mhurhangee/ep-ind-claims huggingface dataset:
A set of essentially identical floor panels (1, 1') provided with a mechanical locking system comprising a flexible tongue, which is arranged in a displacement groove at a first edge of a first panel, and a tongue groove at a second edge of an adjacent second panel, wherein the flexible tongue is configured to cooperate with the tongue groove for locking of the first and the second edges in a vertical direction, and wherein the flexible tongue comprises a sliding surface and a locking surface, wherein the second floor panel comprises two or more protrusions formed along portions of the second side edge of the second panel in their length direction, the protrusions comprising a sliding edge which is configured to cooperate with the sliding surface of the flexible tongue during locking, characterized in that the locking system comprises two or more cavities (22a, 22b) formed along portions of the first side edge of the first panel in its length direction and being located adjacent to the two or more protrusions, the cavities comprising upper, inner and lower cavity walls (26, 27, 28) and a horizontal opening, the sliding edge of the protrusions is configured to press and bend flexible tongue sections (Ts1, Ts2) of the flexible tongue into the cavities, and the flexible tongue sections (Ts1, Ts2) are configured to move back outwardly in a final stage of the locking such that their locking surface is inserted into the tongue groove.
A method at a computing device (210, 310, 1310) within a vehicle Intelligent Transportation System, ITS, the method comprising: receiving a first message, the first message including at least tailoring information for a first ITS endpoint (910, 1010, 1110, 1210) and intended journey details for the first ITS endpoint, the intended journey details comprising at least one time stamp, each time stamp of the at least one time stamp being associated with a geographic location, wherein the tailoring information comprises one or more of: location information for the first ITS endpoint; one or more ITS endpoint identifiers belonging to the first ITS endpoint; or one or more certificates or identities of ITS endpoints that have communicated with the first ITS endpoint within at threshold time period; storing (942, 1132) all or a subset of data from the first message; obtaining (950, 1160) a full certificate revocation list; creating (952, 1070, 1170, 1280) a tailored certificate revocation list based on data in the first message and the full certificate revocation list, the tailored certificate revocation list containing certificates or identifiers of certificates for ITS endpoints that may be encountered by the first ITS endpoint when navigating a route provided in the intended journey details; and providing (960, 1172) the tailored certificate revocation list to the first ITS endpoint. receiving a first message, the first message including at least tailoring information for a first ITS endpoint (910, 1010, 1110, 1210) and intended journey details for the first ITS endpoint, the intended journey details comprising at least one time stamp, each time stamp of the at least one time stamp being associated with a geographic location, wherein the tailoring information comprises one or more of: location information for the first ITS endpoint; one or more ITS endpoint identifiers belonging to the first ITS endpoint; or one or more certificates or identities of ITS endpoints that have communicated with the first ITS endpoint within at threshold time period; location information for the first ITS endpoint; one or more ITS endpoint identifiers belonging to the first ITS endpoint; or one or more certificates or identities of ITS endpoints that have communicated with the first ITS endpoint within at threshold time period; storing (942, 1132) all or a subset of data from the first message; obtaining (950, 1160) a full certificate revocation list; creating (952, 1070, 1170, 1280) a tailored certificate revocation list based on data in the first message and the full certificate revocation list, the tailored certificate revocation list containing certificates or identifiers of certificates for ITS endpoints that may be encountered by the first ITS endpoint when navigating a route provided in the intended journey details; and providing (960, 1172) the tailored certificate revocation list to the first ITS endpoint.
An injection applicator comprising an injectable composition, the injectable composition comprising: a compressed silk fibroin foam for use in a method of repairing or augmenting a tissue in a subject; at least one active agent; and a carrier wherein the foam expands when released from the compression upon injection into the tissue. a compressed silk fibroin foam for use in a method of repairing or augmenting a tissue in a subject; at least one active agent; and a carrier wherein the foam expands when released from the compression upon injection into the tissue.
A method of assembling a drug reconstitution device comprising: providing a receptacle having a lip surrounding an opening; inserting a stopper into the opening of the receptacle; providing a cap having a first end and including flexible legs, and a second end opposite the first end; characterized in the further steps of inserting a C-clip into an indentation at the first end of the cap; sliding the first end of the cap over the stopper and the lip of the receptacle, wherein the C-clip allows the flexible legs to expand as the flexible legs pass over the lip, and allows the flexible legs to contract after passing over the lip to secure the cap to the receptacle. providing a receptacle having a lip surrounding an opening; inserting a stopper into the opening of the receptacle; providing a cap having a first end and including flexible legs, and a second end opposite the first end; characterized in the further steps of inserting a C-clip into an indentation at the first end of the cap; sliding the first end of the cap over the stopper and the lip of the receptacle, wherein the C-clip allows the flexible legs to expand as the flexible legs pass over the lip, and allows the flexible legs to contract after passing over the lip to secure the cap to the receptacle.
