mhurhangee/ep-ind-claims huggingface dataset:
A metalized film capacitor comprising: a metalized film including an insulating film made of dielectric material, a first electrode that is a vapor deposited metal electrode disposed on an upper surface of the insulating film; a second electrode disposed on a lower surface of the insulating film, the second electrode facing the first electrode across the insulating film; a first electrode terminal connected to the first electrode; and a second electrode terminal connected to the second electrode, wherein an end of the first electrode and an end of the insulating film extend so as to be connected to the first electrode terminal, wherein the first electrode includes: a center region away from the end of the first electrode and faces the second electrode across the insulating film; and a low resistance section made of Al-Zn-Mg alloy disposed at the end of the first electrode, the low resistance section being thicker than the center region, wherein the center region of the first electrode is made of Al-Mg alloy, and wherein an atomic percentage of the Mg contained in the low resistance section is lower than an atomic percentage of the Mg contained in the center region. a metalized film including an insulating film made of dielectric material, a first electrode that is a vapor deposited metal electrode disposed on an upper surface of the insulating film; a second electrode disposed on a lower surface of the insulating film, the second electrode facing the first electrode across the insulating film; a first electrode terminal connected to the first electrode; and a second electrode terminal connected to the second electrode, wherein an end of the first electrode and an end of the insulating film extend so as to be connected to the first electrode terminal, wherein the first electrode includes: a center region away from the end of the first electrode and faces the second electrode across the insulating film; and a low resistance section made of Al-Zn-Mg alloy disposed at the end of the first electrode, the low resistance section being thicker than the center region, a center region away from the end of the first electrode and faces the second electrode across the insulating film; and a low resistance section made of Al-Zn-Mg alloy disposed at the end of the first electrode, the low resistance section being thicker than the center region, wherein the center region of the first electrode is made of Al-Mg alloy, and wherein an atomic percentage of the Mg contained in the low resistance section is lower than an atomic percentage of the Mg contained in the center region.
A system for regional citrate anticoagulation in an extracorporeal blood circuit including an arterial blood line arranged to be connected to an access catheter for withdrawing blood from a patient and a venous blood line arranged to be connected to the access catheter for returning blood to the patient, the system comprising: a hemofilter in fluid communication with the arterial and venous blood lines (114, 118); a pre-filter infusion line and pump having a pre-dilution connection to the arterial blood line upstream from the hemofilter for infusing a pre-dilution solution comprising a citrate anticoagulant-containing solution; a post-filter infusion line and pump capable of a post-dilution connection to the venous blood line downstream from the hemofilter for infusing a post-dilution solution comprising a bicarbonate-containing solution; an effluent fluid line and ultrafiltration pump in fluid communication with the hemofilter for receiving filter effluent fluid; an additional infusion line and infusion pump having a connection to the venous blood line downstream from the post-dilution connection for infusing an additional infusion solution comprising a calcium- and magnesium-containing solution; a monitor for determining a performance of the hemofilter in removing citrate from the blood; and a control program for providing a prescription which ensures that a single pass removal of citrate on the hemofilter from blood into the filter effluent fluid is at least 66% during the operation of the system, and adjusting infusion of the additional infusion solution based on systemic citrate and calcium levels. a hemofilter in fluid communication with the arterial and venous blood lines (114, 118); a pre-filter infusion line and pump having a pre-dilution connection to the arterial blood line upstream from the hemofilter for infusing a pre-dilution solution comprising a citrate anticoagulant-containing solution; a post-filter infusion line and pump capable of a post-dilution connection to the venous blood line downstream from the hemofilter for infusing a post-dilution solution comprising a bicarbonate-containing solution; an effluent fluid line and ultrafiltration pump in fluid communication with the hemofilter for receiving filter effluent fluid; an additional infusion line and infusion pump having a connection to the venous blood line downstream from the post-dilution connection for infusing an additional infusion solution comprising a calcium- and magnesium-containing solution; a monitor for determining a performance of the hemofilter in removing citrate from the blood; and a control program for providing a prescription which ensures that a single pass removal of citrate on the hemofilter from blood into the filter effluent fluid is at least 66% during the operation of the system, and adjusting infusion of the additional infusion solution based on systemic citrate and calcium levels.
