mhurhangee/ep-ind-claims huggingface dataset:
A coking sensor system (106, 200) for a gas turbine engine, characterized by: at least one heatable collecting element having first and second surfaces, the at least one heating element being configured to be positioned in a fuel supply passage of the gas turbine engine and having an inlet and an outlet, the at least one of the heatable collecting element being configured to generate heat at or over a fuel system temperature range to induce coking (217a, 217b) on at least one of the first and second surfaces, and a sensor configured to detect an indication of coking on at least one heatable collecting element and, in response to the coking indication, communicate a coking condition signal to an engine control of the gas turbine engine. at least one heatable collecting element having first and second surfaces, the at least one heating element being configured to be positioned in a fuel supply passage of the gas turbine engine and having an inlet and an outlet, the at least one of the heatable collecting element being configured to generate heat at or over a fuel system temperature range to induce coking (217a, 217b) on at least one of the first and second surfaces, and a sensor configured to detect an indication of coking on at least one heatable collecting element and, in response to the coking indication, communicate a coking condition signal to an engine control of the gas turbine engine.
A thermally conductive resin composition containing: an addition reaction type silicone resin; a hindered phenol-based antioxidant; a thiol-based antioxidant; a dispersant having a hydrophilic functional group and a silicone chain; and a thermally conductive filler, wherein the thermally conductive resin composition contains 65 to 90% by volume of the thermally conductive filler. an addition reaction type silicone resin; a hindered phenol-based antioxidant; a thiol-based antioxidant; a dispersant having a hydrophilic functional group and a silicone chain; and a thermally conductive filler, wherein the thermally conductive resin composition contains 65 to 90% by volume of the thermally conductive filler.
A method for operating a computing device, the method comprising: receiving an incoming communication from another computing device to initiate a voice-exchange session; in response to receiving the incoming communication, determining a message identifier of the other computing device, wherein the message identifier is determined based at least in part on data provided with the incoming communication; verifying that a device of the other computing device is enabled for receiving a message; and: if the device of the other computing device is enabled for receiving the message providing a message response option comprising: responding to receiving the incoming communication, by generating, using pre-formulated content, while not answering the incoming communication, the message to a user of the other computing device; and automatically addressing and transmitting the message to the other computing device using the message identifier determined from the incoming communication. receiving an incoming communication from another computing device to initiate a voice-exchange session; in response to receiving the incoming communication, determining a message identifier of the other computing device, wherein the message identifier is determined based at least in part on data provided with the incoming communication; verifying that a device of the other computing device is enabled for receiving a message; and: if the device of the other computing device is enabled for receiving the message providing a message response option comprising: responding to receiving the incoming communication, by generating, using pre-formulated content, while not answering the incoming communication, the message to a user of the other computing device; and automatically addressing and transmitting the message to the other computing device using the message identifier determined from the incoming communication. if the device of the other computing device is enabled for receiving the message providing a message response option comprising: responding to receiving the incoming communication, by generating, using pre-formulated content, while not answering the incoming communication, the message to a user of the other computing device; and automatically addressing and transmitting the message to the other computing device using the message identifier determined from the incoming communication. responding to receiving the incoming communication, by generating, using pre-formulated content, while not answering the incoming communication, the message to a user of the other computing device; and automatically addressing and transmitting the message to the other computing device using the message identifier determined from the incoming communication.
A polysaccharide composition consisting of lentinan, pachymaran and tremella polysaccharide; wherein the mass ratio of lentinan, pachymaran and tremella polysaccharide is::.
Switching device for disconnecting a current path in a DC supply system, said current path comprising source-end and load-end inductances (3, 5), said switching device comprising at least two series-connected switching modules, wherein each of the switching modules comprises at least one controllable semiconductor switching element, to which a series circuit consisting of a resistor and a capacitor is connected in parallel, characterized in that - the resistor is formed from a series circuit of two series-connected resistors (141, 142), wherein a first end of the series circuit is connected to a first load terminal of the controllable semiconductor switching element and a second end of the series circuit is connected to the capacitor, and - each of the switching modules also comprises a further controllable semiconductor switching element which is connected directly between a first node of the two resistors in the series circuit and a second node which connects the capacitor to a second load terminal of the controllable semiconductor switching element. - the resistor is formed from a series circuit of two series-connected resistors (141, 142), wherein a first end of the series circuit is connected to a first load terminal of the controllable semiconductor switching element and a second end of the series circuit is connected to the capacitor, and - each of the switching modules also comprises a further controllable semiconductor switching element which is connected directly between a first node of the two resistors in the series circuit and a second node which connects the capacitor to a second load terminal of the controllable semiconductor switching element.
