4results about How to "Realize separate control" patented technology

The application relates to the technical field of text-to-speech synthesis, in particular to a multi-layer prosody sentence segmentation and tone intonation decoupling control method for Chinese TTS, which comprises the following steps: extracting features related to prosody modeling from a Chinese text to be synthesized to establish a text feature sequence; performing boundary position prediction and correcting the boundary prediction sequence for level consistency; predicting the pause duration of each layer prediction sequence; generating a tone baseline corresponding to the text, calculating a tone residual component corresponding to the sentence layer tone change; generating a residual tone control mark at the end of each tone phrase boundary; and generating a prosody planning sequence. The application cooperatively models the PW, PPH and IPH three-layer prosody boundaries and their pause durations, combines level consistency correction, guarantees the nested consistency of prosody boundaries of different levels, decouples the tone information and sentence tone information in Putonghua, and realizes stable and fine-grained end-of-sentence tone control in the Chinese TTS scenario.

The utility model discloses an induction heating type chip welding device, and relates to the technical field of chip welding. The device comprises a tool jig, wherein the tool jig is fixedly connected with a supporting rod for placing a chip through a placing cavity formed in the tool jig; the welding part comprises two hot-pressing seats, the two hot-pressing seats are symmetrically distributed by taking the tool jig as a center, one end, close to the tool jig, of each hot-pressing seat is fixedly connected with a heat conduction block, and a heat insulation plate is fixedly mounted on the outer surface of each hot-pressing seat. The utility model can effectively solve the problems in the prior art that no definite time sequence control exists in the heating and pressure applying process, the heating block starts to dissipate heat when approaching the chip, so that the welding flux is melted in advance when the pressure is not applied, the welding flux is oxidized, sheetted or bridged, and if the pressure is firstly applied and then the heating is performed, the welding flux cannot be heated. And the problem that the chip packaging material is deformed due to overlong pressure duration time is solved.

The invention discloses a dual-mode single-pin power supply communication multiplexing interface circuit and a test method, and the circuit comprises a main control module which is used for outputting a first control signal, a second control signal, a coding signal, an enabling signal, and a packaging selection signal; the programmable pin driving circuit is used for generating a first adjustable voltage signal according to the first control signal, outputting the first adjustable voltage signal to the chip to be tested and generating a second adjustable voltage signal according to the second control signal; the communication / power supply multiplexing pin driving circuit is used for enabling transmission of the coded signal according to the enable signal, generating a modulation signal according to the coded signal and a second adjustable voltage signal, selecting a path signal from the modulation signal and a fixed level according to a packaging selection signal, and transmitting the path signal to the communication / power supply multiplexing pin driving circuit; and coupling the path signal with a reference voltage and then outputting a multiplexing signal to a power supply communication multiplexing pin of the chip to be tested. According to the circuit and the test method, the universality, the reliability and the test efficiency of the test system are improved.

This invention relates to the field of polypropylene technology, specifically to a high-strength, creep-resistant, and high-water-pressure-resistant PPH pipe and its preparation method. The pipe is produced by extrusion and two-stage cooling and shaping of a polypropylene homopolymer containing N,N'-dicyclohexyl terephthalamide with a specific particle size, stepwise addition of low-viscosity and high-softening-point maleic anhydride-grafted polypropylene wax, and side-feed addition of highly crystalline non-polar polypropylene wax. This method systematically solves the problems of uneven nucleating agent dispersion, weak interfacial bonding, and coarse processing control in existing technologies through nucleating agent particle size control, hierarchical interface construction, synergistic processing, and gradient cooling. It synergistically and significantly improves the pipe's long-term internal pressure resistance, creep resistance, and resistance to slow crack propagation.