A printing system comprising: a plurality of printheads (144, 148), each printhead in the plurality of printheads being configured to eject marking material; a conveyor configured to move a stack of nested objects toward the plurality of printheads, the conveyor including a member (404, 408) having a plurality of protuberances that extend from the member to engage a portion of each object in the stack of nested objects except the object closest to the plurality of printheads; a spindle configured for reciprocal movement; an actuator operatively connected to the spindle to enable the actuator to move the spindle within an orifice of the object in the stack of nested objects that is closest to the plurality of printheads to engage the object and to move the object to a position opposite the plurality of printheads; and a controller operatively connected to the plurality of printheads, the conveyor, and the actuator, the controller being configured to operate the conveyor to move at least a portion of the stack of nested objects within the printing system, to operate the actuator to move the spindle within the orifice of the object in the stack of nested objects that is closest to the plurality of printheads to engage the object, remove the object from the stack, and move the object to a position opposite the plurality of printheads, and to operate the plurality of printheads to eject marking material onto the object on the spindle. a plurality of printheads (144, 148), each printhead in the plurality of printheads being configured to eject marking material; a conveyor configured to move a stack of nested objects toward the plurality of printheads, the conveyor including a member (404, 408) having a plurality of protuberances that extend from the member to engage a portion of each object in the stack of nested objects except the object closest to the plurality of printheads; a spindle configured for reciprocal movement; an actuator operatively connected to the spindle to enable the actuator to move the spindle within an orifice of the object in the stack of nested objects that is closest to the plurality of printheads to engage the object and to move the object to a position opposite the plurality of printheads; and a controller operatively connected to the plurality of printheads, the conveyor, and the actuator, the controller being configured to operate the conveyor to move at least a portion of the stack of nested objects within the printing system, to operate the actuator to move the spindle within the orifice of the object in the stack of nested objects that is closest to the plurality of printheads to engage the object, remove the object from the stack, and move the object to a position opposite the plurality of printheads, and to operate the plurality of printheads to eject marking material onto the object on the spindle.
An air conditioner comprising: an indoor unit comprising an indoor heat exchanger; a first outdoor unit connected to the indoor unit, the first outdoor unit comprising a first compressor compressing a refrigerant, a first outdoor heat exchanger, a first low-pressure sensor to detect a suction-side pressure of the first compressor and a first high-pressure sensor to detect a discharge-side pressure of the first compressor; a second outdoor unit comprising an engine generating a power by using combustion gas, a generator supplying electricity into the first compressor by using the power generated in the engine, a second compressor compressing the refrigerant by using the power of the engine, and a second outdoor heat exchanger; and a controller (120a, 130a) configured for determining an operation of the second compressor on the basis of required cooling or heating load while the first compressor operates, wherein the air conditioner further comprises a third compressor in the second outdoor unit, and the controller is further configured to determine an operation of the third compressor on the basis of the required cooling or heating load.
An active control system for a moving body traveling along a guideway (2, 2'), comprising: at least one displacement sensor configured to measure a displacement (D, D') between a reference surface on a moving body and a fixed reference surface on a guideway side; at least one motion sensor, wherein signals from the at least one displacement sensor and the at least one motion sensor are processed to adjust a displacement (D, D') of the reference surface of the moving body from the fixed reference surface on the guideway side to maintain a desired displacement (D, D') from the fixed reference surface on the guideway side, characterized in that the active control system further comprises at least one first filter coupled to receive the signals from the at least one displacement sensor, wherein the at least one first filter comprises at least one of a low pass filter, a notch filter, or a combination of low and high pass filter (13, 14); and at least one second filter coupled to receive the signals from the at least one motion sensor, wherein the at least one second filter comprises at least one of a high pass filter, a resonator, or a bandpass filter. at least one displacement sensor configured to measure a displacement (D, D') between a reference surface on a moving body and a fixed reference surface on a guideway side; at least one motion sensor, wherein signals from the at least one displacement sensor and the at least one motion sensor are processed to adjust a displacement (D, D') of the reference surface of the moving body from the fixed reference surface on the guideway side to maintain a desired displacement (D, D') from the fixed reference surface on the guideway side, characterized in that the active control system further comprises at least one first filter coupled to receive the signals from the at least one displacement sensor, wherein the at least one first filter comprises at least one of a low pass filter, a notch filter, or a combination of low and high pass filter (13, 14); and at least one second filter coupled to receive the signals from the at least one motion sensor, wherein the at least one second filter comprises at least one of a high pass filter, a resonator, or a bandpass filter. at least one first filter coupled to receive the signals from the at least one displacement sensor, wherein the at least one first filter comprises at least one of a low pass filter, a notch filter, or a combination of low and high pass filter (13, 14); and at least one second filter coupled to receive the signals from the at least one motion sensor, wherein the at least one second filter comprises at least one of a high pass filter, a resonator, or a bandpass filter.
