83results about How to "Raise the level of development" patented technology

An intelligent logistics platform system comprises a city-wide distribution basic function module, a city-wide logistics distribution supporting service module and a transaction value-added service module. According to the platform, with high-tech intelligence as the support, the role of information technology in logistics distribution is enhanced, and a new logistics distribution service system for realizing the most effective resource allocation between city logistics vehicles and goods is achieved. Through integrating related information of logistics upstream and downstream enterprises, a comprehensive supply chain solution is provided, diverse and complex needs of a demand side can be met effectively, logistics market informatization is promoted, and while the economic development of the region is promoted, the Internet of things research and development field is expanded.

The invention discloses a numerical analysis method applied to a leaking and channeling mechanism and a prevention and control method of an injection fluid. The method is used for carrying out research based on the fluid-solid coupling theory by virtue of a method with combination of indoor test, numerical calculation and field detection. By virtue of the method, typical mudstone is selected for carrying out indoor test under different water ratios and building an inversion model of stress and deformation of a point-changeable stratum of an inversion sleeve of deformation data of a sleeve. On account of a typical injection-production scheme, the accurate positions of leakage, interzone and flowing along fault are judged and optimized by comparing the numerical simulation and the field detection; finally, a reasonable injection-production scheme and a reasonable measure for preventing serious loss of injection water are provided; and the method has important application values of improving the injection-production effect of the oil field and improving the final recovery rate and the whole development level of the oil field.

The invention discloses an intelligent rural tourism service platform. The platform includes an infrastructure layer, a data resource layer, an application support layer, a business application layer, and an information service layer; a user establishes connection with the business application layer via the information service layer to carry out the rural tourism business; the business application layer establishes the connection with the data resource layer via the application support layer to carry out the data interaction, the conversion from the conventional rural tourism into intelligent tourism is realized through the platform, the information real-timeness is good, and the rural tourism development and the supervision of a supervision department are facilitated.

The invention discloses an experiment instrument for designing and developing a single-chip microcomputer. The experiment instrument mainly comprises a keyboard, an LCD (liquid crystal display) interaction multi-level menu display experiment, an A/D (Analog to Digital) conversion and data acquisition experiment of a temperature sensor signal, a D/A (Digital to Analog) conversion and waveform generating experiment, a CAN (controller area network) bus communication experiment, an RS485 bus communication experiment, an LIN bus communication experiment, an RS232 interface communication experiment, a wireless radio frequency receiving/transmitting experiment, a CPLD (complex programmable logic device)-based double parallel communication experiment, a communication SPI (Single Program Initiation) interface-based dual-single-chip microcomputer communication experiment, an H bridge PWM (pulse-width modulation) driver-based micro direct-current motor speed-regulating experiment, a micro stepping motor speed-regulating experiment and a watchdog experiment. The experiment instrument is suitable for designing and developing a single-chip microcomputer system by students and scientific and technical personnel who are engaged in developing a single-chip microcomputer system.

The invention discloses a data model construction method, device and equipment and a storage medium. The method comprises the steps that model metadata is acquired, and the model metadata comprises aprofessional model, a logic model, a physical model and an incidence relation among the professional model, the logic model and the physical model; according to the technical scheme, the model metadata is stored in the meta model, the meta model is of a library structure, and through the technical scheme, the unified data standard can be achieved, comprehensive supporting of the CNOOC (China National Offshore Oil Corporation) exploration and development service is achieved, multi-disciplinary collaborative work is achieved, the exploration and development level and the operation and managementlevel are improved, and the production efficiency is improved.

The present invention discloses a fully-automatic high-speed wide air-jet loom. It includes fully-automatic control system, beating mechanism, double fabric pressing-on roller and back beam. The hardware of the above-mentioned fully-automatic control system includes main control plate, electronic warp let-off plate and liquid crystal touch screen, on the main control plate, electronic warp let-off plate and liquid crystal touch screen are respectively set CPU, between main control plate and electronic warp let-off plate they are connected by means of I/O and bus extension interface, the communication between main control plate and liquid crystal touch screen can be implemented by means of serial interface, the above-mentioned CPU adopts 16-bit computer on a chip and utilizes on -line programmable unit and storage unit whose capacity is above 128 KB. The described beating mechanism is a six bar linkage beating mechanism.

The fine-quality corn seed processing method of the present invention relates to a method for treating seeds before sowing, in particular to a processing method for corn seeds. The purpose is to provide a high-quality corn seed processing method with simple operation, high efficiency and low seed breakage rate. The fine-quality corn seed processing method of the present invention comprises: ear selection, ear drying, threshing, cleaning and grading, coating and packaging. The fine-quality corn seed processing method of the present invention solves the problems of weak resistance to natural disasters and susceptibility to freezing damage of corn seeds, reduces the broken rate of seeds, and reduces environmental pollution during processing. The invention is used in the field of agricultural planting.

