mhurhangee/ep-ind-claims huggingface dataset:
Device for recovering the kinetic energy of an electric vehicle characterized in that it is mounted, so as to be connected to a rotating axis of the moving electric vehicle via a rubber wheel which rotates a flexible shaft which actuates, a force reducer and via the launching axes provided with conical gears mounted sliding-rotating in the non-return pivots or precipitated violently in the direction of the axis of a rotor while making a rotating movement, in the direction of rotation of the inertia wheels, which are equipped at each end with the indentations which can receive the conical gears which has the consequence of keeping in rotation wheels of inertia in fixed connection with the axis of rotor and a set of magnets forming part of a rotor and in the same action and alternately, the movement acts on slides to uncheck one of the triggers to escape one of the balls and brutally release one of the mainsprings in order to operate one of the conical gears to guarantee the permanence of rotation of the rotor and in the same movement alternately raise the other of the mainsprings which by releasing, the mainspring presses one of the position controllers which tumbles linkages which act on the other slide, unhooks the second trigger to escape the other ball and releases the other mainspring.
A method for a network to handle channel allocation for multiple network nodes, the method comprising the steps of: obtaining at least one first channel of a first network node and at least one second channel of a second network node; determining that a first priority of the first network node is lower than a second priority of the second network node according to at least one policy; selecting at least one first available channel from the at least one first channel according to at least one second allocated channel of the second network node, after selecting the at least one second allocated channel; selecting at least one first allocated channel from the at least one first available channel, if the network selects the at least one first available channel from the at least one first channel successfully; and allocating the at least one first allocated channel to the first network node; the method characterized in that the step of selecting the at least one first available channel from the at least one first channel according to the at least one second allocated channel of the second network node comprises: selecting the at least one first channel which is not the at least one second allocated channel, if the first network node is interfered by the second network node; or selecting all of the at least one first channel, if the first network node and the second network node are not interfered by each other. obtaining at least one first channel of a first network node and at least one second channel of a second network node; determining that a first priority of the first network node is lower than a second priority of the second network node according to at least one policy; selecting at least one first available channel from the at least one first channel according to at least one second allocated channel of the second network node, after selecting the at least one second allocated channel; selecting at least one first allocated channel from the at least one first available channel, if the network selects the at least one first available channel from the at least one first channel successfully; and allocating the at least one first allocated channel to the first network node; the method characterized in that the step of selecting the at least one first available channel from the at least one first channel according to the at least one second allocated channel of the second network node comprises: selecting the at least one first channel which is not the at least one second allocated channel, if the first network node is interfered by the second network node; or selecting all of the at least one first channel, if the first network node and the second network node are not interfered by each other. selecting the at least one first channel which is not the at least one second allocated channel, if the first network node is interfered by the second network node; or selecting all of the at least one first channel, if the first network node and the second network node are not interfered by each other.
An ophthalmic device comprising a minimum effective amount of an anti-allergic agent, wherein the anti-allergic agent is selected from ketotifen fumarate, wherein the minimum effective amount of the anti-allergic agent is between greater than 9 μg and less than 90 μg; and wherein the ophthalmic device is obtainable by: adding the anti-allergic agent to a solution; sealing the solution and the ophthalmic device in a package; and sterilizing the package; such that the ophthalmic device is comprised in a sealed package; wherein the ophthalmic device and the sealed package in which the ophthalmic device is comprised are sterile; and wherein the package is a blister package. wherein the minimum effective amount of the anti-allergic agent is between greater than 9 μg and less than 90 μg; and wherein the ophthalmic device is obtainable by: adding the anti-allergic agent to a solution; sealing the solution and the ophthalmic device in a package; and sterilizing the package; such that the ophthalmic device is comprised in a sealed package; wherein the ophthalmic device and the sealed package in which the ophthalmic device is comprised are sterile; and adding the anti-allergic agent to a solution; sealing the solution and the ophthalmic device in a package; and sterilizing the package; such that the ophthalmic device is comprised in a sealed package; wherein the ophthalmic device and the sealed package in which the ophthalmic device is comprised are sterile; and wherein the package is a blister package.