An outdoor unit (2; 2A) of a refrigeration cycle apparatus (1; 1A) configured to circulate refrigerant between the outdoor unit and a load unit connected to the outdoor unit, the outdoor unit comprising: a compressor configured to compress refrigerant; a condenser configured to condense the refrigerant output from the compressor; and an injection circuit (70-73, 91-95) configured to return part of refrigerant on an outlet side of the condenser to the compressor without passing through the load unit, the injection circuit including an expansion valve provided on a first pipe branched from the outlet side of the condenser, a receiver provided on a low-pressure side of the expansion valve and configured to accumulate refrigerant in a gas-liquid two-phase state, and a flow control valve (72; 75) provided on a second pipe (93; 95) downstream of the receiver, the outdoor unit further comprising a controller (100; 100A) configured to control the expansion valve and the flow control valve, when a pressure of the refrigerant output from the compressor exceeds a first threshold value, the controller is configured to increase a degree of opening of the expansion valve and increase a gas-flow ratio of refrigerant returned from the receiver to the compressor by adjusting a degree of opening of the flow control valve, more than when the pressure is equal to or less than the first threshold value. a compressor configured to compress refrigerant; a condenser configured to condense the refrigerant output from the compressor; and an injection circuit (70-73, 91-95) configured to return part of refrigerant on an outlet side of the condenser to the compressor without passing through the load unit, the injection circuit including an expansion valve provided on a first pipe branched from the outlet side of the condenser, a receiver provided on a low-pressure side of the expansion valve and configured to accumulate refrigerant in a gas-liquid two-phase state, and a flow control valve (72; 75) provided on a second pipe (93; 95) downstream of the receiver, an expansion valve provided on a first pipe branched from the outlet side of the condenser, a receiver provided on a low-pressure side of the expansion valve and configured to accumulate refrigerant in a gas-liquid two-phase state, and a flow control valve (72; 75) provided on a second pipe (93; 95) downstream of the receiver, the outdoor unit further comprising a controller (100; 100A) configured to control the expansion valve and the flow control valve, when a pressure of the refrigerant output from the compressor exceeds a first threshold value, the controller is configured to increase a degree of opening of the expansion valve and increase a gas-flow ratio of refrigerant returned from the receiver to the compressor by adjusting a degree of opening of the flow control valve, more than when the pressure is equal to or less than the first threshold value.
Method for registering a communications device in a communications network, whereby between the communications device and at least one registration unit of the communication network one or more temporary communications addresses (NI1, NI2) are negotiated which are valid only for a predeterminable utilisation period (ZT1, ZT2), and the temporary communications address concerned is registered by the registration unit for said utilisation period, wherein one or more temporary communications addresses (NI1, NI2) for registration by the registration unit are proposed by the communications device and these proposed communications addresses (NI1, NI2) are transmitted by the communications device by means of a registration signal (S2*) to the registration unit, and the temporary communications address transmitted in each case is registered by the registration unit only if said temporary communications address is still freely allocatable for its utilisation period.
An apparatus for heating and producing an energy storage fluid such as water, which includes a tank in which said fluid is contained, a heat source for heating the water, as well as an insulating chamber in which the tank is placed, said tank comprising at least one area which is not in direct contact with the wall of the chamber, this area communicating with the outside of this insulating chamber and facing an aperture forming a window which the wall of said chamber includes, and aperture provided with at least one flap allowing it to be obturated on demand, characterized by the fact that said flap consists of a vertical portion of the chamber which is translationally movable relatively to a second fixed portion of the chamber, both of these portions being coaxial, but with a different diameter, and that the portion of the tank which faces the movable portion of said flap is surrounded by a heat exchange helicoidal coil connected to a heat source.
Machine tool for machining workpieces which are preferably at least partly made of wood, derived timber products or the like, having at least one machining unit for machining the workpiece, and at least one coating unit for coating the workpiece with coating material, which has at least one associated coating material magazine for providing coating material for the coating operation; and a tool changer is arranged on a rear side of the machine tool, which is located opposite an operating side, wherein the machine tool has a beam-like guide assembly along which the machining unit and the coating unit are arranged so as to be movable on the guide assembly; characterised in that the coating unit is movable to an operating side of the machine tool in such a way that the coating material magazine can be supplied with coating material by an operator, and a safety shield which can be opened on the operating side is provided for closing off the machining unit and the coating unit from the environment of the machine tool, wherein the safety shield has an opening for delivering coating material, so that even in its closed position the external delivery of coating material is made possible.
