mhurhangee/ep-ind-claims huggingface dataset:
A two-segment electromagnet semi-solid die-casting apparatus comprising: a mold member comprising a movable mold and a fixed mold; an injection member comprising a sleeve and a plunger and configured to inject molten metal into the mold member; and a two-segment electromagnet stirring member comprising a first electromagnetic stirring part and a second electromagnetic stirring part, the first electromagnetic stirring part being located at one end of the movable mold and being configured to be moved in conjunction with the movable mold and the second electromagnetic stirring part being located at one end of the fixed mold, wherein the first electromagnetic stirring part is configured to be moved with movement of the movable mold to be coupled to the second electromagnetic stirring part to surround an outer circumferential surface of the sleeve, and the two-segment electromagnet stirring member is configured to perform electromagnetic stirring to the molten metal located in the sleeve. a mold member comprising a movable mold and a fixed mold; an injection member comprising a sleeve and a plunger and configured to inject molten metal into the mold member; and a two-segment electromagnet stirring member comprising a first electromagnetic stirring part and a second electromagnetic stirring part, the first electromagnetic stirring part being located at one end of the movable mold and being configured to be moved in conjunction with the movable mold and the second electromagnetic stirring part being located at one end of the fixed mold, wherein the first electromagnetic stirring part is configured to be moved with movement of the movable mold to be coupled to the second electromagnetic stirring part to surround an outer circumferential surface of the sleeve, and the two-segment electromagnet stirring member is configured to perform electromagnetic stirring to the molten metal located in the sleeve.
A heat dissipation apparatus, comprising multiple heat exchange sheets (1, 2, 3), wherein the multiple heat exchange sheets are successively arranged at intervals along a thickness direction of the heat exchange sheets, at least one first path and at least one second path are formed between the multiple heat exchange sheets, the at least one first path and the at least one second path are respectively disposed on two sides of the heat exchange sheets, and by using the heat exchange sheets, the at least one first path and the at least one second path are isolated from each other and perform heat exchange; and the first path is configured to accommodate a first fluid, the second path is configured to accommodate a second fluid, and the first fluid and the second fluid are used to transfer heat by flowing; wherein the first path has a first inlet and a first outlet that are disposed opposite to each other, and the first path comprises a first countercurrent channel, a guide channel, and a first-outlet cross-flow channel; two ends of the first countercurrent channel are respectively connected to the first inlet and the first outlet;; and the second path has a second inlet and a second outlet that are disposed opposite to each other, the second path comprises a second countercurrent channel and a second-inlet cross-flow channel, and one end of the second countercurrent channel is connected to the second outlet and the other end is connected to the second inlet by using the second-inlet cross-flow channel, whereby the first countercurrent channel and the second countercurrent channel are disposed opposite to each other, and the first countercurrent channel and the second countercurrent channel are parallel to each other, so that flow directions of the first fluid and the second fluid are opposite to each other, and countercurrent heat exchange is performed; the first-outlet cross-flow channel and the second-inlet cross-flow channel are disposed opposite to each other, and an extension direction of the first-outlet cross-flow channel and that of the second-inlet cross-flow channel intersect, so that the flow directions of the first fluid and the second fluid intersect, and cross-flow heat exchange is performed; the first countercurrent channel and the guide channel are disposed side by side, and the first countercurrent channel and the guide channel are isolated from each other by using a protruding isolation rib; characterised in that one end of the guide channel is connected to the first inlet, and the other end is connected to the first outlet by using the first-outlet cross-flow channel; and an isolation structure is disposed next to the second path, opposite to a spatial region of the guide channel, so that the second fluid does not pass the spatial region.
A video laryngoscope system comprising: an imager that generates a first frame and a second frame of a plurality of video frames using a rolling shutter; an audio processing circuitry that determines a base frequency of a vocalization based on an audio signal; a light source that generates pulses (p0-p4) of light based on the base frequency; and an exposure controller that adjusts a duration and position in time of the pulses (p0-p4) based on the base frequency during the first and second frames (f0; f1); characterized by a line gain module that selectively applies a line gain (C LINE) to at least a portion of the first frame and a portion of the second frame based on a gap time between the first frame and the second frame and the duration and position in time of the pulses (p0-p4). an imager that generates a first frame and a second frame of a plurality of video frames using a rolling shutter; an audio processing circuitry that determines a base frequency of a vocalization based on an audio signal; a light source that generates pulses (p0-p4) of light based on the base frequency; and an exposure controller that adjusts a duration and position in time of the pulses (p0-p4) based on the base frequency during the first and second frames (f0; f1); characterized by a line gain module that selectively applies a line gain (C LINE) to at least a portion of the first frame and a portion of the second frame based on a gap time between the first frame and the second frame and the duration and position in time of the pulses (p0-p4).
