mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented garbage collection method for a computer system, the method comprising: scanning all service items of the system, the service items including applications, each service item including one or more service types; generating a service item list based on a scanning result, wherein the service item list comprises target service types comprised in all the service items, wherein different service types correspond to different collection components; determining target collection components corresponding to each of the target service types, the target collection components encapsulating a number of garbage collecting logics, each garbage collection logic being different such that garbage collection logics of the target components are not duplicated for the service items on the service item list; and collecting garbage for the corresponding target service types by using each of the target collection components. scanning all service items of the system, the service items including applications, each service item including one or more service types; generating a service item list based on a scanning result, wherein the service item list comprises target service types comprised in all the service items, wherein different service types correspond to different collection components; determining target collection components corresponding to each of the target service types, the target collection components encapsulating a number of garbage collecting logics, each garbage collection logic being different such that garbage collection logics of the target components are not duplicated for the service items on the service item list; and collecting garbage for the corresponding target service types by using each of the target collection components.
A method for establishing a secure communication between a plurality of Internet of Things, IoT, devices, the method comprising: provisioning a first and a second loT devices by providing a unique identification, a digital identity token and a cryptographic key to and issuing a first digital certificate to each of the first and second loT devices; inviting the second loT device by the first loT device to establish a communication line with the first loT device by receiving a digital identity token, DIT, from the second loT device, authenticating the second loT device using the unique identification, the digital identity token and the cryptographic key of the second loT device; establishing a secure communication line between the first loT device and the second loT device by authenticating the established communication line and issuing a second digital certificate to the communication line between the first loT device and the second loT device; and preventing a third loT device for which a secure communication line to the first or second loT device has not been established from communicating with the first or second loT device. provisioning a first and a second loT devices by providing a unique identification, a digital identity token and a cryptographic key to and issuing a first digital certificate to each of the first and second loT devices; inviting the second loT device by the first loT device to establish a communication line with the first loT device by receiving a digital identity token, DIT, from the second loT device, authenticating the second loT device using the unique identification, the digital identity token and the cryptographic key of the second loT device; establishing a secure communication line between the first loT device and the second loT device by authenticating the established communication line and issuing a second digital certificate to the communication line between the first loT device and the second loT device; and preventing a third loT device for which a secure communication line to the first or second loT device has not been established from communicating with the first or second loT device.
A transport and storage container for liquids comprising a pallet-type understructure for a plastic inner container and a cage having horizontal bars and vertical bars made of metal for housing the inner container, ends (25, 27) of the vertical bars, which are hollow profiles, being welded to lower and upper circumferential edge profiles (28, 26) of the cage, the lower ends of the vertical bars having a connecting portion, which is formed by deformation, for being welded to the lower edge profile, the connecting portion having a trough-shaped recess with a trough opening formed on the outside of the vertical bars, which faces away from the inner container, and a trough bottom formed by a flattened portion of the hollow profile, the trough opening being limited by two edge webs (49, 50) extending in the direction of the longitudinal bar axis of the vertical bars and serving to form a welded connection with the lower edge profile, characterized in that to define a bending portion, the vertical bars have another trough-shaped recess, which is disposed adjacent to the connecting portion and which has a trough opening formed on the inside of the vertical bars, which faces the inner container, and a trough bottom formed by a flattened portion of the hollow profile.
A machine-implemented method for protecting at least one edge node in a network of nodes, the method comprising: communicatively coupling said at least one edge node with a proxy node; providing an application for said at least one edge node in an isolated area associated with said at least one edge node at said proxy node; determining that an update for said at least one edge node is required; increasing a reboot frequency of said at least one edge node following said determination that an update is required; and increasing a reboot frequency of said proxy node following said determination that an update is required. communicatively coupling said at least one edge node with a proxy node; providing an application for said at least one edge node in an isolated area associated with said at least one edge node at said proxy node; determining that an update for said at least one edge node is required; increasing a reboot frequency of said at least one edge node following said determination that an update is required; and increasing a reboot frequency of said proxy node following said determination that an update is required.
A method for manufacturing a closed-loop cable, said cable comprising a center and metal strands wound in a helix around said center, wherein the two ends of said cable are connected in splice areas in which splice knots are formed using the ends of each of said strands, which are next inserted inside said cable after having locally removed the center, each splice area next being overmolded using a polymer.