A terminal apparatus communicating with a base station apparatus, the terminal apparatus comprising: a reception unit configured to receive first information indicating whether discrete Fourier transform spread orthogonal frequency division multiplexing, DFT-S-OFDM, is selected for physical uplink shared channel, PUSCH, and second information configuring time density of phase tracking reference signal, PTRS, for the DFT-S-OFDM, a multiplexing unit configured to map the PTRS to continuous symbols of resources for the PUSCH before DFT spreading based on the second information in a case that the first information indicates that the DFT-S-OFDM is selected; and a radio transmission unit configured to transmit the PUSCH and the PTRS. a reception unit configured to receive first information indicating whether discrete Fourier transform spread orthogonal frequency division multiplexing, DFT-S-OFDM, is selected for physical uplink shared channel, PUSCH, and second information configuring time density of phase tracking reference signal, PTRS, for the DFT-S-OFDM, a multiplexing unit configured to map the PTRS to continuous symbols of resources for the PUSCH before DFT spreading based on the second information in a case that the first information indicates that the DFT-S-OFDM is selected; and a radio transmission unit configured to transmit the PUSCH and the PTRS.
Loudspeaker array comprising a circuit board, a MEMS loudspeaker, which is intended for generating sound waves in the audible wavelength range, and which has a diaphragm deflectable along a Z axis, and an ASIC, which is electrically connected to the MEMS loudspeaker, wherein the circuit board has a first circuit board cavity, in which the ASIC is arranged, and that the circuit board has a second circuit board cavity having an opening, which is closed by means of the MEMS loudspeaker, so that the second circuit board cavity forms at least a part of a cavity of the MEMS loudspeaker, characterized in that the first circuit board cavity is closed, so that the ASIC is completely integrated and embedded into the circuit board, and the loudspeaker array has a sound-conducting channel, adjacent to the MEMS loudspeaker, comprising an acoustic outlet opening, the sound-conducting channel extends oblique to the Z axis of the MEMS loudspeaker and the acoustic outlet opening is arranged on a side face of the loudspeaker array.
Method for soil steam sterilization providing the following steps: - working the soil with a spading or tilling roller which is rotated about its own axis and contemporaneously moving the spading roller forward by a translation in a direction perpendicular to the axis of rotation; - contemporaneously supplying sterilization or disinfection steam in the soil, with a predetermined pressure and with a predetermined temperature, in the soil area being worked by the spading roller or immediately adjacent to said spading roller, characterized in that said steam is fed from a shared horizontal manifold by a row of tubes side by side with a predetermined length and distance one from the other extend, which tubes are provided with steam dispensing nozzles along their side walls, generating a cloud or grid or curtain of steam jets extending substantially vertically and tangent or it is secant to said spading roller, behind it and such to be passed through by the trajectories of the soil lifted up by the spading roller and projected behind it, obtaining a step heating the soil dug and lifted by the spading roller before falling back in the furrow behind the spading roller. - working the soil with a spading or tilling roller which is rotated about its own axis and contemporaneously moving the spading roller forward by a translation in a direction perpendicular to the axis of rotation; - contemporaneously supplying sterilization or disinfection steam in the soil, with a predetermined pressure and with a predetermined temperature, in the soil area being worked by the spading roller or immediately adjacent to said spading roller, characterized in that said steam is fed from a shared horizontal manifold by a row of tubes side by side with a predetermined length and distance one from the other extend, which tubes are provided with steam dispensing nozzles along their side walls, generating a cloud or grid or curtain of steam jets extending substantially vertically and tangent or it is secant to said spading roller, behind it and such to be passed through by the trajectories of the soil lifted up by the spading roller and projected behind it, obtaining a step heating the soil dug and lifted by the spading roller before falling back in the furrow behind the spading roller. characterized in that said steam is fed from a shared horizontal manifold by a row of tubes side by side with a predetermined length and distance one from the other extend, which tubes are provided with steam dispensing nozzles along their side walls, generating a cloud or grid or curtain of steam jets extending substantially vertically and tangent or it is secant to said spading roller, behind it and such to be passed through by the trajectories of the soil lifted up by the spading roller and projected behind it, obtaining a step heating the soil dug and lifted by the spading roller before falling back in the furrow behind the spading roller.