A gastro-resistant pharmaceutical composition comprising posaconazole, an enteric polymer and a water soluble neutral or anionic polysaccharide, wherein posaconazole is molecularly dispersed in the enteric polymer by hot-melt extrusion, wherein the enteric polymer is selected from hydroxypropyl methylcellulose phthalate, hydroxypropyl methylcellulose succinate, polyvinylacetate phthalate, cellulose acetate phthalate, cellulose acetate terephthalate, cellulose acetate isophthalate, cellulose acetate butyrate, cellulose acetate trimellitate, methylcellulose acetate phthalate and hydroxypropyl cellulose acetate phthalate, poly(methacrylic acid/methyl methacrylate) 1:1, poly(methacrylic acid/methyl methacrylate) 1:2 and poly(methacrylic acid/ethyl acrylate), and wherein the water soluble neutral or anionic polysaccharide is selected from a water soluble cellulose ether, starch and a starch derivative.
A method of transmitting data, comprising: encapsulating at least one of video data and audio data in a datastream comprising a plurality of transport packets, each transport packet comprising a header portion and a payload portion; determining whether a particular transport packet can be transmitted using one of a full size packet header format and a reduced size packet header format; forming transport packets for the datastream in response to the determined format, wherein a first header of a first packet is provided as a reference for a second header for a second packet, the first header corresponding to the full size packet header format and the second header corresponding to the reduced size packet header format, wherein a sequence number of the first packet is represented by a plurality of bits in a first field of the first header, wherein a sequence number of said second packet, is indicated in a second field of said second header using least significant bits of another plurality of bits, said another plurality of bits corresponding to said sequence number of said second packet, and wherein a reference sequence number is indicated in a third field of the second header using least significant bits of said plurality of bits to indicate that the second header uses the first header as a reference; and transmitting the formed transport packets. encapsulating at least one of video data and audio data in a datastream comprising a plurality of transport packets, each transport packet comprising a header portion and a payload portion; determining whether a particular transport packet can be transmitted using one of a full size packet header format and a reduced size packet header format; forming transport packets for the datastream in response to the determined format, wherein a first header of a first packet is provided as a reference for a second header for a second packet, the first header corresponding to the full size packet header format and the second header corresponding to the reduced size packet header format, wherein a sequence number of the first packet is represented by a plurality of bits in a first field of the first header, wherein a sequence number of said second packet, is indicated in a second field of said second header using least significant bits of another plurality of bits, said another plurality of bits corresponding to said sequence number of said second packet, and wherein a reference sequence number is indicated in a third field of the second header using least significant bits of said plurality of bits to indicate that the second header uses the first header as a reference; and transmitting the formed transport packets.
A user equipment comprising: a receiver adapted to receive a downlink signal, the downlink signal containing information about a Noise plus Interference, N + I, level at a home eNodeB for the user equipment; and a processor coupled to the receiver and adapted to determining an uplink power level based on the received information about the N + I level at the home eNodeB, an instantaneous antenna gain (G 1) of the user equipment between the user equipment and the home eNodeB, and a target uplink Signal-to-Interference-plus-Noise Ratio, SINR t arg et, of an uplink signal of the user equipment to the home eNodeB, wherein the SINR target is based on the instantaneous antenna gain (Gi) of the user equipment between the user equipment and the home eNodeB and an instantaneous antenna gain of the user equipment between the user equipment and another eNodeB, characterized in that the receiver is adapted to receive said downlink signal in a full-duplex wireless network; the SINR target is further based on an instantaneous antenna gain (G 3) of the user equipment between the user equipment and another user equipment. a receiver adapted to receive a downlink signal, the downlink signal containing information about a Noise plus Interference, N + I, level at a home eNodeB for the user equipment; and a processor coupled to the receiver and adapted to determining an uplink power level based on the received information about the N + I level at the home eNodeB, an instantaneous antenna gain (G 1) of the user equipment between the user equipment and the home eNodeB, and a target uplink Signal-to-Interference-plus-Noise Ratio, SINR t arg et, of an uplink signal of the user equipment to the home eNodeB, wherein the SINR target is based on the instantaneous antenna gain (Gi) of the user equipment between the user equipment and the home eNodeB and an instantaneous antenna gain of the user equipment between the user equipment and another eNodeB, characterized in that the receiver is adapted to receive said downlink signal in a full-duplex wireless network; the SINR target is further based on an instantaneous antenna gain (G 3) of the user equipment between the user equipment and another user equipment.