A payload coupling apparatus (800, 900, 1000) comprising: a housing; wherein the housing is adapted for attachment to a first end of a tether; a first slot (808, 920, 1020) extending downwardly from an outer surface of the housing towards a center of the housing, the housing comprising a lower lip (806, 1010) positioned beneath the first slot; and wherein the lower lip is adapted to extend through a hole in a handle of a payload and the first slot is adapted to receive the handle of the payload, wherein the payload coupling apparatus comprises no moving parts. a housing; wherein the housing is adapted for attachment to a first end of a tether; a first slot (808, 920, 1020) extending downwardly from an outer surface of the housing towards a center of the housing, the housing comprising a lower lip (806, 1010) positioned beneath the first slot; and wherein the lower lip is adapted to extend through a hole in a handle of a payload and the first slot is adapted to receive the handle of the payload, wherein the payload coupling apparatus comprises no moving parts.
A portable cart for a surgical robotic system, comprising: a chassis including a front portion and a rear portion; a first wheeled mechanism coupled to the front portion of the chassis; and a second wheeled mechanism coupled to the rear portion of the chassis; wherein the first wheeled mechanism and the second wheeled mechanism facilitate maneuvering the portable cart; and wherein the first wheeled mechanism comprises a steering mechanism coupled to a pair of wheels and configured to selectively pivot the pair of wheels to reconfigure the portable cart into a plurality of steering modes, the plurality of steering modes including a fore-and-aft steering mode allowing the portable cart to be maneuvered in a forward direction and a reverse direction, a turn-on-axis steering mode allowing the portable cart to be maneuvered in a rotational direction, and a lateral steering mode allowing the portable cart to be maneuvered in a lateral direction; wherein in the fore-and-aft steering mode the pair of wheels aligns parallel with a longitudinal axis of the portable cart; wherein in the turn-on-axis steering mode the pair of wheels turns to opposing angles of approximately 45 degrees relative to the longitudinal axis of the portable cart; and wherein in the lateral steering mode the pair of wheels aligns perpendicular to the longitudinal axis of the portable cart. a chassis including a front portion and a rear portion; a first wheeled mechanism coupled to the front portion of the chassis; and a second wheeled mechanism coupled to the rear portion of the chassis; wherein the first wheeled mechanism and the second wheeled mechanism facilitate maneuvering the portable cart; and wherein the first wheeled mechanism comprises a steering mechanism coupled to a pair of wheels and configured to selectively pivot the pair of wheels to reconfigure the portable cart into a plurality of steering modes, the plurality of steering modes including a fore-and-aft steering mode allowing the portable cart to be maneuvered in a forward direction and a reverse direction, a turn-on-axis steering mode allowing the portable cart to be maneuvered in a rotational direction, and a lateral steering mode allowing the portable cart to be maneuvered in a lateral direction; wherein in the fore-and-aft steering mode the pair of wheels aligns parallel with a longitudinal axis of the portable cart; wherein in the turn-on-axis steering mode the pair of wheels turns to opposing angles of approximately 45 degrees relative to the longitudinal axis of the portable cart; and wherein in the lateral steering mode the pair of wheels aligns perpendicular to the longitudinal axis of the portable cart.
A pharmaceutical composition for use in treating a chronic pulmonary disease, the pharmaceutical composition comprising exosomes derived from thrombin-treated stem cells, wherein the chronic pulmonary disease is bronchopulmonary dysplasia.
A method, comprising: determining a priority of a packet to be queued at a device in a shared-media communication network; determining, based on the priority, a length of time the packet is allowed to be queued before successfully transmitting the packet; attempting to successfully transmit the queued packet within the shared-media communication network; and in response to reaching a threshold amount of the length of time without having successfully transmitted the queued packet, transmitting a request from the device to one or more reachable neighbors in the shared-media communication network, the request for a temporary reduction in bandwidth utilization by the reachable neighbors for traffic having a comparatively lesser priority than the priority of the packet. determining a priority of a packet to be queued at a device in a shared-media communication network; determining, based on the priority, a length of time the packet is allowed to be queued before successfully transmitting the packet; attempting to successfully transmit the queued packet within the shared-media communication network; and in response to reaching a threshold amount of the length of time without having successfully transmitted the queued packet, transmitting a request from the device to one or more reachable neighbors in the shared-media communication network, the request for a temporary reduction in bandwidth utilization by the reachable neighbors for traffic having a comparatively lesser priority than the priority of the packet.