A device for pouring concrete articles such as tiles or the like, said device comprising a reservoir for concrete with an open base which forms an exit through which the concrete can leave the reservoir, wherein the reservoir comprises at least two spaces (7a, 7b; for concrete separated from each other, whereby the spaces (7a, 7b) are separated by a fixed wall which extends with a protruding section downward beyond or outside the exit and divides said exit into an exit (6a, 6b) for each space (7a, 7b) on either side of the wall, whereby the device is provided with at least one supporting platform with at least one mould adjoining thereto or therein with an upperside which when pouring the article is located in the same plane as the supporting platform and which is provided with one or more cavities, whereby each cavity has the negative form of an article to be moulded, and whereby the reservoir is movable in relation to the supporting platform and the mould between a filling position, whereby the reservoir rests with its open base on the supporting platform and a pouring position, whereby the reservoir with said exits (7a and 7b) of the at least two spaces is located above at least one cavity of the mould, characterised in that in the supporting platform a continuous groove is provided for guiding the bottom edge of the fixed wall with a sharp downward pointing tip while moving the reservoir, said groove continuing into the one or more moulds to form a separation in the upper surface of the poured article in the mould between the concrete coming from two adjacent spaces (7a and 7b) of the reservoir.
A thermal printer comprising: a communication interface configured to receive print data from an external device; a thermal print head configured to thermally print on a sheet, line by line according to the received print data; a motor configured to drive a roller to transport the sheet, line by line according to the received print data; and a processor configured to: determine, for a current print line, a target transport speed for transporting the sheet, retrieve one or more intermediate speeds that are defined in advance and are between a current transport speed of transporting the sheet and the target transport speed, retrieve, for each determined intermediate speed, predetermined heating control information for heating the thermal print head, control the motor to transport the sheet at each determined intermediate speed and the target transport speed, sequentially, and control the thermal print head to be heated in accordance with the predetermined heating control information corresponding to the determined intermediate speed closest to the current speed. a communication interface configured to receive print data from an external device; a thermal print head configured to thermally print on a sheet, line by line according to the received print data; a motor configured to drive a roller to transport the sheet, line by line according to the received print data; and a processor configured to: determine, for a current print line, a target transport speed for transporting the sheet, retrieve one or more intermediate speeds that are defined in advance and are between a current transport speed of transporting the sheet and the target transport speed, retrieve, for each determined intermediate speed, predetermined heating control information for heating the thermal print head, control the motor to transport the sheet at each determined intermediate speed and the target transport speed, sequentially, and control the thermal print head to be heated in accordance with the predetermined heating control information corresponding to the determined intermediate speed closest to the current speed. determine, for a current print line, a target transport speed for transporting the sheet, retrieve one or more intermediate speeds that are defined in advance and are between a current transport speed of transporting the sheet and the target transport speed, retrieve, for each determined intermediate speed, predetermined heating control information for heating the thermal print head, control the motor to transport the sheet at each determined intermediate speed and the target transport speed, sequentially, and control the thermal print head to be heated in accordance with the predetermined heating control information corresponding to the determined intermediate speed closest to the current speed.
A needle for use with a biopsy device comprising: (a) an outer cannula defining a cutter lumen for receiving a cutter therein and a lateral lumen adjacent to the cutter lumen; and (b) a tissue piercing tip having a body defining a plurality of cutting edges, the plurality of cutting edges together defining a plurality of cutting surfaces, a marker opening disposed on at least one cutting surface of the plurality of cutting surfaces between opposing cutting edges of the plurality of cutting edges, and a marker lumen extending distally through the body from the marker opening to a proximal opening, wherein the proximal opening is in communication with the cutter lumen. (a) an outer cannula defining a cutter lumen for receiving a cutter therein and a lateral lumen adjacent to the cutter lumen; and (b) a tissue piercing tip having a body defining a plurality of cutting edges, the plurality of cutting edges together defining a plurality of cutting surfaces, a marker opening disposed on at least one cutting surface of the plurality of cutting surfaces between opposing cutting edges of the plurality of cutting edges, and a marker lumen extending distally through the body from the marker opening to a proximal opening, wherein the proximal opening is in communication with the cutter lumen.