Attachment door, in particular an insect protection door, comprising a frame and a sliding leaf displaceably accommodated therein, wherein the sliding leaf is connected via a traction means to a retraction element which builds up a return force when sliding the sliding leaf from the closed position, characterized in that the retraction element in the form of a spiral spring and the traction means are arranged in a housing which is fastened laterally to the frame, that is to say in the direct lateral extension of the frame, from which housing the traction means is guided within the frame to the sliding leaf, and is fastened to a bearing component arranged on the sliding leaf.
A two-component aerosol can for dispensing sealing and assembly foams based on isocyanates, having an outer pressure container which holds a prepolymer component and a propellant gas, the outer pressure container being in communication with a first valve device and with a first channel, an inner container which holds a curing component and a propellant gas, the inner container being in communication with a second valve device and with a second channel, and a spray head which comprises a device for simultaneously actuating the first and second valve devices, and also a spray tube into which the first and second channels jointly open, characterized in that the second valve device or the second channel comprises a throttle element which tailors the dispensing rate of the curing component to that of the prepolymer component, the curing component being not sufficient to satisfy the isocyanate groups of the prepolymer component, such that in the mixture of prepolymer component and curing component dispensed there is an isocyanate excess of more than 3 wt%, based on the weight of the mixture. an outer pressure container which holds a prepolymer component and a propellant gas, the outer pressure container being in communication with a first valve device and with a first channel, an inner container which holds a curing component and a propellant gas, the inner container being in communication with a second valve device and with a second channel, and a spray head which comprises a device for simultaneously actuating the first and second valve devices, and also a spray tube into which the first and second channels jointly open, characterized in that the second valve device or the second channel comprises a throttle element which tailors the dispensing rate of the curing component to that of the prepolymer component, the curing component being not sufficient to satisfy the isocyanate groups of the prepolymer component, such that in the mixture of prepolymer component and curing component dispensed there is an isocyanate excess of more than 3 wt%, based on the weight of the mixture.
A method of carbon monoxide hydrogenation comprising: (a) providing a catalyst in a reaction chamber, wherein the catalyst comprises a supported Fischer-Tropsch catalytic metal; (b) passing a feed stream comprising carbon monoxide gas and hydrogen gas through the catalyst; (c) heating the catalyst to at least 200°C; and (d) collecting a product stream, characterized in that the feed stream has a contact time in the reactor of less than two seconds; and wherein the product stream exhibits the properties of at least a 50% conversion of carbon monoxide and at most 25% selectivity toward methane; wherein the reaction chamber is in thermal contact with a heat exchanger and wherein heat is transferred from the reaction chamber to the heat exchanger; and at least 1 milliliter per minute of liquid product is produced, where the volume of liquid product is measured at 20°C and 1 atm, or at least 1 liter per minute of gaseous hydrocarbon product is produced, wherein the product contains at least 2 carbon atoms per molecule and where the volume of gaseous product is measured at 20°C and 1 atm. (a) providing a catalyst in a reaction chamber, wherein the catalyst comprises a supported Fischer-Tropsch catalytic metal; (b) passing a feed stream comprising carbon monoxide gas and hydrogen gas through the catalyst; (c) heating the catalyst to at least 200°C; and (d) collecting a product stream,
A filter-monitoring switch (200,300) comprising: first and second contacts for connection to an electric circuit; a conductive member (226E, 326E) for electrically coupling the first contact to the second contact; a diaphragm (222, 322) coupled to move the conductive member (226E, 326E); and a push plate (226, 326, 400) coupled to the diaphragm (222,322) and having a central pin (226D, 326D) coupled to the conductive member (226E, 326E), characterized in that the conductive member (226E, 326E) is located along a length of the central pin (226D, 326D), and has substantially the same outer diameter as a non-conductive portion of the central pin (226I, 326D). first and second contacts for connection to an electric circuit; a conductive member (226E, 326E) for electrically coupling the first contact to the second contact; a diaphragm (222, 322) coupled to move the conductive member (226E, 326E); and a push plate (226, 326, 400) coupled to the diaphragm (222,322) and having a central pin (226D, 326D) coupled to the conductive member (226E, 326E), characterized in that the conductive member (226E, 326E) is located along a length of the central pin (226D, 326D), and has substantially the same outer diameter as a non-conductive portion of the central pin (226I, 326D).