mhurhangee/ep-ind-claims huggingface dataset:
A vacuum insulated switchgear comprising: a housing lenclosing a control compartment, a switch compartment, and a busbar compartment, each of the three compartments being partitioned by a metallic earthing plate; a circuit-breaking/disconnecting switch region provided in the switch compartment; an operating device for the switch region; two sets of earthing switch regions provided in the switch compartment, an operating device for each of the earthing switch regions; a first busbar and second busbar extended from an adjacent panel, in the busbar compartment; and a first busbar-connecting bushing and second busbar-connecting bushing provided in the busbar compartment, the bushings each (3a, 3b) making the first and second busbars connectable/disconnectible; the switch region, the earthing switch regions, the first busbar-connecting bushing and the second busbar-connecting bushing being integrally molded to form a switch provided on an electrical phase-by-phase basis independently, characterised in that the switches for three phases are arranged in order side by side in the housing in a longitudinal direction of the housing as viewed from its front; and the first busbar-connecting bushing in each switch is located to a left side of the housing front, and the second busbar-connecting bushing is located to a right side of the housing front. a housing lenclosing a control compartment, a switch compartment, and a busbar compartment, each of the three compartments being partitioned by a metallic earthing plate; a circuit-breaking/disconnecting switch region provided in the switch compartment; an operating device for the switch region; two sets of earthing switch regions provided in the switch compartment, an operating device for each of the earthing switch regions; a first busbar and second busbar extended from an adjacent panel, in the busbar compartment; and a first busbar-connecting bushing and second busbar-connecting bushing provided in the busbar compartment, the bushings each (3a, 3b) making the first and second busbars connectable/disconnectible; the switch region, the earthing switch regions, the first busbar-connecting bushing and the second busbar-connecting bushing being integrally molded to form a switch provided on an electrical phase-by-phase basis independently, characterised in that the switches for three phases are arranged in order side by side in the housing in a longitudinal direction of the housing as viewed from its front; and the first busbar-connecting bushing in each switch is located to a left side of the housing front, and the second busbar-connecting bushing is located to a right side of the housing front.
A power inductor (10; 20), comprising: a magnetic core (18; 21, 22); and a total number of lines (12; 25), said number being at least three, each line having a first terminal end and a second terminal end, the total number of lines (12; 25) being wound around the magnetic core (18; 21, 22) in parallel to form a winding, the lines (12; 25) proximate the first terminal ends departing from the magnetic core (18; 21, 22) at a first same position, and the lines proximate the second terminal ends departing from the magnetic core (18; 21, 22) at a second same position, wherein a first number of the first ends is joined at a first connection interface end (15; 201), wherein a second number of the first ends greater than the first number of first ends is joined at a second connection interface end (16; 202); wherein each of said first and second numbers is an integer being at least one; and wherein all of the second terminal ends are joined at a third connection interface end (17; 203). a magnetic core (18; 21, 22); and a total number of lines (12; 25), said number being at least three, each line having a first terminal end and a second terminal end, the total number of lines (12; 25) being wound around the magnetic core (18; 21, 22) in parallel to form a winding, the lines (12; 25) proximate the first terminal ends departing from the magnetic core (18; 21, 22) at a first same position, and the lines proximate the second terminal ends departing from the magnetic core (18; 21, 22) at a second same position, wherein a first number of the first ends is joined at a first connection interface end (15; 201), wherein a second number of the first ends greater than the first number of first ends is joined at a second connection interface end (16; 202); wherein each of said first and second numbers is an integer being at least one; and wherein all of the second terminal ends are joined at a third connection interface end (17; 203).
