following formula: wherein R 8 denotes an optionally substituted divalent organic group having 1 to 20 carbon atoms, and g is 0 or 1, wherein R 9 denotes an optionally substituted divalent organic group having 1 to 20 carbon atoms, and h is 0 or 1, 0 ≤ i ≤ 8, and 0 ≤ j ≤ 8. wherein R 8 denotes an optionally substituted divalent organic group having 1 to 20 carbon atoms, and g is 0 or 1, wherein R 9 denotes an optionally substituted divalent organic group having 1 to 20 carbon atoms, and h is 0 or 1, 0 ≤ i ≤ 8, and 0 ≤ j ≤ 8.
A cylindrical alkaline battery comprising: a cylindrical battery case with a bottom; a cylindrical positive electrode contained in the battery case, the positive electrode having a hollow and including manganese dioxide and graphite; a negative electrode packed in the hollow of the positive electrode, the negative electrode including zinc or a zinc alloy; a separator interposed between the positive electrode and the negative electrode; a negative electrode current collector rod inserted into the negative electrode; and an alkaline electrolyte, wherein the packing density Dc of the manganese dioxide in the positive electrode is 2.8 to 3 g/cm 3, the packing density Da of the zinc or zinc alloy in the negative electrode is 2 to 2.3 g/cm 3, and the packing density Dc of the manganese dioxide, the packing density Da of the zinc or zinc alloy, the thickness Tc of the positive electrode in a radial direction, and the thickness Ta of the negative electrode in a radial direction satisfy one of the following relational formulas to: − 1.975 × Tc / Ta + 2.745 < Dc / Da < − 1.690 × Tc / Ta + 2.734 − 11.652 × Tc / Ta 2 + 14.470 × Tc / Ta − 3.095 < Dc / Da < 11.652 × Tc / Ta 2 − 18.420 × Tc / Ta + 8.585 − 8.895 × Tc / Ta 2 + 12.864 × Tc / Ta − 3.258 < Dc / Da < 8.895 × Tc / Ta 2 − 16.244 × Tc / Ta + 8.726 wherein the packing density Dc is determined by dividing the weight of the manganese dioxide in the positive electrode by the volume of the positive electrode, and the packing density Da is determined by dividing the weight of the zinc or zinc alloy in the negative electrode by the volume of the negative electrode. a cylindrical battery case with a bottom; a cylindrical positive electrode contained in the battery case, the positive electrode having a hollow and including manganese dioxide and graphite; a negative electrode packed in the hollow of the positive electrode, the negative electrode including zinc or a zinc alloy; a separator interposed between the positive electrode and the negative electrode; a negative electrode current collector rod inserted into the negative electrode; and an alkaline electrolyte, wherein the packing density Dc of the manganese dioxide in the positive electrode is 2.8 to 3 g/cm 3, the packing density Da of the zinc or zinc alloy in the negative electrode is 2 to 2.3 g/cm 3, and the packing density Dc of the manganese dioxide, the packing density Da of the zinc or zinc alloy, the thickness Tc of the positive electrode in a radial direction, and the thickness Ta of the negative electrode in a radial direction satisfy one of the following relational formulas to: − 1.975 × Tc / Ta + 2.745 < Dc / Da < − 1.690 × Tc / Ta + 2.734 − 11.652 × Tc / Ta 2 + 14.470 × Tc / Ta − 3.095 < Dc / Da < 11.652 × Tc / Ta 2 − 18.420 × Tc / Ta + 8.585 − 8.895 × Tc / Ta 2 + 12.864 × Tc / Ta − 3.258 < Dc / Da < 8.895 × Tc / Ta 2 − 16.244 × Tc / Ta + 8.726