mhurhangee/ep-ind-claims huggingface dataset:
A vascular plug (100, 150) for treating a patient, comprising: an elongated pusher; a mesh portion fixed to a distal end of the elongated pusher; the mesh portion having a radially compressed configuration when constrained in a catheter and a radially expanded configuration when unconstrained; characterized by a ring portion located within a cavity of the mesh portion and that expands in diameter; a membrane fixed to and supported by the ring portion; a proximal support arm extending axially within the mesh portion, the proximal support arm supporting and connecting to the ring portion; a distal support arm extending axially within the mesh portion, the distal support arm supporting and connecting to the ring portion; wherein the mesh portion and the membrane radially expand to substantially block flow of bodily fluid. an elongated pusher; a mesh portion fixed to a distal end of the elongated pusher; the mesh portion having a radially compressed configuration when constrained in a catheter and a radially expanded configuration when unconstrained; characterized by a ring portion located within a cavity of the mesh portion and that expands in diameter; a membrane fixed to and supported by the ring portion; a proximal support arm extending axially within the mesh portion, the proximal support arm supporting and connecting to the ring portion; a distal support arm extending axially within the mesh portion, the distal support arm supporting and connecting to the ring portion; wherein the mesh portion and the membrane radially expand to substantially block flow of bodily fluid.
Brake device for at least one movable furniture part (5, 6, 15, 17), with a self-closing device (26, 92) comprising an entrainer (28, 80), which is mounted on a housing (30, 82) to be movable in a guide direction, and an activator (24, 71), which has a contact surface (48, 75) for engagement with the entrainer (28, 80), and a guide element (42, 73) for guiding a movement of the activator (24, 71) in a direction at an angle to the guide direction, wherein the activator (24, 71) is movable from an engagement position with the entrainer (28, 80) into a position out of engagement, and a biasing element (58, 77) for biasing the activator (24, 71) towards the entrainer (28, 80) into an engagement position or away from the entrainer (28, 80) into a non-engagement position, wherein at least one switching element (32, 90) is provided so as to move the actuator (24, 71) towards the entrainer (28, 80) from a position out of engagement into an engagement position, wherein the guide element is formed by a pivot bearing (42, 73) on which the activator (24, 71) is pivotably mounted, characterised in that the contact surface (48, 75) of the activator (24, 71) is arranged at a first lever arm (46, 74) projecting from the pivot bearing (42, 73) and the first lever arm (46, 74) is movable by way of a second lever arm (52, 76) projecting from the pivot bearing (42, 73) and the two lever arms (46, 52, 74, 76) protrude from the pivot bearing (42, 73) in different radial directions, wherein the switching element (32, 65) comprises at least one ramp (62, 64), which is oriented at an angle to the guide direction and by means of which the activator is movable, or the switching element, which is constructed at a sliding door fitting, can be brought into contact with the second lever arm so as to pivot the activator about the pivot bearing against the force of the biasing element.
A method for manufacturing an article of footwear, the method comprising: receiving recycled plastic material; grinding the recycled plastic material into ground recycled material; processing the ground recycled material into processed recycled material, the processing including adding a resin and a foaming agent to the ground recycled material; placing the processed recycled material into an internal cavity of a final mold shaped like a footwear segment of the article of footwear; forming the footwear segment including heating the processed recycled material past a threshold activation temperature of the foaming agent such that the foaming agent causes the processed recycled material to expand and fill the internal cavity of the final mold; and extracting the formed footwear segment from the final mold; wherein placing the processed recycled material into the internal cavity of the final mold includes: forming a preform of the processed recycled material; prior to placing the preform into the internal cavity, scattering a first portion of the ground recycled material around the internal cavity of the final mold; and placing the preform into the internal cavity of the final mold. receiving recycled plastic material; grinding the recycled plastic material into ground recycled material; processing the ground recycled material into processed recycled material, the processing including adding a resin and a foaming agent to the ground recycled material; placing the processed recycled material into an internal cavity of a final mold shaped like a footwear segment of the article of footwear; forming the footwear segment including heating the processed recycled material past a threshold activation temperature of the foaming agent such that the foaming agent causes the processed recycled material to expand and fill the internal cavity of the final mold; and extracting the formed footwear segment from the final mold; wherein placing the processed recycled material into the internal cavity of the final mold includes: forming a preform of the processed recycled material; prior to placing the preform into the internal cavity, scattering a first portion of the ground recycled material around the internal cavity of the final mold; and placing the preform into the internal cavity of the final mold. forming a preform of the processed recycled material; prior to placing the preform into the internal cavity, scattering a first portion of the ground recycled material around the internal cavity of the final mold; and placing the preform into the internal cavity of the final mold.
