mhurhangee/ep-ind-claims huggingface dataset:
A power supply system comprising: an input line configured to receive input AC power; a first capacitor coupled to the input line; a second capacitor; a controller coupled to the second capacitor; a rectifier having an input coupled to the first capacitor and an output coupled to the second capacitor, the rectifier configured to convert the input AC power into rectified DC power and provide the rectified DC power to the second capacitor; and a switch selectively coupled across the first capacitor, and configured to selectively bypass the first capacitor, wherein the controller is configured to: detect a voltage across the second capacitor; operate the switch to charge the second capacitor at a first rate if the voltage is above a predetermined threshold; and operate the switch to charge the second capacitor at a second rate if the voltage is below a predetermined threshold. an input line configured to receive input AC power; a first capacitor coupled to the input line; a second capacitor; a controller coupled to the second capacitor; a rectifier having an input coupled to the first capacitor and an output coupled to the second capacitor, the rectifier configured to convert the input AC power into rectified DC power and provide the rectified DC power to the second capacitor; and a switch selectively coupled across the first capacitor, and configured to selectively bypass the first capacitor, wherein the controller is configured to: detect a voltage across the second capacitor; operate the switch to charge the second capacitor at a first rate if the voltage is above a predetermined threshold; and operate the switch to charge the second capacitor at a second rate if the voltage is below a predetermined threshold. detect a voltage across the second capacitor; operate the switch to charge the second capacitor at a first rate if the voltage is above a predetermined threshold; and operate the switch to charge the second capacitor at a second rate if the voltage is below a predetermined threshold.
Interrupting chamber for high-voltage circuit breaker, intended to break all currents of value less than or equal to the short circuit interrupting capacity of the circuit breaker, including asymmetric currents, the chamber comprising two pairs of contacts each comprising an arc contact (2, 3) and adapted to be separated apart during an arc breaking, an insulating arc blow-out nozzle comprising a neck, the arc blow-out nozzle being integral with a pair of contacts thereby constituting a moveable assembly, the interrupting chamber comprising an additional insulating component integral with the arc contact, itself integral with the nozzle and arranged between the part of the nozzle upstream of the neck and the arc contact so as to define two channels (70, 71), the channel defined between the nozzle and the additional insulating component permanently opening out towards a cavity of variable volume, Characterised in that: the volume of the cavity is variable under the action of a fixed blow-out piston (8, 80, 81, 82, 83), the blow-out piston being pierced with a through hole adapted to be blanked off by a valve, the loading of the valve making it possible to blank off the hole when the overpressure exerted in the cavity is less than a predetermined value, the hole being in communication with the channel defined between the insulating component and the arc contact, when the overpressure exerted in the cavity is greater than the predetermined value, the valve loading being carried out so as to conserve a sufficiently high overpressure in the cavity for the entire range of currents to be broken. the volume of the cavity is variable under the action of a fixed blow-out piston (8, 80, 81, 82, 83), the blow-out piston being pierced with a through hole adapted to be blanked off by a valve, the loading of the valve making it possible to blank off the hole when the overpressure exerted in the cavity is less than a predetermined value, the hole being in communication with the channel defined between the insulating component and the arc contact, when the overpressure exerted in the cavity is greater than the predetermined value, the valve loading being carried out so as to conserve a sufficiently high overpressure in the cavity for the entire range of currents to be broken.
A process for the preparation of concentrates of watersoluble active agents, wherein the crystals of an active agent are distributed evenly in a first organic solvent in a water-free process using solid active agents as starting material with addition of a dispersant, optionally the viscosity of the solution thus obtained is adjusted with a suitable auxiliary, a polymer forming agent is added to the thus obtained solution optionally in a second organic solvent, wherein the viscosity of either the solution to be added or the obtained solution is optionally adjusted by adding a suitable auxiliary, and a crosslinking agent having at least two functional groups in a third organic solvent is returned into the obtained solution, wherein again the viscosity of either the solution to be added or the obtained solution is optionally adjusted by adding a suitable auxiliary, characterized in that the polymer forming agent is selected from the group comprising polymethylene polyphenyl isocyanate with low viscosity, preferably with a medium NCO content of 25-35, particularly preferred 30-32%, as well as mixtures thereof, and the crosslinking agent is an at least bifunctional crosslinking agent for NCO groups und is added in an at least stoichiometric amount, wherein the crosslinking agent is or comprises an ethanolamine, especially triethanolamine.
