49results about How to "Economic route" patented technology

The invention discloses a method for splitting traffic trip modes on the basis of mobile phone data.The method comprises the steps that according to mobile phone behavior characteristics, on the basis of the mobile phone data, a home address community and a work community of a mobile phone user are predicted, a commuting O-D matrix between the home address community and the work community of the mobile phone user is constructed by means of communication records, produced in the home address community and the work community, of the mobile phone user on working days; the commuting trip time, trip distance and trip speed are calculated by means of time information and position information which are contained in the mobile phone data, a speed and distance rank algorithm is built through trip characteristics of different trip modes, urban traffic network information data is introduced, a Logit model based on the trip time is built to achieve large scale urban traffic trip mode splitting, and a novel economical and feasible method is provided for traffic demand prediction among the traffic modes.

A processing method of heavy oil comprises the following steps: carrying out a contact cracking treatment on inferior heavy oil, making cokes deposited on a contact agent carry out a gasification reaction at a low temperature in a gasification unit to convert the cokes into gasified gas which is rich in carbon monoxide and hydrogen gas, transporting the gasified gas rich in carbon monoxide and hydrogen gas into a converting unit to generate hydrogen gas and CO2, separating the hydrogen gas and CO2, and transporting CO2 to a dry reforming unit to carry out reaction with gas rich in methane in the presence of a regeneration contact agent so as to generate CO and hydrogen gas; wherein the contact agent can be recycled and returned to the contact cracking reactor after the contact agent has exerted a catalyzing function and then is discharged out from the dry reforming reactor. The processing method reasonably utilizes residues and metals of heavy oil processing to produce products with a high economic value, and is economic and environment-friendly.

The invention discloses an archaeological excavation data based relic site early terrain three-dimensional reconstruction method. The method includes steps: (1) partitioning a relic site, determiningminimum region units, numbering regions, and taking each minimum region unit as a basic recording unit; (2) subjecting the relic site to classifying space calibration, correcting relic space information sorted on the basis of excavation data into region cells, linking with the region units according to space positions, and performing statistics of depth of relics in the cells away from the groundsurface; (3) taking the ground surface close to excavation time as a starting surface to calculate depth of underground relic units by subtracting height, recorded in excavation data, of relics in certain time away from the ground surface from elevation of the starting surface; (4) taking center points of the minimum region units as elevation recording points and taking elevation values of relic units as elevation values of the minimum region units, using dispersed minimum region unit elevations to deduce ancient surface configuration in relic time, establishing a relic site early terrain three-dimensional model, and visualizing. The archaeological excavation data based relic site early terrain three-dimensional reconstruction method is scientific, effective, direct and accurate, is not only helpful to archaeological excavation data mining and using but also has a great promoting and assisting effect on archaeological site environment and layout research, thereby being significant to archaeological excavation data standardization, digitization, visualization and deep mining.

The invention discloses a methylene bridging 1,8-naphthyridine ligand and copper (I) complex, a preparing method and an application. The molecular formula of the methylene bridging 1,8-naphthyridine ligand and copper (I) complex is shown in the specification, wherein R1 is hydrogen or methyl. The methylene bridging 1,8-naphthyridine ligand and copper (I) complex is the first complex obtained in the mode that an activation reaction is carried out through a SP3C-H key under the condition that a catalyst is free so far, and it is firstly achieved that a C-C key is activated and constructed through the catalyst-free SP3C-H key. The copper (I) complex can be used as a catalyst of a coupling reaction between aryl halide and imidazole compound C-N, and the yield is high.

The invention discloses a plant fertility associated protein and a coding gene and use thereof. The protein provided by the invention is named MYB21CDS and is derived from Arbidopsis thaliana. The protein may be a protein 1) and a protein 2), wherein the protein 1) is formed by an amino acid sequence represented by the sequence No.2 in a sequence table; and the protein 2) is formed by substituting and/or losing and/or increasing one or several amino acid residues in the amino acid sequence represented by the sequence No.2. Experiments conducted in the invention prove that the gene MYB21CDS provided by the invention leads to male sterility of plants after overexpression. In production, the gene can be expressed under induction to produce a sterile line which can serve as a female parent tobe crossed with a male parent to produce hybrid seeds.

The invention discloses a plant promoter and application thereof. The invention provides a DNA (deoxyribonucleic acid) molecule which is as shown in (1) or (2) or (3), (1): a DNA molecule shown in a sequence 1 in a sequence table; (2): a DNA molecule which is hybridized with the DNA sequence limited in (1) under the strict condition and has a promoter function; (3): a DNA molecule which has homology of above 90 percent with the DNA sequence limited in (1) or (2) and has a promoter function. The invention provides a promoter, which is capable of driving a gene to be expressed in a plant. The invention provides an economic, rapid and effective approach for genetic modification of plants, especially vegetables and flowers of cruciferae. The plant promoter is wide in application space and market prospect in the agricultural field.