A cross-flow fan comprising: a fan rotor including a plurality of blades and rotating about a center axis; and a housing having a suction port for sucking air and a blow-out port for blowing the air out, and housing the fan rotor therein, wherein the housing has a tongue portion, a first wall portion, a second wall portion, and two sidewalls, the tongue portion being close to an outer periphery of the fan rotor and extending in an axial direction of the fan rotor, the first wall portion continuously extending from the tongue portion to the blow-out port, the second wall portion facing the first wall portion, the two sidewalls being respectively provided at axial ends of the fan rotor to define a blow-out path between the first wall portion and the second wall portion, and the two sidewalls are formed such that the blow-out path has a narrowed portion whose cross-sectional area decreases as its cross-sectional shape changes from a rectangular shape to a trapezoidal shape from an upstream side toward a downstream side thereof, the trapezoidal shape having a portion near the second wall portion smaller in width than a portion near the first wall portion. a fan rotor including a plurality of blades and rotating about a center axis; and a housing having a suction port for sucking air and a blow-out port for blowing the air out, and housing the fan rotor therein, wherein the housing has a tongue portion, a first wall portion, a second wall portion, and two sidewalls, the tongue portion being close to an outer periphery of the fan rotor and extending in an axial direction of the fan rotor, the first wall portion continuously extending from the tongue portion to the blow-out port, the second wall portion facing the first wall portion, the two sidewalls being respectively provided at axial ends of the fan rotor to define a blow-out path between the first wall portion and the second wall portion, and the two sidewalls are formed such that the blow-out path has a narrowed portion whose cross-sectional area decreases as its cross-sectional shape changes from a rectangular shape to a trapezoidal shape from an upstream side toward a downstream side thereof, the trapezoidal shape having a portion near the second wall portion smaller in width than a portion near the first wall portion.
An apparatus for aircraft galley cooling comprising: a central cooling line having a preferred temperature and including: a phase change cooling system, a ram heat exchanger in thermal communication with an atmosphere including an output temperature, and a galley heat exchanger; and a galley monument in thermal communication with said galley heat exchanger, wherein said phase change cooling system is configured to be disengaged if said output temperature is less than or equal to said preferred temperature. a central cooling line having a preferred temperature and including: a phase change cooling system, a ram heat exchanger in thermal communication with an atmosphere including an output temperature, and a galley heat exchanger; and a phase change cooling system, a ram heat exchanger in thermal communication with an atmosphere including an output temperature, and a galley heat exchanger; and a galley monument in thermal communication with said galley heat exchanger, wherein said phase change cooling system is configured to be disengaged if said output temperature is less than or equal to said preferred temperature.
Traction power supply system with contact lines (21, 22), with substations for supplying power to the contact lines (21, 22), wherein the substations each have circuit breakers or high-speed circuit breakers for supplying power to feed sections of the contact lines, and with at least one earthing switch (1, 39) for earthing one of the contact lines (21, 22), which has a first main contact and a moveable second main contact, wherein the moveable second main contact can be moved away from the first main contact in order to produce an air gap and the earthing switch (1, 39) has a pre-ignition arrangement, which is suitable for a short-circuit activation of the earthing switch, wherein the activation speed of the earthing switch is chosen such that a closing of the main contacts (3,4) is achieved after 200 to 250 ms.
A sport glove, in particular goalkeeper's glove, comprising an inner hand part and an upper hand part, as well as comprising support elements, which are arranged at least in the area of the back of the fingers, which have pressure-resistant elements and which have a locking effect, in order to support the fingers against a bending in the direction of the back of the hand in the stretched finger position, while following the angular deflection of the fingers when making a fist, wherein the pressure-resistant elements are threaded on a strip, characterized in that the pressure-resistant elements have a conical strip guide, which widens on both sides from the center of the pressure-resistant element in orientation of the strip.
Crystalline Form A of Compound: characterized by an X-ray powder diffractogram having a signal at at least three two-theta values chosen from 11.5 ± 0.2, 15.4 ± 0.2, 16.7 ± 0.2, 20.0 ± 0.2, and 21.6 ± 0.2; or characterized by an X-ray powder diffractogram having a signal at at least seven two-theta values chosen from 11.5 ± 0.2, 15.4 ± 0.2, 16.7 ± 0.2, 18.1 ± 0.2, 20.0 ± 0.2, 21.6 ± 0.2, 23.1 ± 0.2, 23.9 ± 0.2, 25.9 ± 0.2, and 30.7 ± 0.2.
