38results about How to "Contribute to research and development" patented technology

The invention relates to the field of production control over high-temperature process furnaces, and discloses an automation control system of a cladding furnace for producing cladding fuel particles. The system comprises a cladding furnace distribution control system (DCS) program control system development and operation platform (1), a DCS control hardware platform (2), an on-site instrument (31) and an actuating mechanism (32). The invention also discloses a method for controlling the cladding furnace in an automation way by using the system. By the system and the method, a process for producing the cladding fuel particles is automated and standardized, the instability of an instrument panel in the operation process is reduced, and the production efficiency of a cladding furnace systemand the quality of the cladding fuel particles are improved.

The invention discloses a fusarium oxysporum tomato neck rot root rot specialization type and application thereof in cultivation of tomato neck rot rood rot disease-resistant varieties. Preservation number of a bacterial strain (bacterial strain Forl-c for short) is China general microbiological culture collection center number 5517 (CGMCC No. 5517). The fusarium oxysporum tomato neck rot root rot specialization type and the application of the fusarium oxysporum tomato neck rot root rot specialization type in cultivation of tomato neck rot rood rot disease-resistant varieties facilitate analysis of pathogenesis of tomato neck rot root rot diseases by tomato neck rot root rot research workers in our country, facilitate research and development of tomato neck rot root rot biocontrol agents,facilitate research of inheritance of resistance and related gene molecular markers of the tomato neck rot root rot diseases, facilitate excavation of disease-resistant genes of the tomato neck rot root rot diseases, facilitate screening and identification of disease-resistant plant materials of the tomato neck rot root rot diseases and other work, lay the foundation for integrated control of the tomato neck rot root rot diseases, have great value for effectively controlling damages of the tomato neck rot root rot diseases, and promote development of disease-resistant breeding of the tomato neck rot root rot diseases.

The invention provides a method of evaluating the performance of a saliency data set. The method comprises the following steps: the ratio of a salient region to the whole image is calculated; the ratio of the number of salient regions connected with an image edge to all salient regions in the saliency data set is counted; RGB color feature differences between a salient region and the whole image are counted; and the performance score of each saliency data set from the first step to the third step is calculated. The data set can be counted from different angles to comprehensively evaluate the performance of the data set. Research and development on an objective and scientific saliency detection algorithm are facilitated, and design of an algorithm with not high robustness to cater to database deviations can be avoided.

The invention relates to a bacterial strain producing polyvinyl alcohol degrading enzyme and the polyvinyl alcohol degrading enzyme. The strain involved is named: Stenotrophomonas rhizophila, which was deposited on March 25, 2016 in the General Microorganism Center of the China Committee for the Collection of Microbial Cultures, and the preservation number is: CGMCC 1.15515. The polyvinyl alcohol degrading enzyme involved in the present invention is the enzyme produced by the above strain. The polyvinyl alcohol degrading enzyme of the invention has remarkable effects on the degradation of high poly PVA in sewage.

Chemical synthesis of diiursaponin W3 is simple, cheap and fast. The diiursaponin W3 contains Chinese medicine pasqueflower active ingredients. 1,2-diose is connected with oleanol 3-bit hydroxyl group by beta-structure mode. It's practicable and stable, and the purity reaches to 96%. It's simple, cheap and fast. It can be used to control diiur medicine, its extracts and related preparations quality and research rheumatisms Chinese medicinal preparation.

The purpose of the present invention is to discover a method to obtain an antibody for hydrophobic peptides, which can be used for general purposes easily and with great reliability. This method for preparing an antigen is characterized in that hydrophobic peptides, which are not bonded to carrier proteins, are used as high molecular weight aggregates in an aqueous solution containing a nonionic surfactant.

The invention discloses an airplane engine compartment simulating device for a fire extinguishing agent concentration measuring experiment. An experiment environment similar to an actual application scene can be provided for a gas fire extinguishing agent concentration measuring device. The simulating device comprises a fire extinguishing agent releasing section, a middle measuring section, a windpower generating section and a tail gas exhaust section in sequence, wherein the fire extinguishing agent releasing section is provided with a honeycomb plate and a damping net, an adjustable opticalchannel and a sampling hole are formed in the middle measuring section for concentration measurement, a turbofan and a controller are arranged on the wind power generating section, the tail gas exhaust section is connected with the wind power generating section through a flange, and an exhaust pipeline extends out of a window and then extends downwards so that outdoor rainwater can be prevented from being poured into the device. By means of the airplane engine compartment simulating device, the fire extinguishing agent after-releasing flow field environment and concentration distribution in an airplane engine compartment can be simulated, and the simulating measuring environment is provided for the developing, performance testing and improving of the fire extinguishing agent concentrationmeasuring device.

The invention discloses a lithium ion battery cycle life prediction method based on acoustic measurement. The method comprises the following steps that: (1) charge-discharge circulation is carried outon a lithium ion battery, and ultrasonic scanning is carried out on the lithium ion battery during the charging and discharging of the lithium ion battery or in the intermittent period of the charging and discharging of the lithium ion battery to obtain ultrasonic transmissivity and make an ultrasonic transmission scanning image; (2) the number of circulation turns corresponding to a region withthe ultrasonic transmissivity less than or equal to K and the area more than or equal to A on the ultrasonic transmission scanning image is defined as a sound stability life; and (3) the predicted cycle life of the to-be-measured lithium ion battery is equal to the product of the sound stable life of the to-be-measured lithium ion battery and life multiplying power Sc, wherein the life multiplyingpower Sc is the result of dividing the real cycle life of a lithium ion battery in the same system as the to-be-measured lithium ion battery by the sound stable life of the lithium ion battery. By utilizing the multiplying power relationship between the sound stable life and the cycle life of the lithium ion battery, the time required for predicting the cycle life of the lithium ion battery can be greatly shortened.

The invention relates to the technical fields of bioinformatics and molecular genetics, in particular to a method for preparing a cotton GraiRGA transcription factor-specific recognition antibody. After analyzing the amino acid sequence of the cotton GraiRGA transcription factor, a sequence with a length of 318 amino acids is selected, expressed by prokaryotic, and New Zealand white Rabbit immunization was carried out to prepare antiserum, and after antigen affinity purification, the specific binding antibody of GraiRGA transcription factor could be obtained. The GraiRGA antibody prepared by the present invention can be used for the subcellular localization research of the GraiRGA transcription factor, and the chromatin interaction site and interaction protein analysis of the transcription factor in the cell can also be carried out by chromatin immunoprecipitation (ChIP). The research on the stress resistance mechanism of cotton mediated by transcription factors provides an important tool with high application value and potential.