A radio frequency audio processor comprising one or more weak signal processing components for generating one or more corresponding control values (36a, 36b) for controlling characteristics of the audio output from the processor, and a blanking pulse generation component for generating a blanking pulse signal in relation to an impulse noise signal imposed on the radio frequency signal, characterized by at least one detector (30a, 30b) for determining a state value of the blanking pulse signal; at least one alignment function module (32a, 32b) operable on the state value to generate at least one corrected control value corresponding to one of the weak signal processing components; and a decision module (34a, 34b) for comparing said at least one corrected control value to the control value (36a, 36b) generated by a corresponding one of the weak signal processing components and selecting one of said corrected control value or the control value to be provided to the audio processor (40a, 40b) for controlling characteristics of the audio output from the processor.
A logic two-to-one multiplexer, comprising: two input terminals (A, B); one output terminal; a control terminal; and a multiple of four series-connected two-to-one unitary multiplexers (72, 74, 76, 78), all inverting and identical, said multiple of four multiplexers comprising: a first unitary multiplexer having its inputs connected to the input terminals; a last unitary multiplexer having its output connected to the output terminal, and wherein the last and the other unitary multiplexers (74, 76) of said multiple have their respective inputs directly interconnected to the output of the previous multiplexer in the series association, and half of the unitary multiplexers of said multiple are controlled in reverse with respect to another half. two input terminals (A, B); one output terminal; a control terminal; and a multiple of four series-connected two-to-one unitary multiplexers (72, 74, 76, 78), all inverting and identical, said multiple of four multiplexers comprising: a first unitary multiplexer having its inputs connected to the input terminals; a last unitary multiplexer having its output connected to the output terminal, and wherein the last and the other unitary multiplexers (74, 76) of said multiple have their respective inputs directly interconnected to the output of the previous multiplexer in the series association, and half of the unitary multiplexers of said multiple are controlled in reverse with respect to another half. a first unitary multiplexer having its inputs connected to the input terminals; a last unitary multiplexer having its output connected to the output terminal, and wherein the last and the other unitary multiplexers (74, 76) of said multiple have their respective inputs directly interconnected to the output of the previous multiplexer in the series association, and half of the unitary multiplexers of said multiple are controlled in reverse with respect to another half.
A melt treatment method for a phosphorus-containing material, the method comprising: a pretreatment step of adjusting a water content of a phosphorus-containing material with an amount of phosphorus in terms of dry solid being 0.04% by weight or more; a melting step of melting the phosphorus-containing material, having had water adjusted in the pretreatment step, put into a melting furnace; and a cooling step of cooling and solidifying slag generated by the melting in the melting step, wherein with an iron compound adding step of adding a trivalent iron compound to the phosphorus-containing material executed in the pretreatment step or before or after the pretreatment step, with the reducing atmosphere achieved around the trivalent iron compound by pyrolysis gas generated in pyrolysis of organic matter included in phosphorus-containing material, and with the phosphorus-containing material being melted in the state that the trivalent iron compound is reduced to a divalent iron compound, possibility of volatilization of a phosphorus component in the phosphorus-containing material is lowered in the melting step and the phosphorus component is captured in the slag while lowering possibility of turning into a metal phosphorus compound including iron phosphide. a pretreatment step of adjusting a water content of a phosphorus-containing material with an amount of phosphorus in terms of dry solid being 0.04% by weight or more; a melting step of melting the phosphorus-containing material, having had water adjusted in the pretreatment step, put into a melting furnace; and a cooling step of cooling and solidifying slag generated by the melting in the melting step,
Circuitry comprising: • a charge pump buck power supply comprising a charge pump buck converter having a first output inductance node, a first inductive element, and an energy storage element, such that the first inductive element is coupled between the first output inductance node and the energy storage element; and characterized in including: • a buck power supply comprising a buck converter having a second output inductance node and the energy storage element, such that: • the buck power supply at the second output inductance node is voltage compatible with the charge pump buck power supply at the first output inductance node; and • the charge pump buck power supply and the buck power supply share the energy storage element. • a charge pump buck power supply comprising a charge pump buck converter having a first output inductance node, a first inductive element, and an energy storage element, such that the first inductive element is coupled between the first output inductance node and the energy storage element; and • a buck power supply comprising a buck converter having a second output inductance node and the energy storage element, such that: • the buck power supply at the second output inductance node is voltage compatible with the charge pump buck power supply at the first output inductance node; and • the charge pump buck power supply and the buck power supply share the energy storage element. • the buck power supply at the second output inductance node is voltage compatible with the charge pump buck power supply at the first output inductance node; and • the charge pump buck power supply and the buck power supply share the energy storage element.