A beverage can lid, substantially of non-elastomeric plastics material, equipped with a rigid neck fixed so as to be able to pivot between a lowered position in which its internal channel is not in communication with the interior of the can and a raised position in which its internal channel is in communication with the interior of the can, said lid being substantially flat and having a cavity generally oblong or circular in shape, said cavity having a first side wall portion, a second side wall portion and a bottom which has an opening, said cavity accommodating the neck having a first free end and a second end attached to the side wall of the cavity by a hinge element so as to be able to pivot between a lowered position in which its second end is located against said side wall and the first end against said side wall opposite the wall of the cavity and a raised position towards the top of the lid, a flexible leakproof membrane connecting a part of the periphery of said opening to the part of the periphery of the neck which is not attached to the side wall of the cavity, characterized in that the wall of the cavity is compressed by said first end of the neck in the lowered position such that a slot provided transversely to the neck in the lowered position and formed in an elastomeric material closes in leakproof manner under the action of said compression.
A refrigerator comprising: a cabinet having a storage chamber; a drawer configured to be moved into and out of the storage chamber and having a storage room and a front panel for opening and closing the storage chamber; an electronic part mounted on the front panel; a cable connected to the electronic part; and a cable tray for protecting the cable, the cable tray accommodating the cable and having a first end mounted on an inner surface of the storage chamber and a second end mounted on the front panel for moving together with the drawer, wherein the cable tray is positioned between a bottom surface of the storage chamber and a lower surface of the storage room of the drawer, wherein the first end of the cable tray is connected to the bottom surface in the storage chamber and wherein the cable tray comprises a plurality of connecting members connected to each other to form a cable chain or a bendable tubular body through which the cable passes; and a connection guide being connected to the cable tray for guiding a movement of the cable tray, the connection guide being provided on the lower surface of the storage room of the drawer facing the cable tray; wherein at least one of the connecting members includes a hook member at an upper surface thereof facing the drawer, the connection guide being configured to be hooked in the hook member so that the cable tray is prevented from sagging or dragging on the bottom surface of the storage chamber. a cabinet having a storage chamber; a drawer configured to be moved into and out of the storage chamber and having a storage room and a front panel for opening and closing the storage chamber; an electronic part mounted on the front panel; a cable connected to the electronic part; and a cable tray for protecting the cable, the cable tray accommodating the cable and having a first end mounted on an inner surface of the storage chamber and a second end mounted on the front panel for moving together with the drawer, wherein the cable tray is positioned between a bottom surface of the storage chamber and a lower surface of the storage room of the drawer, wherein the first end of the cable tray is connected to the bottom surface in the storage chamber and wherein the cable tray comprises a plurality of connecting members connected to each other to form a cable chain or a bendable tubular body through which the cable passes; and a connection guide being connected to the cable tray for guiding a movement of the cable tray, the connection guide being provided on the lower surface of the storage room of the drawer facing the cable tray; wherein at least one of the connecting members includes a hook member at an upper surface thereof facing the drawer, the connection guide being configured to be hooked in the hook member so that the cable tray is prevented from sagging or dragging on the bottom surface of the storage chamber.