A process for preparing abiraterone of formula: comprising: (a) converting a compound of formula into a compound of formula wherein R represents a hydroxy-protecting group; (b) reacting the compound of formula with a triflating agent followed by a strong base to give a compound of formula (c) deprotecting the compound of formula to give a compound of formula and (d) coupling the compound of formula with a compound of formula wherein X is a boryl group, to provide abiraterone of formula, wherein the strong base is an amide based organometallic reagent. (a) converting a compound of formula into a compound of formula wherein R represents a hydroxy-protecting group; (b) reacting the compound of formula with a triflating agent followed by a strong base to give a compound of formula (c) deprotecting the compound of formula to give a compound of formula and (d) coupling the compound of formula with a compound of formula wherein X is a boryl group, to provide abiraterone of formula, wherein the strong base is an amide based organometallic reagent.
Process to make propylene comprising: a) providing a reaction zone containing a catalyst; b) introducing a feedstock comprising ethylene, a mixture of methanol and dimethyl ether comprising at least 1000 wppm of dimethyl ether, optionally steam into said reaction zone and into contact with said catalyst; c) operating said reaction zone at temperature and pressure conditions to produce an effluent comprising propylene, hydrocarbons, steam, optionally unconverted methanol and /or unconverted dimethyl ether and optionally unconverted ethylene; d) sending the effluent of step c) to a fractionation zone to recover propylene optionally methanol and /or dimethyl ether and optionally ethylene; e) optionally recycling at least a part of methanol and /or dimethyl ether and optionally recycling at least a part of ethylene to the reaction zone at step b); wherein the catalyst is an acid and the temperature at the inlet of the reaction zone is under 280°C and advantageously from 50 to 280°C and wherein MeOH is converted at least partially to DME rich feedstock in a separate dehydration zone and then sent to the reaction zone a). a) providing a reaction zone containing a catalyst; b) introducing a feedstock comprising ethylene, a mixture of methanol and dimethyl ether comprising at least 1000 wppm of dimethyl ether, optionally steam into said reaction zone and into contact with said catalyst; c) operating said reaction zone at temperature and pressure conditions to produce an effluent comprising propylene, hydrocarbons, steam, optionally unconverted methanol and /or unconverted dimethyl ether and optionally unconverted ethylene; d) sending the effluent of step c) to a fractionation zone to recover propylene optionally methanol and /or dimethyl ether and optionally ethylene; e) optionally recycling at least a part of methanol and /or dimethyl ether and optionally recycling at least a part of ethylene to the reaction zone at step b);
A method comprising: rendering content within a current viewport; receiving a directional manipulation of the viewport; responsive to receiving the directional manipulation of the viewport, pre-rendering and caching content that lies in a virtual surface outside of the viewport, in the direction of the manipulation; maintaining at least some previously-rendered or pre-rendered content cached; the method being characterized by tracking invalidations that occur in the pre-rendered and cached content outside of the viewport over time in order to discard one or more portions of the cached content; discarding one or more portions of content that are maintained in the cache that are repetitively invalidated; and rendering content within a new current viewport. rendering content within a current viewport; receiving a directional manipulation of the viewport; responsive to receiving the directional manipulation of the viewport, pre-rendering and caching content that lies in a virtual surface outside of the viewport, in the direction of the manipulation; maintaining at least some previously-rendered or pre-rendered content cached; the method being characterized by tracking invalidations that occur in the pre-rendered and cached content outside of the viewport over time in order to discard one or more portions of the cached content; discarding one or more portions of content that are maintained in the cache that are repetitively invalidated; and rendering content within a new current viewport.
A composition for a heat dissipating member comprising: a first inorganic filler having thermal conductivity that is bonded to one end of a coupling agent; and a second inorganic filler having thermal conductivity that is bonded to one end of a coupling agent, in which a bifunctional or higher polymerizable compound is additionally bonded to the other end of the coupling agent bonded to the second inorganic filler; wherein the other end of the coupling agent bonded to the first inorganic filler is to be bonded to the polymerizable compound on the second inorganic filler during curing. a first inorganic filler having thermal conductivity that is bonded to one end of a coupling agent; and a second inorganic filler having thermal conductivity that is bonded to one end of a coupling agent, in which a bifunctional or higher polymerizable compound is additionally bonded to the other end of the coupling agent bonded to the second inorganic filler; wherein the other end of the coupling agent bonded to the first inorganic filler is to be bonded to the polymerizable compound on the second inorganic filler during curing.