A double display device, comprising: a first display module and a second display module arranged in parallel and connected slidably with each other, the first display module comprising a first display panel, and the second display module comprising a second display panel; a common driving component configured to provide a first driving signal to the first display panel and provide a second driving signal to the second display panel; a first flexible printed circuit board which has one end connected to the common driving component and the other end connected to the first display panel, to transmit the first driving signal; and a second flexible printed circuit board which has one end connected to the common driving component and the other end connected to the second display panel, to transmit the second driving signal; characterized in that the double display device further comprises a guiding member fixed to the first display module, wherein the first flexible printed circuit board bends around at least a part of the guiding member at least in a state that the first display module and the second display module are displaced with each other by a minimum distance, wherein the common driving component is arranged to move along with the second display module with respect to the first display panel. a first display module and a second display module arranged in parallel and connected slidably with each other, the first display module comprising a first display panel, and the second display module comprising a second display panel; a common driving component configured to provide a first driving signal to the first display panel and provide a second driving signal to the second display panel; a first flexible printed circuit board which has one end connected to the common driving component and the other end connected to the first display panel, to transmit the first driving signal; and a second flexible printed circuit board which has one end connected to the common driving component and the other end connected to the second display panel, to transmit the second driving signal; characterized in that the double display device further comprises a guiding member fixed to the first display module, wherein the first flexible printed circuit board bends around at least a part of the guiding member at least in a state that the first display module and the second display module are displaced with each other by a minimum distance, wherein the common driving component is arranged to move along with the second display module with respect to the first display panel.
An assembly for a fluid system, comprising: a fluid conduit with an internal bore, the internal bore comprising a smooth-walled internal bore; and a plug including a protrusion and a head, the protrusion connected to the head and projecting axially along an axial centerline partially into the smooth-walled internal bore to a distal end of the plug, and the head seated against the fluid conduit and sealing an opening in the fluid conduit to the internal bore, wherein at least a portion of the protrusion is twisted about the axial centerline, characterised in that: the head comprises a wrenching feature. a fluid conduit with an internal bore, the internal bore comprising a smooth-walled internal bore; and a plug including a protrusion and a head, the protrusion connected to the head and projecting axially along an axial centerline partially into the smooth-walled internal bore to a distal end of the plug, and the head seated against the fluid conduit and sealing an opening in the fluid conduit to the internal bore, wherein at least a portion of the protrusion is twisted about the axial centerline, characterised in that: the head comprises a wrenching feature.
An ellipsometer or polarimeter comprising a source of a polychromatic beam of electromagnetic radiation and, in a sequence, a control polarizer and a beam polarizer, said control and beam polarizers being rotatable with respect to one another, the beam polarizer being arranged to set the polarization state in a beam exiting therefrom, and the control polarizer being rotatable with respect to the beam polarizer to substantially uniformly control the intensity of the beam exiting the beam polarizer over a spectrum of wavelengths, and further comprising an analyzer and a detector such that a polarized beam exiting the beam polarizer interacts with a sample and then passes through the analyzer and into the detector; the ellipsometer or polarimeter being characterised in further comprising a control compensator provided between the control polarizer and the beam polarizer which serves to cause selective attenuation of some wavelengths more than others in the spectrum of wavelengths.