A steering column assembly comprising: a) an outer tube having an inner diameter; b) an inner tube having an outer diameter that is smaller than the inner diameter of the outer tube; wherein the inner tube is adapted for fore and aft translation relative to the outer tube; c) an actuator for causing the fore and aft translation, the actuator including: i. a motor that is mounted in a fixed position relative to one of the outer tube or the inner tube; ii. a screw having a longitudinal axis and is rotationally driven about the longitudinal axis by the motor; d) a pivoting nut assembly that is adapted to travel fore and aft generally along an axis that is the same as or generally parallel with the longitudinal axis; wherein the pivoting nut assembly includes a bracket that is operably joined with the other of the inner tube or outer tube that is not fixed relative to the motor, for causing fore or aft translation of the inner tube in response to operation of the motor, and a nut that is assembled on the bracket and is adapted for pivotal movement in an axis generally transverse to the longitudinal axis; characterized in that the inner tube, the outer tube, or both, includes a telescoping bolt projecting outwardly from its external surface. a) an outer tube having an inner diameter; b) an inner tube having an outer diameter that is smaller than the inner diameter of the outer tube; wherein the inner tube is adapted for fore and aft translation relative to the outer tube; c) an actuator for causing the fore and aft translation, the actuator including: i. a motor that is mounted in a fixed position relative to one of the outer tube or the inner tube; ii. a screw having a longitudinal axis and is rotationally driven about the longitudinal axis by the motor; i. a motor that is mounted in a fixed position relative to one of the outer tube or the inner tube; ii. a screw having a longitudinal axis and is rotationally driven about the longitudinal axis by the motor; d) a pivoting nut assembly that is adapted to travel fore and aft generally along an axis that is the same as or generally parallel with the longitudinal axis;
A method for controlling a wireless backhaul link, wherein the method comprises: determining, by a first device, to manage a first radio link control, RLC, bearer on a wireless backhaul link between a first backhaul node and a second device, wherein the second device is a parent node of the first backhaul node, the first device is a centralized unit, CU, of a donor base station, and the second device is a distributed unit, DU, of the donor base station; or the second device is a second backhaul node, and the first device is the donor base station; or the first device is the CU, and the second device is the second backhaul node; and sending, by the first device, a backhaul type indicator and management information of the first RLC bearer to the first backhaul node, wherein the backhaul type indicator is used to indicate that the first RLC bearer is used to transmit backhaul traffic of a terminal. determining, by a first device, to manage a first radio link control, RLC, bearer on a wireless backhaul link between a first backhaul node and a second device, wherein the second device is a parent node of the first backhaul node, the first device is a centralized unit, CU, of a donor base station, and the second device is a distributed unit, DU, of the donor base station; or the second device is a second backhaul node, and the first device is the donor base station; or the first device is the CU, and the second device is the second backhaul node; and sending, by the first device, a backhaul type indicator and management information of the first RLC bearer to the first backhaul node, wherein the backhaul type indicator is used to indicate that the first RLC bearer is used to transmit backhaul traffic of a terminal.
A cooling appliance comprising an ice maker assembly; the ice maker assembly comprising a frame comprising a support member, wherein the support member comprises a body accommodating a first recess and a cap placed onto the body and enclosing the first recess, wherein the cap comprises a second recess and wherein the first recess and the second recess face each other upon placing the cap onto the body such that the first recess and the second recess form a conduit; wherein the ice maker assembly is further provided with an ice mold comprising a plurality of cavities into where the water to be frozen is filled, and a protrusion seated into the conduit and rotatably supporting the ice mold on the frame, wherein the protrusion is configured to slide and rotate along the conduit upon rotation of the ice mold; characterized in that the width of the first recess and the second recess are different such that one of the first recess and the second recess is in the form of a semicircle and the other one is in the form of a half ellipse facing each other to form the conduit in an oval shape and such that the conduit comprises a stepped part formed by convergence of the first recess and the second recess, wherein the protrusion is configured to impact the cap by jumping over the stepped part of the conduit upon rotation of the ice mold to facilitate the release of the ice pieces. a frame comprising a support member, wherein the support member comprises a body accommodating a first recess and a cap placed onto the body and enclosing the first recess, wherein the cap comprises a second recess and wherein the first recess and the second recess face each other upon placing the cap onto the body such that the first recess and the second recess form a conduit; wherein the ice maker assembly is further provided with an ice mold comprising a plurality of cavities into where the water to be frozen is filled, and a protrusion seated into the conduit and rotatably supporting the ice mold on the frame, wherein the protrusion is configured to slide and rotate along the conduit upon rotation of the ice mold; characterized in that the width of the first recess and the second recess are different such that one of the first recess and the second recess is in the form of a semicircle and the other one is in the form of a half ellipse facing each other to form the conduit in an oval shape and such that the conduit comprises a stepped part formed by convergence of the first recess and the second recess, wherein the protrusion is configured to impact the cap by jumping over the stepped part of the conduit upon rotation of the ice mold to facilitate the release of the ice pieces.