The invention discloses a remote crop growth environment monitoring and management platform. The remote crop growth environment monitoring and management platform comprises a platform network module, a data information acquisition module, a data information reading module and a remote network control module, the modules fuse the agriculture with the Internet of Things technology, so that the agricultural production is more "visual" and "manageable", and the remote crop growth environment monitoring and management platform has the following advantages: by means of the integration of the agriculture and the Internet of Things technology, the agricultural production is more "visual" and "manageable", and national cultivation, national management and national income are realized finally.

The invention discloses a Bama miniature pig somatic cell cloning method, which comprises the following steps: 1) preparing related agents; 2) cultivating Bama miniature pig somatic cells; 3) freezing the Bama miniature pig somatic cells; 4) unfreezing the frozen somatic cells; 5) acquiring and externally cultivating pig oocytes; 6) transplanting nucleus; and 7) transplanting embryos. The invention has the advantages of speeding up the research on domestic transgenosis pig technology and human heterogeneous organ transplantation, accelerating the development of animal husbandry in Guangxi even the whole country, and academically filling the gap in China.

The invention discloses a method for planting cabbage in a greenhouse. The method comprises the steps that 15-30 grams of seedlings are sown in the solar greenhouse per square meter and covered with the screened fine grained soil for soil moisture conservation after seedling sowing, the seedling nursery is prevented from being cracked, and before seedling emergence, the temperature of the greenhouse is kept in the range from 15 DEG C to 25 DEG C; when about 3 main leaves grow on the seedlings, the first-time seedling separation is carried out, the seedlings are conveyed into a nutrition pot, and the temperature of the seedbed greenhouse is controlled within the range from 8 DEG C to 20 DEG C; when 6-7 main leaves grow on the seedlings, the field planting can be prepared, when tender leaves occur, the sufficient water and fertilizer need to be supplied, the early-maturing variety starts to be harvested in the middle ten days of May every year, and the middle-early-maturing and medium-maturing variety is harvested between the last ten days of May and the first ten days of June. According to the planting method, the development of the cabbage planting of the vast farmers of surrounding villages and towns can be rapidly promoted towards large-scale, low-cost, high-benefit and pollution-free directions.

The invention discloses a method for planting cucumbers in greenhouses. The method includes fixedly planting 4000-4500 cucumber seeds in each mu of greenhouse sheds, timely watering the cucumber seeds, applying 15-20 kilograms urea, 10 kilograms of potassium sulfate and 15 kilograms of diammonium phosphate to cucumber plants in each mu after root cucumbers are expanded, applying fertilizers once whenever the cucumbers are harvested twice in the future, and applying thoroughly decomposed dilute manure along with water by 2-3 times in middle and later periods; keeping the air humidity suitable for growth and development of the cucumbers in the range from 60% to 80%, and instantly ventilating the greenhouse sheds and exhausting moisture in the greenhouse sheds when the humidity of the insides of the tents exceeds 85%; ventilating the greenhouse sheds for 1-2 hours so as to reduce the humidity of the greenhouse sheds at night when the air temperature ranges from 10 DEG C to 15 DEG C at dusk, starting to tie vines when the lengths of the cucumber vines reach 30 centimeters, and moistening flowers by 100-multiplied liquid of fruit retention hormones or spraying the 100-multiplied liquid to the flowers after the cucumbers are born. 1000 kilograms of the thoroughly decomposed dilute manure are applied to the cucumber plants in each mu of the greenhouse shed in each procedure. By the aid of the 100-multiplied liquid of the fruit retention hormones, the cucumber sit rate is high, the cucumbers can be retained, and the small cucumbers can be promoted to be quickly expanded. The method has the advantage that cucumber and vegetable planting can be quickly developed in a large-scale, low-cost, high-benefit and pollution-free manner by the aid of the method.

The invention discloses a method for exploiting a heavy oil reservoir with edge water invasion at a final huff and puff stage. The exploiting method includes the steps that a steam flooding well pattern is deployed in a main body non-water-invasion area, and a fire flooding well pattern is deployed in an edge water invasion area; the joint of the steam flooding well pattern and the fire flooding well pattern is separated by a production well row; and steam flooding and fire flooding development are carried out at the same time. According to the method for exploiting the heavy oil reservoir with the edge water invasion at the final huff and puff stage, the edge water invasion area can be effectively utilized, the edge water invasion can be inhibited by utilizing the plugging effect of a fire flooding high-temperature combustion front edge on a high-permeability layer and the vaporization effect of the high-temperature combustion front edge on water, and the main body steam flooding heat utilization rate is improved, so that the steam flooding development effect is improved, the overall development level of a block is improved, and the problem that continuous development is difficult due to the fact that no effective conversion mode exists when edge water invades into the heavy oil reservoir in the final huff and puff stage is solved.