A method for the preparation of methylisobutyl ketone, comprising; adding a mixed acetone, which is a mixture of fresh acetone feed and recycled acetone, and a mixed hydrogen, which is a mixture of fresh hydrogen feed and recycled hydrogen, to a reactor containing a catalyst to perform low-pressure one-step gas-phase condensation of the acetone for making a product; providing a specific pressure to the mixed acetone and mixed hydrogen before entering the reactor; recycling the acetone recovered from the reactor back to the reactor for reuse as a recycled acetone; and heating the mixed acetone to a certain temperature with a heat exchanger before reintroducing it to the reactor, wherein the low-pressure one-step gas-phase condensation, comprises: producing methylisobutyl ketone, from acetone and hydrogen using a nano-crystalline zinc chromite supported nano-palladium (nano-Pd/nano-ZnCr 2 O 4) catalyst; recovering the heat of a reactor effluent to raise a temperature of a recycled acetone stream and a fresh feed acetone stream; passing the fresh acetone stream and the recycled acetone stream as a mixture in a heat exchanger to efficiently manage a temperature of a mixed acetone before it enters the reactor; and modulating the pressure of the mixed acetone feed (mixed acetone) by passing it through a pressure valve having at least one of an atmospheric pressure and low pressure. wherein low pressure is between 101325-709275 Pa (1-7 atm). producing methylisobutyl ketone, from acetone and hydrogen using a nano-crystalline zinc chromite supported nano-palladium (nano-Pd/nano-ZnCr 2 O 4) catalyst; recovering the heat of a reactor effluent to raise a temperature of a recycled acetone stream and a fresh feed acetone stream; passing the fresh acetone stream and the recycled acetone stream as a mixture in a heat exchanger to efficiently manage a temperature of a mixed acetone before it enters the reactor; and modulating the pressure of the mixed acetone feed (mixed acetone) by passing it through a pressure valve having at least one of an atmospheric pressure and low pressure. wherein low pressure is between 101325-709275 Pa (1-7 atm).
Oil-in-water emulsion comprising: a) an oil phase, b) 0.001 to 0.02 % w/w of C16-alkyl quaternary ammonium halide as cationic agent c) surfactant, d) optionally antioxidants, tonicity, viscosifying, pH adjusting, buffering, preservative, solubilizers, chelating or thickener agents, e) water. a) an oil phase, b) 0.001 to 0.02 % w/w of C16-alkyl quaternary ammonium halide as cationic agent c) surfactant, d) optionally antioxidants, tonicity, viscosifying, pH adjusting, buffering, preservative, solubilizers, chelating or thickener agents, e) water.
A method performed by a radio-network node for handling access to the radio-network node from a wireless device in the wireless communication network; the method comprising - determining a load on PRACH resources in the wireless communication network based on one or more received measurement reports and/or measurements performed, wherein the load on PRACH resources indicates a load in the wireless communication network; - determining one or more preamble configuration parameters indicating a length of a preamble for a physical random-access channel, PRACH, for the wireless device based on one or more signal strength or quality measurements, and the load in the wireless communication network; and - transmitting an indication of the determined one or more preamble configuration parameters to the wireless device and optionally a load on PRACH resources to the wireless device, wherein the one or more preamble configuration parameters further comprises: PRACH subframe configuration, sequence configuration, PRACH frequency resources, and a first symbol or a start symbol of a preamble sequence. - determining a load on PRACH resources in the wireless communication network based on one or more received measurement reports and/or measurements performed, wherein the load on PRACH resources indicates a load in the wireless communication network; - determining one or more preamble configuration parameters indicating a length of a preamble for a physical random-access channel, PRACH, for the wireless device based on one or more signal strength or quality measurements, and the load in the wireless communication network; and - transmitting an indication of the determined one or more preamble configuration parameters to the wireless device and optionally a load on PRACH resources to the wireless device, wherein the one or more preamble configuration parameters further comprises: PRACH subframe configuration, sequence configuration, PRACH frequency resources, and a first symbol or a start symbol of a preamble sequence.
Method for determining a driving recommendation for a vehicle, wherein the method is carried out using a social media Internet platform and an Internet-compatible navigation appliance that is arranged in the vehicle and wirelessly connected to the social media Internet platform, wherein the method has the following steps: reception of a traffic event information item and a position information item, associated with the traffic event information item, from the social media Internet platform by means of a navigation appliance; comparison of the position information item with a route information item, which represents a route to be taken by the vehicle, by means of the navigation appliance in order to ascertain whether a position represented by the position information item is on the route to be taken by the vehicle; and evaluation of the traffic event information item when the position represented by the position information item is on a route to be taken by the vehicle in order determine the driving recommendation for the vehicle on the basis of the traffic event information item, characterized in that in the step of reception the traffic event information item represents a traffic event from a predefined list of traffic events, wherein the traffic event information item represents a traffic-relevant content provided by users of the social media platform on same. reception of a traffic event information item and a position information item, associated with the traffic event information item, from the social media Internet platform by means of a navigation appliance; comparison of the position information item with a route information item, which represents a route to be taken by the vehicle, by means of the navigation appliance in order to ascertain whether a position represented by the position information item is on the route to be taken by the vehicle; and evaluation of the traffic event information item when the position represented by the position information item is on a route to be taken by the vehicle in order determine the driving recommendation for the vehicle on the basis of the traffic event information item, characterized in that in the step of reception the traffic event information item represents a traffic event from a predefined list of traffic events, wherein the traffic event information item represents a traffic-relevant content provided by users of the social media platform on same.