A safety device for a tacker, comprising: a body having an outlet defined through a front end thereof, and an operation path defined in the body and communicating with the outlet; a rod movably located in the operation path and having a contact portion formed at a first end thereof, a connection portion formed at a mediate portion of the rod, a recovery spring mounted to the connection portion to provide a recovery force to the rod, and a seat formed at a second end of the rod and having a tip extending therefrom; a safety slide being a generally U-shaped plate having two wings, each of which extends from a side thereof, the safety slide slidably mounted to the front end of the body and located corresponding to the outlet of the body, the safety slide having a bottom edge formed at a distal end thereof, an index portion formed at the safety slide, a stop extending from a bottom of the safety slide and located corresponding to the contact portion of the rod, arranged such that when the safety slide is slid, the stop contacts the contact portion and drives the rod to be retracted into the body; an ignition spring mounted to the tip of the seat, and a safety switch located in the body and having a contact plate extending therefrom, the contact plate arranged to be pushed by the ignition spring to send a stapling signal when the rod is retracted back into the body. a body having an outlet defined through a front end thereof, and an operation path defined in the body and communicating with the outlet; a rod movably located in the operation path and having a contact portion formed at a first end thereof, a connection portion formed at a mediate portion of the rod, a recovery spring mounted to the connection portion to provide a recovery force to the rod, and a seat formed at a second end of the rod and having a tip extending therefrom; a safety slide being a generally U-shaped plate having two wings, each of which extends from a side thereof, the safety slide slidably mounted to the front end of the body and located corresponding to the outlet of the body, the safety slide having a bottom edge formed at a distal end thereof, an index portion formed at the safety slide, a stop extending from a bottom of the safety slide and located corresponding to the contact portion of the rod, arranged such that when the safety slide is slid, the stop contacts the contact portion and drives the rod to be retracted into the body; an ignition spring mounted to the tip of the seat, and a safety switch located in the body and having a contact plate extending therefrom, the contact plate arranged to be pushed by the ignition spring to send a stapling signal when the rod is retracted back into the body.
Use of a positive electrode active material particle (20, 30) for an all-solid battery including a sulfide-based solid electrolyte, wherein the positive electrode active material particle (20, 30) is an aggregate including at least two particles (22, 23); and a surface of the aggregate is coated with a reaction suppressing layer (21, 31) for suppressing a reaction between the active material and the sulfide-based solid electrolyte, wherein the ingredient of the reaction suppressing layer (21, 31) is an ingredient that suppresses a reaction between the active material and the solid electrolyte and has lithium conductivity; and wherein at least one of the at least two particles (22, 23) is made of a positive electrode active material ingredient that forms a main body of the positive electrode active material particle (20, 30), characterized in that the remaining particle(s) of the at least two particles (22, 23) is made of a different ingredient different from the positive electrode active material ingredient, and the particle(s) made of the different ingredient is formed on a surface of the main body of the positive electrode active material particle (20, 30); and wherein the different ingredient is inorganic material comprising at least one element selected from the group consisting of Zr, W, Ti, and Si. wherein the positive electrode active material particle (20, 30) is an aggregate including at least two particles (22, 23); and a surface of the aggregate is coated with a reaction suppressing layer (21, 31) for suppressing a reaction between the active material and the sulfide-based solid electrolyte, wherein the ingredient of the reaction suppressing layer (21, 31) is an ingredient that suppresses a reaction between the active material and the solid electrolyte and has lithium conductivity; and wherein at least one of the at least two particles (22, 23) is made of a positive electrode active material ingredient that forms a main body of the positive electrode active material particle (20, 30), characterized in that the remaining particle(s) of the at least two particles (22, 23) is made of a different ingredient different from the positive electrode active material ingredient, and the particle(s) made of the different ingredient is formed on a surface of the main body of the positive electrode active material particle (20, 30); and wherein the different ingredient is inorganic material comprising at least one element selected from the group consisting of Zr, W, Ti, and Si. the remaining particle(s) of the at least two particles (22, 23) is made of a different ingredient different from the positive electrode active material ingredient, and the particle(s) made of the different ingredient is formed on a surface of the main body of the positive electrode active material particle (20, 30); and wherein the different ingredient is inorganic material comprising at least one element selected from the group consisting of Zr, W, Ti, and Si.