A method for device capabilities exchange, characterized by comprising: receiving, by a receiving Diameter node, a device capability exchange request sent from an initiating Diameter node; and returning, by a receiving Diameter node, a device capability exchange answer to the initiating Diameter node according to a state of a state machine of a receiving Diameter node, wherein the device capability exchange answer carries a status code when the state of the state machine of the receiving Diameter node indicates a connection established state, and wherein the status code indicates a result of the device capability exchange request of the initiating Diameter node processed by the receiving Diameter node. receiving, by a receiving Diameter node, a device capability exchange request sent from an initiating Diameter node; and returning, by a receiving Diameter node, a device capability exchange answer to the initiating Diameter node according to a state of a state machine of a receiving Diameter node, wherein the device capability exchange answer carries a status code when the state of the state machine of the receiving Diameter node indicates a connection established state, and wherein the status code indicates a result of the device capability exchange request of the initiating Diameter node processed by the receiving Diameter node.
A lens limiting assembly for limiting a lens which is provided with a snapping body on an outer side thereof, said lens limiting assembly comprising: an elastic element; and a lens assembly ring which is arranged on said elastic element, wherein said snapping body is snapped below the elastic element when said lens is assembled into said lens assembly ring; characterized in that said lens limiting assembly further comprises: a locking ring which is rotatably arranged outside the lens assembly ring, wherein the locking ring abuts against and presses said elastic element when said locking ring rotates in one direction, so that said elastic element presses the snapping body of said lens so as to lock the lens. an elastic element; and a lens assembly ring which is arranged on said elastic element, wherein said snapping body is snapped below the elastic element when said lens is assembled into said lens assembly ring; characterized in that said lens limiting assembly further comprises: a locking ring which is rotatably arranged outside the lens assembly ring, wherein the locking ring abuts against and presses said elastic element when said locking ring rotates in one direction, so that said elastic element presses the snapping body of said lens so as to lock the lens.
A controller to be used in a hot water supply device with a storage tank for storing hot water, a heat source for heating the hot water in the storage tank and a supply channel through which the hot water in the storage tank or hot water heated by the hot water in the storage tank flows, the controller comprising a timer for determining a present time and a setting section for setting a time zone, wherein the controller is configured to carry out a heating operation for heating the hot water in the storage tank, wherein the controller is to start the heating operation when an amount of the hot water in the storage tank becomes equal to or smaller than a first start amount of hot water, and to stop the heating operation when the amount of the hot water in the storage tank becomes equal to or greater than a first stop amount of hot water, characterized in that the controller is to change the amount of the hot water in the storage tank before the start of the heating operation to a second start amount of hot water greater than the first start amount of hot water when a supply of hot water takes place by an end of a given time zone, in which a largest amount of hot water per unit time is consumed, within an operation cycle, wherein the given time zone can be set (i) when the hot water supply device is installed, (ii) in the setting section directly by the user after the hot water supply device is installed, or (iii) automatically after measuring a total amount of hot water used by the user with the hot water sensor and the timer. (i) when the hot water supply device is installed, (ii) in the setting section directly by the user after the hot water supply device is installed, or (iii) automatically after measuring a total amount of hot water used by the user with the hot water sensor and the timer.
A method of displaying flight information relating to a predetermined flight path that specifies locations and scheduled times corresponding thereto, the method comprising the steps of: monitoring a current location of an aircraft along the predetermined flight path; determining a current time at which the aircraft is at the current location; providing a scheduled time for the aircraft to be at the current location; calculating a time deviation between the current time and the scheduled time; and displaying the time deviation, characterised by: providing a desired ground speed for the aircraft at the current location; monitoring a current ground speed of the aircraft; calculating a ground speed deviation between the current ground speed and the desired ground speed; displaying the ground speed deviation; monitoring the aircraft's current airspeed, current heading, and current track; defining a maximum operating airspeed for the aircraft; calculating a maximum permissible ground speed deviation based upon the defined maximum operating speed, the current airspeed, the current ground speed, the current heading, and the current track; and displaying the maximum permissible ground speed deviation. monitoring a current location of an aircraft along the predetermined flight path; determining a current time at which the aircraft is at the current location; providing a scheduled time for the aircraft to be at the current location; calculating a time deviation between the current time and the scheduled time; and displaying the time deviation, characterised by: providing a desired ground speed for the aircraft at the current location; monitoring a current ground speed of the aircraft; calculating a ground speed deviation between the current ground speed and the desired ground speed; displaying the ground speed deviation; monitoring the aircraft's current airspeed, current heading, and current track; defining a maximum operating airspeed for the aircraft; calculating a maximum permissible ground speed deviation based upon the defined maximum operating speed, the current airspeed, the current ground speed, the current heading, and the current track; and displaying the maximum permissible ground speed deviation. providing a desired ground speed for the aircraft at the current location; monitoring a current ground speed of the aircraft; calculating a ground speed deviation between the current ground speed and the desired ground speed; displaying the ground speed deviation; monitoring the aircraft's current airspeed, current heading, and current track; defining a maximum operating airspeed for the aircraft; calculating a maximum permissible ground speed deviation based upon the defined maximum operating speed, the current airspeed, the current ground speed, the current heading, and the current track; and displaying the maximum permissible ground speed deviation.