A power electronic assembly comprising a power electronic module incorporating multiple of semiconductor power electronic switch components, the power electronic module comprising a base plate with a bottom surface, the power electronic assembly comprises further a cooling arrangement for cooling the power electronic module, the cooling arrangement comprising a cooling surface adapted to be attached against the bottom surface of the base plate of the power electronic module, wherein the power electronic assembly comprises further a thermal interface material arranged between the bottom surface of the base plate of the power electronic module and the cooling surface of the cooling arrangement to transfer heat from the power electronic module to the cooling arrangement, characterised in that the thermal interface material comprises a metal foil and a solid lubricant coating, wherein the solid lubricant coating is attached to the metal foil or to the bottom surface of the base plate, wherein in the assembly, the solid lubricant coating is between the metal foil and the bottom surface of the base plate.
A composition for treating a joint, comprising: an injectable formulation comprising hyaluronic acid, glucosamine, and chondroitin sulfate, the injectable formulation having a pH in the range of 3-5 and an osmolality in the range of 330-750 mOSM.
A processing method for avoiding degradated spheroidization and pouring temperature drop of liquid spheroidal graphite cast iron during pouring process, comprising: filling liquid spheroidal graphite cast iron (5, a5, b5) to be poured into a pouring electric furnace device; paving molten alkali slag (6, a6, b6), which is abundant in alkali earth metal ion, rare earth metal ion, or a mixture of them, above the liquid spheroidal graphite cast iron (5, a5, b5), wherein the temperature of the alkali slag (6, a6, b6) is controlled to be 1500°C∼ 1700°C; connecting the liquid spheroidal graphite cast iron (5, a5, b5) as a cathode to a negative pole of a DC power supply (8, a8, b8), providing a graphite electrode (4, a4, b4) in the alkali slag (6, a6, b6) with a lower end thereof always inserted into the slag for a submerged arc operation; connecting the graphite electrode as an anode to a positive pole of the DC power supply (8, a8, b8), and using the alkali slag (6, a6, b6) as the liquid electrolyte; and conducting direct current in the pouring electric furnace device through the DC power supply (8, a8, b8), wherein the strength of the direct current is determined as follows according to the capacity of the pouring electric furnace device: a current equivalent of 20∼50 Faraday for each ton of liquid spheroidal graphite cast iron (5, a5, b5) per hour. filling liquid spheroidal graphite cast iron (5, a5, b5) to be poured into a pouring electric furnace device; paving molten alkali slag (6, a6, b6), which is abundant in alkali earth metal ion, rare earth metal ion, or a mixture of them, above the liquid spheroidal graphite cast iron (5, a5, b5), wherein the temperature of the alkali slag (6, a6, b6) is controlled to be 1500°C∼ 1700°C; connecting the liquid spheroidal graphite cast iron (5, a5, b5) as a cathode to a negative pole of a DC power supply (8, a8, b8), providing a graphite electrode (4, a4, b4) in the alkali slag (6, a6, b6) with a lower end thereof always inserted into the slag for a submerged arc operation; connecting the graphite electrode as an anode to a positive pole of the DC power supply (8, a8, b8), and using the alkali slag (6, a6, b6) as the liquid electrolyte; and conducting direct current in the pouring electric furnace device through the DC power supply (8, a8, b8), wherein the strength of the direct current is determined as follows according to the capacity of the pouring electric furnace device: a current equivalent of 20∼50 Faraday for each ton of liquid spheroidal graphite cast iron (5, a5, b5) per hour.
An artificial aquifer for decreasing the contents of metals metalloids nitrate nitrite pesticides and organic micro contaminants in natural groundwater, artificial fi infiltrated ground water from surface water and comprising a basin of filling material creating at least one reaction zone, a feeding line one or more satellite wells, at least one main well and at least one pumping well, characterized in that the feeding line consists of a perforated tube applied in the upper outer periphery of the basin through which the water to be processed is fed and permeates through into the reaction zone, and wherein the main well is connected to a pumping well via a bottom outflow provided with a regulating valve to maintain a given level of water in the aquifer.