A multi-axial screw assembly, comprising: a bone screw; a receiver comprising a channel for receiving a rod and an aperture extending from a bottom portion of the receiver; a base member comprising an aperture extending through the base member and an opening on a bottom portion of the base member, which provides a space in which at least a part of a shank portion of the bone screw can extend, the base member configured to couple to the receiver at the bottom portion of the receiver such that the aperture of the receiver is generally aligned with the aperture of the base member, the base member being rotatable relative to the receiver; a crown received in the receiver and configured to mate to the base member, the crown having a mating feature configured to couple to the base member such that the crown rotates the base member when the crown is rotated, and an undersurface configured to accommodate at least a part of a head portion of the bone screw; and the bone screw located between the base member and the crown, wherein the bone screw comprises the head portion and the shank portion, and wherein the bone screw is configured to be fixed within the multi-axial screw assembly when the crown is compressed by the rod. a bone screw; a receiver comprising a channel for receiving a rod and an aperture extending from a bottom portion of the receiver; a base member comprising an aperture extending through the base member and an opening on a bottom portion of the base member, which provides a space in which at least a part of a shank portion of the bone screw can extend, the base member configured to couple to the receiver at the bottom portion of the receiver such that the aperture of the receiver is generally aligned with the aperture of the base member, the base member being rotatable relative to the receiver; a crown received in the receiver and configured to mate to the base member, the crown having a mating feature configured to couple to the base member such that the crown rotates the base member when the crown is rotated, and an undersurface configured to accommodate at least a part of a head portion of the bone screw; and
A method for generating an intranasal dry vaccine powder formulation, comprising: a. preparing a liquid formulation comprising one or more antigens; b. quick freezing the liquid formulation to form a freeze-dried sample, wherein the quick freezing does not comprise spray freezing and wherein the freeze-dried sample does not comprise an adjuvant; and, c. blending the freeze-dried sample with one or more excipients to generate the intranasal dry vaccine powder formulation. a. preparing a liquid formulation comprising one or more antigens; b. quick freezing the liquid formulation to form a freeze-dried sample, wherein the quick freezing does not comprise spray freezing and wherein the freeze-dried sample does not comprise an adjuvant; and, c. blending the freeze-dried sample with one or more excipients to generate the intranasal dry vaccine powder formulation.
A system for data enrichment on insulated appliances, the system comprising: an appliance for performing knowledge mining in a disconnected state, wherein the appliance is operative to: import a plurality of containerized cognitive functions and a seed index from a service node, when the appliance is initially connected to a network; import a watch list from the service node when the appliance is initially connected to a network; ingest data of a first type from a first data source (164, 166, or 168) coupled to the appliance; enrich at least a first portion of the ingested data, when in the disconnected state, with at least one of the cognitive functions (112, 113, 114, 115, 116, 117, or 118) of the plurality of containerized cognitive functions; determine whether a portion of the enriched data includes any data items within the watch list; identify at least a second portion of the ingested data for enrichment by a cognitive function that is not within the plurality of containerized cognitive functions; based at least on knowledge extracted from the enriched data, further enrich the enriched data; based at least on determining that the portion of the enriched data includes a data item within the watch list, prioritize the portion of the enriched data for further enrichment; and grow the seed index into an enhanced index with the enriched data. import a plurality of containerized cognitive functions and a seed index from a service node, when the appliance is initially connected to a network; import a watch list from the service node when the appliance is initially connected to a network; ingest data of a first type from a first data source (164, 166, or 168) coupled to the appliance; enrich at least a first portion of the ingested data, when in the disconnected state, with at least one of the cognitive functions (112, 113, 114, 115, 116, 117, or 118) of the plurality of containerized cognitive functions; determine whether a portion of the enriched data includes any data items within the watch list; identify at least a second portion of the ingested data for enrichment by a cognitive function that is not within the plurality of containerized cognitive functions; based at least on knowledge extracted from the enriched data, further enrich the enriched data; based at least on determining that the portion of the enriched data includes a data item within the watch list, prioritize the portion of the enriched data for further enrichment; and grow the seed index into an enhanced index with the enriched data.
