6results about How to "Improve application breadth" patented technology

The utility model discloses a polypropylene frame nanometer thermal insulation board, which comprises a thermal insulation board body, the outer end of the thermal insulation board body is fixedly connected with an MPP reinforced frame, the thermal insulation board body comprises a protective layer, an electromagnetic shielding layer, a thermal insulation layer, a sound absorption damping layer, a fireproof blocking layer and a lining layer, the protective layer is attached to the electromagnetic shielding layer, and the lining layer is attached to the thermal insulation layer. A traditional silica gel frame is replaced by the MPP frame, a multi-layer functional structure is integrated, the comprehensive performance and the application range of the nanometer heat insulation plate are remarkably improved, the fire endurance breaks through 1.5 hours through double protection of the flame-retardant MPP surface layer and the ceramic coating, leap-type improvement is achieved compared with 0.5 hour of the silica gel frame, and the service life of the nanometer heat insulation plate is prolonged. The aerogel core layer is embedded into the MPP reinforcing ribs, so that the heat insulation and bearing capacity structure is optimized, and the physical performance of the heat insulation plate is improved to a great extent.

This invention relates to the field of gene technology, specifically disclosing a method for enhancing the secretion of secondary metabolites based on the regulation of quorum sensing signal molecules. This method activates the expression of bacterial secondary metabolite synthesis gene clusters through bacterial-fungal interaction, comprising the following steps: (a) co-culturing bacteria and fungi in contact or non-contact mode; (b) during co-culturing, the fungi secrete the quorum sensing signal molecule farnesol; (c) the bacteria sense farnesol through a two-component system, activating the expression of secondary metabolite synthesis genes. This invention effectively overcomes the gene silencing problem caused by metabolic load or lack of regulation in natural strains by activating the originally trace expression of secondary metabolite synthesis gene clusters in bacteria using the fungal-derived quorum sensing signal molecule farnesol.

The utility model relates to a kind of end face tool setting instrument support for numerical control cylindrical grinder, it include: oil cylinder body, instrument seat, rotating shaft, gear, clamping block and tool setting instrument, the rotating shaft rotation is arranged in the instrument seat, the gear is set on the rotating shaft, the instrument seat is fixed in the one end of rotating shaft, the oil cylinder body is fixed in one side of instrument seat, the piston rod one end of the oil cylinder body is provided with gear face and is inserted into the instrument seat, the gear face is engaged with the gear each other, the tool setting instrument is fixed on the clamping block.The utility model is rotated by oil cylinder drive gear, to drive clamping block rotation, realize the position adjustment of tool setting instrument.The utility model structure compact, novel, cost-effective, easy to operate, save auxiliary time, improve work efficiency, improve the practicality and application universality of numerical control cylindrical grinder.

The application discloses an ancient Chinese automatic sentence breaking and semantic analysis system based on deep learning, and relates to the technical field of ancient Chinese analysis.The system combines a gating recurrent unit (GRU) and a convolutional neural network (CNN) through a sentence breaking module, combines image character features, and can effectively process semantic ambiguity, long-distance dependence, and problems of homophones and variant characters.A knowledge graph containing historical and cultural common knowledge and dynamic relationships between words is constructed through a semantic analysis module, prior knowledge is injected through a graph neural network, and the depth of semantic understanding is improved.A sentence breaking result containing sentence breaking basis and a visual semantic analysis result are provided through an output module, so that users can clearly understand the processing logic and the trustworthiness and convenience are improved.The system can efficiently process a large number of unlabeled ancient Chinese texts, fully excavate the value of various cultural heritage such as classics and inscriptions, promote the research progress of grammar and vocabulary, and help the inheritance and spread of ancient Chinese culture.

The application discloses a passive node chip compatible with a short-distance wireless communication protocol, which is applied to a backscatter communication system. The passive node chip comprises an antenna, a radio frequency or analog front-end module, a digital baseband module, a storage module and / or a sensing module. The antenna is used for converting a carrier signal into an electric signal. The radio frequency or analog front-end module comprises a clock demodulation submodule and a modulation submodule. The clock demodulation submodule is used for obtaining a part corresponding to clock information in the electric signal to provide a clock for the digital baseband module. The modulation submodule is used for backscatter modulation of an internal signal corresponding to internal data by using a control signal and transmitting the internal signal to a preset short-distance wireless communication protocol channel. The digital baseband module is used for protocol control and internal data acquisition, and adopts a processor-free digital baseband circuit structure. The storage module is used for storing node identity data. The sensing module is used for obtaining sensing data from an environment. The application can reduce power consumption and cost, and improve a network scale of data access and a data acquisition amount.

The application discloses a preparation method of a PVDF piezoelectric catalytic material with a hollow tubular structure, and particularly relates to the field of piezoelectric catalytic material preparation, and comprises the following steps: by applying drying, dispersion, shearing, degassing and viscosity adjustment treatment to PVDF particle raw material data, a forming preparation dispersion liquid data is constructed to provide a basic material system for a subsequent disturbance forming stage; by applying a periodic disturbance field on the basis of initial mold filling data, a dynamic disturbance maintaining data is generated by dynamically inducing chain segment secondary orientation, and the data is used as an intermediate state of inverse fatigue structure formation. By applying pressure and speed control flow processing and periodic disturbance field induction processing according to the forming preparation dispersion liquid data, chain segment arrangement and local stress distribution are dynamically and synchronously controlled, dynamic solidification freezing and preparation path closed-loop optimization are combined, and the stable construction of the inverse fatigue effect of the hollow tubular PVDF piezoelectric catalytic material under a periodic water pressure disturbance environment is realized.