41results about How to "Meet the requirements of integration" patented technology

The invention relates to a method for preparing and regenerating a rhizopus oryzae protoplast for producing L-lactic acid at high yield, comprising the following steps of: A. preparing a rhizopus oryzae spore suspension; B. preparing a seed culture liquid; C. preparing a hypha suspension; D. enzymolyzing a cell wall; E. separating a protoplast; and F. regenerating the protoplast. The rhizopus oryzae protoplast prepared with the method disclosed by the invention is in an approximately-circular shape and has higher activity; the preparation quantity and the regeneration rate of the rhizopus oryzae protoplast can respectively reach 2.74*10<6> / mL and 6.8 percent to the maximum extent. The method is easy to operate, has low requirements for the equipment, and provides a technical reference forpreparing and regenerating the rhizopus oryzae protoplast. By using the method disclosed by the invention, the protoplast can be quickly prepared with short regeneration period and high regeneration speed; and the preparation efficiency of the protoplast can be effectively improved. The protoplast prepared with the method provided by the invention completely meets the requirement for fusing the protoplast. The invention provides an operation method with practical significance for preparing and regenerating the protoplast.

The invention discloses a production method of a chemosynthetic water-soluble fertilizer, the chemosynthetic water-soluble fertilizer prepared through the production method of the chemosynthetic water-soluble fertilizer and application of the chemosynthetic water-soluble fertilizer. According to the method, production is performed by taking industrial diammonium hydrogen phosphate and / or monopotassium phosphate, nitrogenous fertilizer and potash fertilizer as main raw materials through hydrogen bonding, acid regulating by adding alkaline and the like. The production method is little in investment, few in production procedures, short in production cycle and low in production cost. The chemosynthetic water-soluble fertilizer is appropriate in acidity, capable of achieving the good crystalline state, stable and uniform in composition, not prone to be hardened and damped, capable of being fully dissolved in water, easy to absorb and convert, high in fertilizer utilization rate, significant in synergistic effect and suitable for being applied to acidic or meta-acidic soil and facility greenhouses.

The invention discloses an integrated vehicle lubricating device, in particular to an integrated heat-dissipating lubricating device used on a vehicle. The lubricating oil tank, heat exchanger, filter and ventilator are collectively installed in the lubricating oil tank to form a modular unit, which is connected with the vehicle transmission through the corresponding interface, and the lubricating oil is cooled by the fluid of the engine cooling system and heating, this solution integrates all components of the lubrication system into one body, reduces the system space size and component weight, and simplifies the system connection.

A water-soluble fertilizer. The invention belongs to the field of a crop fertilizer and specifically relates to a nano-scale multi-nutrient water-soluble fertilizer. The water-soluble fertilizer is composed of urea, monoammonium phosphate, potassium dihydrogen phosphate, Chinese medical stone, dolomite and other additives. The water-soluble fertilizer is prepared by the following steps: firstly micronizing Chinese medical stone and dolomite and carrying out water dissolution treatment, dissolving the mixture in water and simultaneously adding urea, monoammonium phosphate and potassium dihydrogen phosphate to be dissolved together, sending the mixture into a high pressure homogenizer for homogenization and refining to nanometers, adding the additives and mixing, concentrating and crystallizing, filtering and drying, crushing and packaging to obtain the nano-scale multi-nutrient water-soluble fertilizer. The water-soluble fertilizer has advantages of uniform color and granularity, adequate nutrient and fine particles and helps plants absorb nutrients. By the use of the water-soluble fertilizer, absorption and utilization of the fertilizer are raised for crops. Meanwhile, soil structure can be improved. Soil hardening is prevented, soil granulation is enhanced, microbial activity of plant roots is raised, and product quality of crops is promoted. The water-soluble fertilizer has good water solubility, is irrigated with water, will not block pipelines, and is suitable for integration of water and fertilizer.

The invention provides a polishing complex machine tool and a polishing method. The polishing complex machine tool comprises a motion platform, a circulating system, a magneto-rheological polishing device, a jet flow polishing device and a controller. An optical element is installed on the motion platform and is driven by the motion platform to move on the horizontal plane. The magneto-rheological polishing device or the jet flow polishing device is controlled by the controller for conducting polishing on the surface of the optical element. The circulating system provides a polishing solution A for the magneto-rheological polishing device, and provides a polishing solution B or water for the jet flow polishing device. The controller is used for controlling the movement of the motion platform and the work sequence of the magneto-rheological polishing device and the jet flow polishing device. The advantages of the two methods of magneto-rheological polishing and jet flow polishing are combined for the polishing complex machine tool provided by the invention, a multilevel polishing method or a polishing and cleaning combined processing method can be achieved, and the problems that an existing single polishing device is limited in processing capability, and mounting and dismounting and adjustment are too frequent and scratching and pollution can be easily caused since processing is conducted on two machine tools correspondingly are solved.

The invention relates to a low-cost manufacturing method for a water-soluble fertilizer containing macroelements. The method comprises the following steps: (1) adding ammonium phosphate into a dissolving tank so as to form ammonium phosphate slurry I and ammonium phosphate slurry II; (2) feeding the ammonium phosphate slurry I into a mixer so as to form co-dissolved slurry I and co-dissolved slurry II; (3) feeding a bed charge into a pelletizer; (4) delivering the co-dissolved slurry I into a tubular reactor so as to form a semi-finished product III; (5) subjecting the semi-finished product III to drying, screening and cooling so as to obtain the water-soluble fertilizer containing macroelements; (6) delivering the ammonium phosphate slurry II and the co-dissolved slurry II into a slurry preparing tank so as to prepare co-dissolved slurry IV; (7) feeding a bed charge into the pelletizer; (8) delivering the co-dissolved slurry IV into the tubular reactor so as to form a semi-finished product VI; and (9) subjecting the semi-finished product VI to drying, screening and cooling so as to obtain a conventional composite fertilizer. According to the method provided by the invention, production procedures are reduced and process flow is shortened; and the method has the significant advantages of little investment and low energy consumption.