A return bend tube and hairpin tube assembly, which is used in a fin-and-tube heat exchanger where a refrigerant is supplied inside tubing, and is joined to the tube end of a hairpin tube comprising a plurality of fins arranged at a predetermined spacing on the outer surface thereof, comprising: first grooves formed on a tube inner surface of said return bend tube, having a first groove pitch of said first grooves in a cross section perpendicular to a tube axis, and a second groove pitch of spiral-shaped second grooves formed on the inner surface of said hairpin tube in a cross section perpendicular to a tube axis, and having a first groove cross-sectional area per groove of said first grooves in a cross section perpendicular to the tube axis, and a second groove cross-sectional area per groove of said second grooves in a cross section perpendicular to the tube axis, characterized by a groove pitch ratio (P1/P2) of 1 and a groove cross-sectional area ratio (S1/S2) of 0.5280 or 1 or 1.3181. first grooves formed on a tube inner surface of said return bend tube, having a first groove pitch of said first grooves in a cross section perpendicular to a tube axis, and a second groove pitch of spiral-shaped second grooves formed on the inner surface of said hairpin tube in a cross section perpendicular to a tube axis, and having a first groove cross-sectional area per groove of said first grooves in a cross section perpendicular to the tube axis, and a second groove cross-sectional area per groove of said second grooves in a cross section perpendicular to the tube axis, characterized by a groove pitch ratio (P1/P2) of 1 and a groove cross-sectional area ratio (S1/S2) of 0.5280 or 1 or 1.3181.
Method for detecting inadmissible operating states of a work hydraulics of an agricultural tractor in which the work hydraulics comprise at least one electrically actuatable control valve (16, 18) having a hydraulic coupling (30, 32) for connecting a hydraulic consumer, a branch that is allocated to the at least one control valve (16, 18) so as to supply a hydraulic lifting device of a front linkage with hydraulic fluid and an operating unit that is provided for the manual actuation of the work hydraulics of the front linkage, characterized in that a state variable that indicates a connection state of the hydraulic coupling (30, 32) is ascertained by means of a sensor unit (66, 68) and supplied to a control unit, wherein the operating unit is deactivated if the control unit identifies by way of the evaluation of the state variable that a hydraulic consumer is connected to the hydraulic coupling (30, 32).
A balloon wrapping apparatus for wrapping a balloon provided at a distal portion of an elongated shaft, the balloon wrapping apparatus comprising: a pleating section that forms the balloon with wing shapes; a folding section that folds the wing shapes formed in the balloon along a circumferential direction; a support base that supports a portion other than the distal portion of the shaft, and that makes the distal portion of the shaft insertable into the pleating section and the folding section; a core metal member to be inserted in the shaft, wherein the core metal member is inserted in the shaft from a distal end position of the balloon to at least a proximal side of a proximal end position of the balloon; and wherein the support base has a holding portion that holds the shaft, and the core metal member has a proximal-side end portion extending to a proximal side of a position at which the shaft is held by the holding portion. a pleating section that forms the balloon with wing shapes; a folding section that folds the wing shapes formed in the balloon along a circumferential direction; a support base that supports a portion other than the distal portion of the shaft, and that makes the distal portion of the shaft insertable into the pleating section and the folding section; a core metal member to be inserted in the shaft, wherein the core metal member is inserted in the shaft from a distal end position of the balloon to at least a proximal side of a proximal end position of the balloon; and
A lead welded to a terminal (21, 22) of a battery and comprising a cladding material comprising: - a first Ni layer arranged on a side welded to the terminal of the battery; - a second Ni layer arranged on a side opposite to the welded side; and - an Fe layer arranged to be held between the layers and wherein the thickness of the layer is 3.1-7.5 % of the thickness of the cladding material consisting of the layers -. - a first Ni layer arranged on a side welded to the terminal of the battery; - a second Ni layer arranged on a side opposite to the welded side; and - an Fe layer arranged to be held between the layers and wherein the thickness of the layer is 3.1-7.5 % of the thickness of the cladding material consisting of the layers -.
System for measuring the thickness of a layer of rubber material of a tyre, said layer comprising a face joined to an adjacent reinforcement made with at least one material having a magnetic permeability greater than the magnetic permeability of air, and a free face in contact with the air, said system comprising a sensor capable of measuring the distance d between the joined face and the free face of said layer of rubber material, the sensor comprising a single excitation and measurement coil, and the excitation frequency and power of said coil are such that the inductance at the terminals of said coil increases when the distance d decreases, and the coil of the sensor is positioned around, or is surrounded by, a material having high electrical resistivity and high magnetic permeability said system also comprising a portable casing made of a non-conductive material, for protecting the sensor, and comprising two inclined portions, forming an access ramp and an exit ramp between which these two portions there is a substantially horizontal portion forming the application face of the casing against the tyre tread.