A method of controlling a microgrid including a plurality of controllable assets (11-14; 21-23; 31-33), the method comprising: retrieving, by an energy management system, EMS, a forecast variable value for at least one forecast variable; executing, by the EMS, an optimization routine to determine an operating point vector for the plurality of controllable assets (11-14; 21-23; 31-33) that causes a target function to be maximum or minimum for the retrieved forecast variable value, the operating point vector including an operating point value (73, 83, 93) for each of the plurality of controllable assets; executing, by the EMS, the optimization routine to determine several additional operating point vectors for the plurality of controllable assets (11-14; 21-23; 31-33), the additional operating point vectors being determined to cause the target function to be maximum or minimum for modified forecast variable values that deviate from the retrieved forecast variable value; and providing both the operating point vector and the several additional operating point vectors to a power management system, PMS, of the microgrid. retrieving, by an energy management system, EMS, a forecast variable value for at least one forecast variable; executing, by the EMS, an optimization routine to determine an operating point vector for the plurality of controllable assets (11-14; 21-23; 31-33) that causes a target function to be maximum or minimum for the retrieved forecast variable value, the operating point vector including an operating point value (73, 83, 93) for each of the plurality of controllable assets; executing, by the EMS, the optimization routine to determine several additional operating point vectors for the plurality of controllable assets (11-14; 21-23; 31-33), the additional operating point vectors being determined to cause the target function to be maximum or minimum for modified forecast variable values that deviate from the retrieved forecast variable value; and providing both the operating point vector and the several additional operating point vectors to a power management system, PMS, of the microgrid.
A solar window shade adapted for use in an airliner passenger cabin, comprising: a window shade; a solar panel incorporated into the window shade, the solar panel arranged to face outward to receive light from outside the passenger cabin; and a charging port incorporated into the window shade, the charging port (18, 22, 24) electrically connected to the solar panel and operable for charging an electronic device, characterized in that the window shade comprises a handle arranged along a bottom edge thereof, wherein the charging port (18, 22, 24) is located in the handle and faces inward in a direction of the cabin; and a battery located in the handle, the battery electrically connected to the solar panel and the charging port (18, 22, 24). a window shade; a solar panel incorporated into the window shade, the solar panel arranged to face outward to receive light from outside the passenger cabin; and a charging port incorporated into the window shade, the charging port (18, 22, 24) electrically connected to the solar panel and operable for charging an electronic device, characterized in that the window shade comprises a handle arranged along a bottom edge thereof, wherein the charging port (18, 22, 24) is located in the handle and faces inward in a direction of the cabin; and a battery located in the handle, the battery electrically connected to the solar panel and the charging port (18, 22, 24).
A method performed by a circuit for an array of antenna elements (102 a-n), wherein the array of antenna elements is included in a single-column antenna (102, 501, 701), the method comprising: filtering a first receive signal, by a first receive filter, received from the array of antenna elements via a first signal path; filtering a second receive signal, by a second receive filter, received from the array of antenna elements via a second signal path; transmitting, by a transmitter (507 a-b), a transmit signal; filtering, by a transmit filter, the transmit signal received via a third signal path; outputting, by the transmit filter, a filtered transmit signal in response to the transmit signal; transferring a first portion of the filtered transmit signal, from the transmit filter to the array of antenna elements, via a transmission network; and transferring a second portion of the filtered transmit signal, from the transmit filter to the array of antenna elements, via the transmission network, the transmission network having a first and second λ/4 transmission line (610, 611) coupled between the first and second signal paths and a third λ/4 transmission line coupled to the transmit filter and the first and second λ/4 transmission lines. filtering a first receive signal, by a first receive filter, received from the array of antenna elements via a first signal path; filtering a second receive signal, by a second receive filter, received from the array of antenna elements via a second signal path; transmitting, by a transmitter (507 a-b), a transmit signal; filtering, by a transmit filter, the transmit signal received via a third signal path; outputting, by the transmit filter, a filtered transmit signal in response to the transmit signal; transferring a first portion of the filtered transmit signal, from the transmit filter to the array of antenna elements, via a transmission network; and transferring a second portion of the filtered transmit signal, from the transmit filter to the array of antenna elements, via the transmission network, the transmission network having a first and second λ/4 transmission line (610, 611) coupled between the first and second signal paths and a third λ/4 transmission line coupled to the transmit filter and the first and second λ/4 transmission lines.