A method comprising: a server instance receiving, from a client in a session between the server instance and the client, a request to execute: one or more transactional commands that, when executed, cause changes to a database, and one or more non-transactional commands that, when executed, do not cause changes to the database; the server instance sending, to the client, at least one first directive executable for directing the client to store, in a first set of information, one or more first items representing one or more particular transactional commands that are open but not yet committed in the session, and to store separately in a second set of information, one or more second items representing one or more particular non-transactional commands that have been processed in the session, the sets of information being maintained for a possible replay of the corresponding commands in a different session; and based at least in part on determining that the one or more particular transactional commands have committed in the session, the server instance sending, to the client in the session, at least one second directive executable for directing the client to purge, from the first set of information, the one or more first items that represent the one or more particular transactional commands that are committed, without purging, from the second set of information, the one or more second items that represent the one or more particular non-transactional commands; wherein the method is performed by one or more computing devices. a server instance receiving, from a client in a session between the server instance and the client, a request to execute: one or more transactional commands that, when executed, cause changes to a database, and one or more non-transactional commands that, when executed, do not cause changes to the database; the server instance sending, to the client, at least one first directive executable for directing the client to store, in a first set of information, one or more first items representing one or more particular transactional commands that are open but not yet committed in the session, and to store separately in a second set of information, one or more second items representing one or more particular non-transactional commands that have been processed in the session, the sets of information being maintained for a possible replay of the corresponding commands in a different session; and based at least in part on determining that the one or more particular transactional commands have committed in the session, the server instance sending, to the client in the session, at least one second directive executable for directing the client to purge, from the first set of information, the one or more first items that represent the one or more particular transactional commands that are committed, without purging, from the second set of information, the one or more second items that represent the one or more particular non-transactional commands; wherein the method is performed by one or more computing devices.
A composite comprising at least one substrate in contact with a rigid isocyanate-based polymer foam made from a reactive formulation comprising a mixture of: an A-side comprising (i) an organic isocyanate, a B-side comprising: (ii) an isocyanate-reactive component, (iii) a blowing agent, and (iv) one or more additional component selected from a catalyst, a nucleating agent, a surfactant, a crosslinker, a chain extender, a flame retardant, a filler, a colorant, a pigment, an antistatic agent, reinforcing fibers, an antioxidant, a preservative, an infrared blocking agent, or an acid scavenger, and from 3 to 7 parts carbon black comprising (v) from 50 to 100 percent by weight of a fluorinated carbon black having a fluorine to carbon (F/C) molar ratio of at least 10/90, wherein parts by weight are based on the weight of the B-side component and component may be either wholly in the A-side, wholly in the B-side, or a portion in the A-side and a portion in the B-side. an A-side comprising (i) an organic isocyanate, (i) an organic isocyanate, a B-side comprising: (ii) an isocyanate-reactive component, (iii) a blowing agent, and (iv) one or more additional component selected from a catalyst, a nucleating agent, a surfactant, a crosslinker, a chain extender, a flame retardant, a filler, a colorant, a pigment, an antistatic agent, reinforcing fibers, an antioxidant, a preservative, an infrared blocking agent, or an acid scavenger, and (ii) an isocyanate-reactive component, (iii) a blowing agent, and (iv) one or more additional component selected from a catalyst, a nucleating agent, a surfactant, a crosslinker, a chain extender, a flame retardant, a filler, a colorant, a pigment, an antistatic agent, reinforcing fibers, an antioxidant, a preservative, an infrared blocking agent, or an acid scavenger, and from 3 to 7 parts carbon black comprising (v) from 50 to 100 percent by weight of a fluorinated carbon black having a fluorine to carbon (F/C) molar ratio of at least 10/90, wherein parts by weight are based on the weight of the B-side component and component may be either wholly in the A-side, wholly in the B-side, or a portion in the A-side and a portion in the B-side. (v) from 50 to 100 percent by weight of a fluorinated carbon black having a fluorine to carbon (F/C) molar ratio of at least 10/90, wherein parts by weight are based on the weight of the B-side component and component may be either wholly in the A-side, wholly in the B-side, or a portion in the A-side and a portion in the B-side.