An exhaust apparatus for a differential exhaust mechanism having a labyrinth seal and a vacuum pocket, having: exhaust means (71-73, 21-23) for exhausting the vacuum pocket; a connective mechanism (11b, 12b, 13b) adapted to connect and disconnect the vacuum pocket with a peripheral space of the differential exhaust mechanism; a chamber that surrounds the differential exhaust mechanism; and control means for controlling connection and disconnection of the connective mechanism (11b, 12b, 13b), characterized in that the chamber forms the peripheral space, and the connective mechanism (11b, 12b, 13b) connects an exhaust passage of the exhaust means (71-73, 21-23) to the chamber via a valve (11b, 12b, 13b) whose operation is controlled by the control means. exhaust means (71-73, 21-23) for exhausting the vacuum pocket; a connective mechanism (11b, 12b, 13b) adapted to connect and disconnect the vacuum pocket with a peripheral space of the differential exhaust mechanism; a chamber that surrounds the differential exhaust mechanism; and control means for controlling connection and disconnection of the connective mechanism (11b, 12b, 13b), characterized in that the chamber forms the peripheral space, and the connective mechanism (11b, 12b, 13b) connects an exhaust passage of the exhaust means (71-73, 21-23) to the chamber via a valve (11b, 12b, 13b) whose operation is controlled by the control means.
A three-dimensional object producing apparatus comprising: a first removing unit configured to remove part of at least one of a model material and a support material both of which form an object forming layer; a second removing unit configured to scrape away at least one of the model material and the support material attached on the first removing unit; characterised by a third removing unit configured to remove at least one of the model material and the support material attached on the second removing unit, wherein the third removing unit comprises a rotating blade configured to scrape away at least one of the model material and the support material attached on the second removing unit. a first removing unit configured to remove part of at least one of a model material and a support material both of which form an object forming layer; a second removing unit configured to scrape away at least one of the model material and the support material attached on the first removing unit; characterised by a third removing unit configured to remove at least one of the model material and the support material attached on the second removing unit, wherein the third removing unit comprises a rotating blade configured to scrape away at least one of the model material and the support material attached on the second removing unit.
A method for isolating packet loss on a hierarchical packet network, the method comprising: connecting a first Network Element, NE, to a second NE via a path traversing multiple network segments; discovering, with the first NE, a set of segment-demarcation expect-to-echo nodes along the path; ascertaining, with the first NE, a request-to-echo configuration for each node in the set; emitting a sample size of requests-to-echo in a respective request-to-echo configuration for each node in the set at a sample rate; receiving results of the sample size of requests-to-echo to generate a packet-loss sample; calculating a rate-of-loss for the packet-loss sample; accumulating multiple packet-loss samples over a reporting interval; and calculating an accumulated rate-of-loss for the reporting interval with the multiple packet-loss samples; characterized in that the emitting emits packets marked with different Class of Service, CoS,-categorizers per packet-loss sample in a round-robin fashion for the reporting interval. connecting a first Network Element, NE, to a second NE via a path traversing multiple network segments; discovering, with the first NE, a set of segment-demarcation expect-to-echo nodes along the path; ascertaining, with the first NE, a request-to-echo configuration for each node in the set; emitting a sample size of requests-to-echo in a respective request-to-echo configuration for each node in the set at a sample rate; receiving results of the sample size of requests-to-echo to generate a packet-loss sample; calculating a rate-of-loss for the packet-loss sample; accumulating multiple packet-loss samples over a reporting interval; and calculating an accumulated rate-of-loss for the reporting interval with the multiple packet-loss samples; characterized in that the emitting emits packets marked with different Class of Service, CoS,-categorizers per packet-loss sample in a round-robin fashion for the reporting interval.