A surgical drape for a surgical device, the surgical drape comprising: a sheath including a first closed end and a second open end adapted for insertion of a surgical instrument therein, wherein the sheath is transitionable between an un-deployed configuration wherein the second open end is spaced relatively close to the first closed end and a deployed configuration wherein the second open end is spaced relatively away from the first closed end; a plurality of stiffeners (1100a, 1100b, 1100c, 1100d) secured adjacent the second open end of the sheath and radially disposed about the second open end of the sheath; and a plurality of pull members each including a first end coupled to a respective stiffener of the plurality of stiffeners, and a second free end accessible in both the deployed and un-deployed configurations of the sheath; wherein a length of the plurality of pull members is wrapped around the plurality of stiffeners in the un-deployed configuration of the sheath and unwrapped from the plurality of stiffeners in the deployed configuration of the sheath. a sheath including a first closed end and a second open end adapted for insertion of a surgical instrument therein, wherein the sheath is transitionable between an un-deployed configuration wherein the second open end is spaced relatively close to the first closed end and a deployed configuration wherein the second open end is spaced relatively away from the first closed end; a plurality of stiffeners (1100a, 1100b, 1100c, 1100d) secured adjacent the second open end of the sheath and radially disposed about the second open end of the sheath; and a plurality of pull members each including a first end coupled to a respective stiffener of the plurality of stiffeners, and a second free end accessible in both the deployed and un-deployed configurations of the sheath; wherein a length of the plurality of pull members is wrapped around the plurality of stiffeners in the un-deployed configuration of the sheath and unwrapped from the plurality of stiffeners in the deployed configuration of the sheath.
A system (100, 1000) for displaying bottles, the system (100, 1000) comprising: a first product-supporting shelf; a second product-supporting shelf vertically spaced apart from the first product-supporting shelf and disposed substantially parallel with respect to the first product-supporting shelf; at least one bottom member (120, 2000, 2000') including a product-supporting surface and being configured for positioning on the first product-supporting shelf; and at least one top member (130, 3000) configured for suspension from the second product-supporting shelf, the top member (130, 3000) including a longitudinally extending channel (132, 3400) having a width, the channel (132, 3400) configured to guide a top-most portion of a product configured to be supported by the bottom member (120, 2000, 2000'), characterised in that the top member (130, 3000) is fixed from vertical movement with regard to the second product-supporting shelf S2). a first product-supporting shelf; a second product-supporting shelf vertically spaced apart from the first product-supporting shelf and disposed substantially parallel with respect to the first product-supporting shelf; at least one bottom member (120, 2000, 2000') including a product-supporting surface and being configured for positioning on the first product-supporting shelf; and at least one top member (130, 3000) configured for suspension from the second product-supporting shelf, the top member (130, 3000) including a longitudinally extending channel (132, 3400) having a width, the channel (132, 3400) configured to guide a top-most portion of a product configured to be supported by the bottom member (120, 2000, 2000'), characterised in that the top member (130, 3000) is fixed from vertical movement with regard to the second product-supporting shelf S2).
A three-dimensional printer including a floating solution for reducing resin usage, the 3D printer comprising: a main frame; a water tank disposed inside the main frame; a build platform slidable in a vertical direction along the water tank; an optical assembly disposed at an upper portion of the main frame and irradiating a laser beam to the build platform; resin contained inside the water tank; and the floating solution contained inside the water tank, wherein the floating solution is not mixed with the resin, has a higher density than the resin, and supports the resin, characterized in that the 3D printer further comprises: a re-coater for discharging the resin onto the build platform; and a re-coater driver coupled to the main frame for driving the re-coater in a horizontal direction, wherein the re-coater comprises: a re-coater body having a columnar hollow space defined in the re-coater body; and a wind cover connected to the re-coater body, and reducing influence of air acting on the resin discharged from the re-coater body. a main frame; a water tank disposed inside the main frame; a build platform slidable in a vertical direction along the water tank; an optical assembly disposed at an upper portion of the main frame and irradiating a laser beam to the build platform; resin contained inside the water tank; and the floating solution contained inside the water tank, wherein the floating solution is not mixed with the resin, has a higher density than the resin, and supports the resin, characterized in that the 3D printer further comprises: a re-coater for discharging the resin onto the build platform; and a re-coater driver coupled to the main frame for driving the re-coater in a horizontal direction, a re-coater for discharging the resin onto the build platform; and a re-coater driver coupled to the main frame for driving the re-coater in a horizontal direction, wherein the re-coater comprises: a re-coater body having a columnar hollow space defined in the re-coater body; and a wind cover connected to the re-coater body, and reducing influence of air acting on the resin discharged from the re-coater body. a re-coater body having a columnar hollow space defined in the re-coater body; and a wind cover connected to the re-coater body, and reducing influence of air acting on the resin discharged from the re-coater body.