A furniture hinge, including: - a first hinge portion to be fixed to a furniture carcass, - a second hinge portion having a hinge cup to be fixed to a movably-supported furniture part, - at least one hinge axis hingedly connecting the first hinge portion and the second hinge portion to one another, - a spring device configured to move the furniture hinge from a predetermined angular position into a fully closed position and/or into a fully open position, wherein a first end region of the spring device is supported on a bearing portion inserted into the hinge cup, - a convex control curve configured to interact with the spring device from the predetermined angular position towards the fully closed position and/or fully open position, - a pressure portion having a counter contour configured to be pressed against the control curve via the spring device, wherein the counter contour of the pressure portion has a concave section at least over a region, the concave section being formed complementary to the convex control curve, wherein the bearing portion has a cavity for accommodating the spring device and the pressure portion. - a first hinge portion to be fixed to a furniture carcass, - a second hinge portion having a hinge cup to be fixed to a movably-supported furniture part, - at least one hinge axis hingedly connecting the first hinge portion and the second hinge portion to one another, - a spring device configured to move the furniture hinge from a predetermined angular position into a fully closed position and/or into a fully open position, wherein a first end region of the spring device is supported on a bearing portion inserted into the hinge cup, - a convex control curve configured to interact with the spring device from the predetermined angular position towards the fully closed position and/or fully open position, - a pressure portion having a counter contour configured to be pressed against the control curve via the spring device, wherein the counter contour of the pressure portion has a concave section at least over a region, the concave section being formed complementary to the convex control curve,
A steam condenser with a cross-flow heat exchanger, equipped with a suction hood located in a cuboidal housing, a fan, a connector pipe supplying the steam (St) coming out from a furnace, and tube heat exchangers having condensation chambers, wherein the steam (St) is supplied to the condensation chambers, cooled down and condensed, characterized in that on the side of the suction hood sucking air (Ca) and steam (St) from opened furnace doors, at least one front cross-flow exchanger is located in at least one assembly socket; wherein the steam (St) and the air (Ca) coming from the furnace opened doors are going to said cross-flow heat exchangers, where they are cooled down by cooling air (Ca) sucked from environment, and the steam (St) is condensed; said steam condenser further comprising a mixing chamber and an inner chamber, wherein said at least one front cross-flow heat exchanger is adhering to the mixing chamber equipped with the fan, wherein said mixing chamber is connected to the inner chamber and to the condensation chambers located in common housing, with said tube heat exchangers; wherein the rest of the condensed steam sucked in the front, coming from the furnace opened doors is mixed in said mixing chamber and discharged through said inner chamber and through the tubes of said tube heat exchangers, and at the same time each of said at least one cross-flow exchanger creates a stock-pile of rectangular sheets, connected in corners by bars, and between rectangular sheets alternatively horizontal distances strips and vertical strips are located, creating the space for cross flow of: air (Ca) and steam (St) coming from the furnace opened doors, and cooling air (Ca) sucked from environment.
A method implemented by a distributed unit, DU, of a distributed base station for managing early data transmission, the method comprising: receiving, by the DU from a user equipment, UE, operating in an inactive state associated with a protocol for controlling radio resources, (i) first data and (ii) a message formatted in accordance with the protocol; transmitting, by the DU to a central unit, CU, of the distributed base station, the message via a control plane interface; transmitting, by the DU, the first data to the CU via a user plane interface after transmitting the message; receiving, from the UE operating in the inactive state, second data after transmitting the message to the CU; and transmitting, by the DU, the second data to the CU via the user plane interface. receiving, by the DU from a user equipment, UE, operating in an inactive state associated with a protocol for controlling radio resources, (i) first data and (ii) a message formatted in accordance with the protocol; transmitting, by the DU to a central unit, CU, of the distributed base station, the message via a control plane interface; transmitting, by the DU, the first data to the CU via a user plane interface after transmitting the message; receiving, from the UE operating in the inactive state, second data after transmitting the message to the CU; and transmitting, by the DU, the second data to the CU via the user plane interface.
Assembly for supplying gas, comprising: - a breathing mask, - a demand valve, and - a gas conduit fluidically connecting the breathing mask to the demand valve, characterized in that it further comprises: - signal processing means, - a flow or pressure sensor arranged in the gas conduit and electrically connected to the signal processing means, - an activation means comprising a member actuatable by a user, cooperating with the signal processing means in order to trigger a main time counter configured to count a main duration, after actuation of said activation means by a user, and - display means cooperating with signal processing means, and in which the signal processing means are further configured to: a) start a secondary time counter used for counting a secondary duration, after detection of a start of an expiratory phase in the patient, and b) stop the main time counter when the secondary duration measured by the secondary time counter exceeds a stored threshold value. - a breathing mask, - a demand valve, and - a gas conduit fluidically connecting the breathing mask to the demand valve, - signal processing means, - a flow or pressure sensor arranged in the gas conduit and electrically connected to the signal processing means, - an activation means comprising a member actuatable by a user, cooperating with the signal processing means in order to trigger a main time counter configured to count a main duration, after actuation of said activation means by a user, and - display means cooperating with signal processing means, a) start a secondary time counter used for counting a secondary duration, after detection of a start of an expiratory phase in the patient, and b) stop the main time counter when the secondary duration measured by the secondary time counter exceeds a stored threshold value.