A binding band unit of a gutter shape electric wire passing guide, comprising: a hole, through which a binding band is inserted, arranged through at the electric wire passing guide; characterized by a widening width guide groove arranged at an inner surface of the electric wire passing guide so as to expand its width gradually from the hole toward an opening end of one sidewall of the electric wire passing guide for guiding the binding band, wherein a tip end of the binding band is inserted from the guide groove into the hole in a condition that a plurality of electric wires is inserted into the electric wire passing guide. a hole, through which a binding band is inserted, arranged through at the electric wire passing guide; characterized by a widening width guide groove arranged at an inner surface of the electric wire passing guide so as to expand its width gradually from the hole toward an opening end of one sidewall of the electric wire passing guide for guiding the binding band, wherein a tip end of the binding band is inserted from the guide groove into the hole in a condition that a plurality of electric wires is inserted into the electric wire passing guide.
A device for jamming transmissions from at least one enemy telecommunications network, said device comprising means (300, 301) for periodically receiving and storing signals in a reception band Br in a reception time window of determined duration δ 0, characterised in that it comprises means for frequency analysing said stored signals and means for detecting frequency channels used by the telecommunications networks transmitting in the band Br, means for generating a jamming signal capable of jamming the signals present on the detected frequency channels, the device further comprising means for determining the frequency channels used by at least one friendly network (303, 307), the jamming signal being adapted so as to jam the frequency channels used by the enemy network without jamming the frequency channels used by the friendly network, characterised in that the means for determining the frequency channels used by the one or more friendly network(s) implement a function of the tracker type allowing the device to be synchronised on the one or more frequency hopping friendly network(s) in order to determine the frequencies used by the friendly network.
Fixed combination comprising 3-[1-({4-[(4aR,10bR)-9-ethoxy-8-methoxy-3,4,4a,10b-tetrahydro-1H-thiopyrano[4,3-c]isoquinolin-6-yl]phenyl}carbonyl)piperidin-4-yl]-1-[(2-ethyl-2H-tetrazol-5-yl)methyl]-6-phenylthieno[3,2-d]pyrimidine-2,4(1H,3H)-dione (hereinafter referred to as "Compound A"), at least one therapeutic agent selected from the group consisting of corticosteroids, anticholinergics, β 2 -adrenoreceptor agonists, H1 receptor antagonists, leukotriene receptor antagonists, 5-lipoxygenase inhibitors, endothelin receptor antagonists, prostacyclines, calcium channel blockers, beta-blockers, type 4 phosphodiesterase inhibitors, type 5 phosphodiesterase inhibitors, immunosuppressants, vitamin D analogues, HMG-CoA reductase-inhibitors, lung surfactants, antibiotics, guanylyl-cyclase activators/stimulators, tetrahydrobiopterin and tetrahydrobiopterin derivatives, anticoagulants, diuretics, pirfenidone and digitalis glycosides, and at least one pharmaceutically acceptable auxiliary.
A method performed by a second access node, the method comprising: Receiving data in at least one message from a first access node; determining if said data is to be sent to a third access node associated with the second access node; characterised by, modifying a protocol stack of said message such that the SCTP and IP layers are removed; and sending the modified data to the third access node. Receiving data in at least one message from a first access node; determining if said data is to be sent to a third access node associated with the second access node; characterised by, modifying a protocol stack of said message such that the SCTP and IP layers are removed; and sending the modified data to the third access node.
A conductive lead-free adhesive film, which comprises two or more types of metal particles including at least Cu, and a polymer that has a polydimethylsiloxane structure, wherein at least part of the polymer that has a polydimethylsiloxane structure contains -COOH, -CR x y, or -NR 2 as a functional group (where R is selected from H, alkyl, or aryl group, and x+y=3), and wherein the metal particles are capable of forming an intermetallic compound.
Actuation device for an explosion-proof housing, having an actuation unit, a switch unit and an adapter device, wherein the actuation unit comprises a first carrier with at least one actuation element which can be moved relative to the first carrier, wherein the switch unit comprises a second carrier with at least one switch element which is movable relative to the second carrier, wherein the adapter device comprises an adapter body extending in the axial direction, wherein the adapter body comprises a first fixing portion at one axial end and a second fixing portion at the other axial end, wherein the adapter device comprises at least one adapter ram which is mounted movably in an adapter channel running in the axial direction in the adapter body, wherein at least in an axial portion, a gap secure against ignition discharge is formed between the adapter ram and the adapter channel, wherein the first axial end of each adapter ram is assigned to the at least one actuating element, wherein the second axial end of each adapter ram is assigned to a respective switch element of the switch unit, characterized in that the actuation element is movable relative to the first carrier and the switch element is movable relative to the second carrier each in the axial direction, and that the first fixing portion is connected detachably to the first carrier of the actuation unit and the second fixing portion is connected detachably to the second carrier of the switch unit, in each case such that the two carriers (17, 19) and the adapter body are mounted immovably relative to each other in connected state.