An application software energy consumption ranking method oriented to mobile intelligent terminal application market comprises the steps: first, measuring consumed energy of which has already hit the shelves in each type according to the classification of application software and setting the energy saving grade of each application, second, measuring the energy consumption of the application software to hit the shelves according to the type of the application software to hit the shelves, determining the energy saving grade of the application software in the applications of the same type. The application software energy consumption ranking method provides application software energy saving dividing grades for the mobile intelligent terminal application market, energy saving grade information of the application software provided by the mobile intelligent terminal application market can serve as one of the criteria for selection of users, and developers are stimulated to pay more attention to energy consumption performance of the application software, so that the overall developing level and user experience of the application software in the application market are improved.

The invention discloses a synchronous numerical control oil pumping method for oil well testing and equal pump filling according to stroke frequency, and relates to the technical field of oil filed development and oil pumping production. According to the method, software is used to control 'an intelligent oil pumping machine capable of operating after filling of a pump' with a large stroke linearconstant-speed and low-speed motion, time control is taken as means, the load test is taken as the basis, a downhole optimized 'double-acting rod-type oil pump capable of being filled and dischargingoil' with a large diameter and large stroke can be driven by an oil rod and an oil pipe, the stroke frequency is taken as the unit, the pump does not run if not filled and runs after being filled, thetime of stopping the machine to wait for the pump to fill up can automatically adapt to the oil well production, at the same time, the power diagram test, metering, a dynamic liquid level, comprehensive water cut, a static load curve, mixed liquid density, effective stroke, pump efficiency, delay time, oil pumping efficiency and the like are all completed simultaneously and synchronously with oilpumping in one stroke frequency, and the real-time network transmission is achieved. According to the technical scheme, the problems of too low pumping efficiency, high production cost and poor benefit in the prior art are solved.

The invention discloses a transformer automatic machining production device. The transformer automatic machining production device comprises a first conveying mechanism, a first transferring mechanism, a foot shearing mechanism, a foot shaping mechanism, an overturning mechanism and a code printing mechanism, and further comprises a second conveying mechanism, a second transferring mechanism, a primary detection mechanism, a control system, a secondary detection mechanism and a sorting mechanism; according to the transformer automatic machining production device, the process of shaping, detection and sorting are combined into the production device, so that integration automation of shaping, detection and sorting is achieved, manual operation is omitted, full-automatic continuous productionis achieved, detection accuracy is improved, the shaping efficiency and the sorting efficiency are greatly improved, and the processing efficiency of the transformer is improved.

The invention provides a bathroom fabricated chassis which comprises a waterproof integral bottom plate, a skeleton, a surface floor and a plurality of pipelines. The waterproof integral bottom plateis a flat plate, and the flat plate is provided with pipeline mounting grooves. The skeleton is installed on the waterproof integral bottom plate, the surface floor is fixed on the skeleton by adjusting bolts, and the surface floor is provided with three ports for installing a toilet, a hand washing sink and a floor drain separately. The multiple pipelines are installed in the pipeline mounting grooves, one ends of the pipelines are connected to water outlets of the toilet, the hand washing sink and the floor drain, and the other ends of the pipelines are connected to a drainage stand pipe ofa bathroom. The chassis is a fabricated integral chassis, the pipelines used can be separated from a structural floor or the wall, and therefore the problems of the drainage of the same layer, smell of the floor drain of the bathroom and leakage can be solved. In addition, partial components of the bathroom fabricated chassis are produced in a standardized mode, on-site assembly is carried out, and the construction is convenient; and after installation, the fabricated chassis does not occupy space and is waterproof and reliable.

The invention discloses a logistics transportation system and method based on informatization management. The system comprises an internal office unit, a transportation management unit, a customer management unit, a financial settlement management unit, an operation statistics analysis unit and an information inquiry unit. The administrator logs in the internal office unit of the system through the username and the password and queries, modifies and deletes the internal user information of the system, and then inputs the password to enter the master control module and manage the logistics information according to the demand. The user logs in the personal user interface through the username and the password and queries and tracks the personal cargo transportation information. The research and development design of the invention makes the logistics information management clear, transparent, easy to operate and easy to manage, and different management details can be realized through optimization and combination of functional modules so that the management process is enabled to achieve the maximum degree of automation and information, the manual operation links can be automatically rechecked and thus the error rate of the logistics information management system is minimized.