The invention relates to an artificial wetland capable of strengthening a treatment effect of salt-containing wastewater by utilizing intertidal zone bottom mud and application and belongs to the field of environmental protection. The artificial wetland comprises a water inlet pipeline, a wetland main body and a water outlet pipeline, wherein the water inlet pipeline is located above the wetland main body; the water outlet pipeline is located below the wetland main body; the wetland main body comprises wetland plants and a wetland bed body; the wetland main body is a subsurface flow type artificial wetland; wetland plants are planted on the wetland bed body; the wetland bed body comprises a first sand layer, an intertidal zone bottom mud layer and a filtering layer in sequence from top tobottom; the filtering layer comprises a second sand layer, a gravel layer and a rough sand layer in sequence from top to bottom. The artificial wetland can cope with changes of the environment and pollution caused by introduced species; compared with the effect of a traditional single microorganism, the artificial wetland has a better COD (Chemical Oxygen Demand) removing effect and abundant microorganism diversity and salt-resisting species groups are guarantees of effect optimization.

The invention discloses a plant adversity-resistant related protein TaMYB30, a coding gene and an application of the plant adversity-resistant related protein TaMYB30. The protein provided by the invention is the following (a) or (b): (a) a protein composed of amino acid sequences shown in the sequence 1 in a sequence table; (b) a sequence 1-derived protein obtained by substituting and/or deleting and/or adding one or more amino acid residues of the amino acid sequence of the sequence 1, and related to the plant adversity resistance. The method provided by the invention is theoretically and practically significant for research on plant adversity-resistant molecular mechanism, seed selection of plant adversity-resistant variety and molecular breeding of plant adversity resistance, and an economic, quick and effective way for improving the plant adversity resistance is provided. The plant adversity-resistant related protein TaMYB30 can be widely applied to the agricultural field with wide prospect.

The invention discloses an LTP protein related to plant cold resistance, and a coding gene and applications thereof. The applications specifically relate to applications in following a1) or a2) of the protein formed by an amino acid sequence shown as a sequence 1 in a sequence table: a1) regulation and control of plant cold resistance; and a2) breeding of cold-resistant plant varieties. Experiments show that: the coding gene of the protein formed by the amino acid sequence shown as the sequence 1 in the sequence table is utilized for breeding of cold-resistant plant, and the breeding method has characteristics of simple operation and short period and is suitable for popularization and application. The survival rate of LTP-transgenic rice obtained by the protein and the coding gene after low-temperature processing can also reach 100%. The method has important theoretical and practical meaning for research of plant cold resistance molecular mechanisms, breeding of cold-resistant varieties, and plant cold-resistant molecular breeding, and provides an economical, rapid and effective route for improving the plant cold resistance.

The invention relates to a camellia oil seed coat extractive as well as a preparation method and application thereof. The preparation method thereof comprises the following steps: carrying out ungrease treatment on camellia oil seed coat; extracting the camellia oil seed coat after ungrease treatment in a solvent to obtain an extracting solution; and carrying out reduced pressure distillation on the extracting solution so as to obtain the camellia oil seed coat extractive. The camellia oil seed coat extractive extracted and obtained in the preparation method has the characteristics of good water solubility, high oxidation resistance and high stability.

The invention discloses a condense disc and a condense grating for enterprises and families, having simple structure, simple production, wide material supply, low cost and wide application, wherein the condense disc comprises a transparent material, a plane and an inclined plane ring, the condense grating comprises a transparent material, a plane and a linear inclined plane, the center of the condense disc is a convex lens, when the rings are curve planes and the focus points are at one point, the condense disc can be a huge convex lens, the center, and when the center is a concave lens, the rings are concave planes, the virtual focus points are at one point, the condense disc can be a huge concave lens.

The invention discloses a plant low temperature resistance gene. The coding amino acid sequence of the plant low temperature resistance gene is represented by SEQ ID NO.1, and the cDNA sequence is represented by SEQ ID NO.2. The plant low temperature resistance gene possesses important utilization potentiality in improvement of plant low temperature stress resistance or cultivation of plant with low temperature resistance. The invention also provides a recombinant vector, a transgenic cell line, and a transgenic recombinant bacterium which contain the plant low temperature resistance gene. The invention also discloses a cultivation method of transgenic low temperature resistant plant. According to the cultivation method, transgenosis of the plant low temperature resistance gene into a target plant is carried out so as to obtain the transgenic low temperature resistant plant. The cultivation method can be used for culturing transgenic plant with excellent low temperature resistance; the cultivation process is economical and rapid; and application prospect in the field of agriculture is promising.

The invention pertains to the technical field of plant genetic engineering, in particular relates to an application of an OsRPA1a gene, a rice fertility control gene, in rice fertility control. The invention is characterized in that: the OsRPA1a gene is one of the following nucleotide sequences: (1) the DNA sequence showed in sequence table SEQ NO:1; or (2) a DNA sequence of a protein with the coding the same as that of the protein in (1). The invention discloses the isolation cloning, biological function verification and genetic transformation steps of the gene and the cloned gene is important for the genetic improvement of rice.