Method for transmitting a message from a first node device to one or more node devices that are neighbours of said node device, said node devices belonging to an electrical supply network using powerline and radio communications, characterised in that the method comprises the steps of: - detecting, by the first node device, a disconnection of the electrical energy supply, - checking, by the first node device, in a routing table, whether the first node device is connected by a radio link to a neighbouring node device, - sending, by the first node device, if the first node device is connected by a radio link to a neighbouring node device, a unicast message by the radio link to the neighbouring node device, the unicast message indicating a disconnection of the electrical energy supply to the first node device, - sending, by the first node device, if the first node device is not connected by a radio link to a neighbouring node device, a radio broadcast message indicating that a disconnection of the electrical energy supply is detected by the first node device - detecting, by the first node device, a disconnection of the electrical energy supply, - checking, by the first node device, in a routing table, whether the first node device is connected by a radio link to a neighbouring node device, - sending, by the first node device, if the first node device is connected by a radio link to a neighbouring node device, a unicast message by the radio link to the neighbouring node device, the unicast message indicating a disconnection of the electrical energy supply to the first node device, - sending, by the first node device, if the first node device is not connected by a radio link to a neighbouring node device, a radio broadcast message indicating that a disconnection of the electrical energy supply is detected by the first node device
A method at a user equipment, UE (102a, 102b), for wireless communication, comprising: receiving a data packet from another UE (102a, 102b) over an inter-device communication link using physical downlink shared channel, PDSCH, resources; and transmitting a hybrid automatic repeat request, HARQ, signal to a base station (112a, 112b), the HARQ signal indicating whether the data packet received over the inter-device communication link has been successfully decoded; wherein the data packet is received over the inter-device communication link using long term evolution, LTE, downlink radio resources; wherein a guard time (504, 506), which accounts for transmit timing offset between the inter-device communication link and a network-device link, is used on the PDSCH for a transmission of the data packet. receiving a data packet from another UE (102a, 102b) over an inter-device communication link using physical downlink shared channel, PDSCH, resources; and transmitting a hybrid automatic repeat request, HARQ, signal to a base station (112a, 112b), the HARQ signal indicating whether the data packet received over the inter-device communication link has been successfully decoded; wherein the data packet is received over the inter-device communication link using long term evolution, LTE, downlink radio resources; wherein a guard time (504, 506), which accounts for transmit timing offset between the inter-device communication link and a network-device link, is used on the PDSCH for a transmission of the data packet.
A method for managing an instant communication application program, comprising: when an upper-layer Application Processor, AP, side of a mobile terminal is in a standby state, preventing an instant communication application program from sending a heartbeat packet to a network server via the upper-layer AP side (101, 203); and when the instant communication application program is replaced by a modem side of the mobile terminal, sending the heartbeat packet of the instant communication application program to the corresponding network server via the modem side of the mobile terminal (102, 204). when an upper-layer Application Processor, AP, side of a mobile terminal is in a standby state, preventing an instant communication application program from sending a heartbeat packet to a network server via the upper-layer AP side (101, 203); and when the instant communication application program is replaced by a modem side of the mobile terminal, sending the heartbeat packet of the instant communication application program to the corresponding network server via the modem side of the mobile terminal (102, 204).
A method for receiving a downlink signal using a demodulation reference signal, DM-RS, from a base station at a user equipment in a multiple input multiple output, MIMO, wireless communication system, the method comprising: receiving a downlink control signal including information on a number of antenna ports related to the DM-RS from the base station; receiving a downlink data signal; and decoding the downlink data signal on the basis of the antenna ports related to the DM-RS, wherein indexes of the antenna ports related to the DM-RS are defined continuously from a minimum index of the antenna ports related to the DM-RS configured to the user equipment, and wherein the maximum number of antenna ports related to the DM-RS is 8, wherein a number of layers related to the downlink data signal is the same as the number of antenna ports related to the DM-RS. receiving a downlink control signal including information on a number of antenna ports related to the DM-RS from the base station; receiving a downlink data signal; and decoding the downlink data signal on the basis of the antenna ports related to the DM-RS, wherein indexes of the antenna ports related to the DM-RS are defined continuously from a minimum index of the antenna ports related to the DM-RS configured to the user equipment, and wherein the maximum number of antenna ports related to the DM-RS is 8, wherein a number of layers related to the downlink data signal is the same as the number of antenna ports related to the DM-RS.
A stable ready-to-use pharmaceutical composition of Rapamycin 42-ester with 3-hydroxy-2-(hydroxymethyl)-2-methylpropionic acid, that is free of antioxidants, comprising a parenterally acceptable solvent, lactic acid and a surfactant.