A method of manufacturing a carbon-ceramic brake disc, comprising: a first step of coating PAN-based carbon fibers (Cf-pan) with phenolic resins; a second step of carbonizing the PAN-based carbon fibers, which have been coated with the phenolic resins, at a first temperature; a third step of mixing the PAN-based carbon fibers, which have been carbonized at the first temperature, with the phenolic resins to produce a mixture; a fourth step of putting the mixture into a mold to produce a molded body through pressing by means of a press; a fifth step of carbonizing the molded body at a second temperature equal to or less than the first temperature; a sixth step of machining the carbonized molded body; a seventh step of melting silicon to be infiltrated into the machined molded body; and an eighth step of grinding the molded body that has been infiltrated by the silicon, characterized in that, in the second step, the first temperature is set equal to or higher than 2000°C, so as to form a carbonized coating film around the PAN-based carbon fiber film, and wherein, in the fifth step, the second temperature is set in a range of 1550 to 2000°C, so that the coating film is not carbonized again. a first step of coating PAN-based carbon fibers (Cf-pan) with phenolic resins; a second step of carbonizing the PAN-based carbon fibers, which have been coated with the phenolic resins, at a first temperature; a third step of mixing the PAN-based carbon fibers, which have been carbonized at the first temperature, with the phenolic resins to produce a mixture; a fourth step of putting the mixture into a mold to produce a molded body through pressing by means of a press; a fifth step of carbonizing the molded body at a second temperature equal to or less than the first temperature; a sixth step of machining the carbonized molded body; a seventh step of melting silicon to be infiltrated into the machined molded body; and an eighth step of grinding the molded body that has been infiltrated by the silicon, characterized in that, in the second step, the first temperature is set equal to or higher than 2000°C, so as to form a carbonized coating film around the PAN-based carbon fiber film, and wherein, in the fifth step, the second temperature is set in a range of 1550 to 2000°C, so that the coating film is not carbonized again.
A system for improving heart muscle response during a pre-ejection phase in the heart muscle pumping cycle which comprises: a catheter having a proximal end and a distal end; a pressure transducer mounted on the catheter at the distal end thereof for measuring a blood pressure inside a pumping chamber of the heart muscle when the distal end of the catheter is inserted into the pumping chamber; an inflatable balloon mounted on the catheter at the distal end thereof wherein the inflatable balloon has a volume in a range between 2cc and 7cc when completely inflated; pump connected to the proximal end of the catheter in fluid communication with the inflatable balloon; and a computer connected with the pressure transducer and with the pump, to activate the pump in response to a predetermined signal from the pressure transducer, and to fully inflate the balloon and increase fluid volume in the pumping chamber with a predetermined volume of fluid during a predetermined time interval Δt, during the pre-ejection phase while the pumping chamber is iso-volumic, wherein Δt is approximately 10 msec, to assist contractile elements of the heart muscle in generating an isometric pressure in the pumping chamber, in preparation for a subsequent ejection of blood from the pumping chamber by series-elastic elements of the heart muscle in a post pre ejection phase. a catheter having a proximal end and a distal end; a pressure transducer mounted on the catheter at the distal end thereof for measuring a blood pressure inside a pumping chamber of the heart muscle when the distal end of the catheter is inserted into the pumping chamber; an inflatable balloon mounted on the catheter at the distal end thereof wherein the inflatable balloon has a volume in a range between 2cc and 7cc when completely inflated; pump connected to the proximal end of the catheter in fluid communication with the inflatable balloon; and a computer connected with the pressure transducer and with the pump, to activate the pump in response to a predetermined signal from the pressure transducer, and to fully inflate the balloon and increase fluid volume in the pumping chamber with a predetermined volume of fluid during a predetermined time interval Δt, during the pre-ejection phase while the pumping chamber is iso-volumic, wherein Δt is approximately 10 msec, to assist contractile elements of the heart muscle in generating an isometric pressure in the pumping chamber, in preparation for a subsequent ejection of blood from the pumping chamber by series-elastic elements of the heart muscle in a post pre ejection phase.