44results about How to "Improve production and operation efficiency" patented technology

The invention relates to a regional agricultural multi-format management system for internet of things. The regional agricultural multi-format management system for internet of things comprises a server, a data acquiring terminal, a sales management module, a planting management module, a production management module, a warehouse management module and a source tracing management module. The planting management module comprises a planting real-time monitoring module, wherein the planting real-time monitoring module comprises a sensor unit, a short message platform unit and an expert reminding unit. The sensor unit acquires crop data and transmits the data to the server to be memorized, the server feeds the crop data back to the expert reminding unit, and the expert reminding unit generates expert reminding information and sends the information to farmers through the short message platform. The source tracing management module comprises a commodity information entry unit and a commodity information inquiry unit. The regional agricultural multi-format management system for the internet of things achieves convenient regional agricultural multi-format management and accordingly improves the efficiency of regional agricultural multi-format production and management.

The invention discloses a zinc-induced-crack-resistant steel plate and a manufacturing method thereof. Low alloy steel subjected to low C-ultralow Si-high Mn-low Als-(Ti+Nb) micro alloying treatment is taken as a basis, the Als content of the steel is appropriately reduced, situations that Mn / C is greater than or equal to 15, [(%Mn)+0.75 (%Mo)]* (%C) is less than or equal to 0.16, Nb / Ti is greater than or equal to 1.8, Ti / N is 1.50-3.40, CEZ is less than or equal to 0.44%, the B content is less than or equal to 2 ppm, and Ni / Cu is greater than or equal to 1.50 are controlled, the Ca treatment is performed, the Ca / S ratio is controlled to be 1.0-3.0, (%Ca)*(%S)0.28 is controlled to be less than or equal to 1.0*10<-3>, and a TMCP (Thermal Mechanical Control Process) is optimized, so that the micro-structure of a finished steel plate is a ferrite-dispersedly distributed tiny bainitic colony, the average grain size is less than 10 mu m, and homogeneous excellent mechanical properties, excellent weldability and zinc-induced-crack-resistant properties are obtained, therefore, the zinc-induced-crack-resistant steel plate is especially suitable for being used as a zinc-spray coating anti-corrosion steel plate for marine structures, a zinc-spray anti-corrosion steel plate for extra-high voltage power transmission structures, a zinc-spray coating anti-corrosion steel plate for coast bridge structures, and the like.

The invention discloses an integrated automation system of a metro vehicle base. The system includes a production operation task integrated management unit, a station integrated information processing unit, a train access management unit, a production operation site handheld terminal unit, a production operation energy-saving management unit and a production process site safety control unit. The system solves the problems that metro vehicle base production operation process management is extensive, operation links are disjointed, the automation degree of operation execution is low, the operation execution lacks of safe management and control, operation site information is difficult to obtain, and the energy consumption of operation is larger. The metro vehicle base production management informationization and automation levels are improved, the production operation efficiency is improved, the production operation safety risk is reduced, the energy consumption of operation is reduced, and a safety and quality guarantee is provided for the metro main line high-level traffic safety and the high-level passenger service.

The invention discloses a leaf-picking-free silkworm table and a silkworm rearing method. The leaf-picking-free silkworm table is characterized by comprising a silkworm table box, a silkworm table cover, a ceiling and a mulberry branch flexible sealing element, wherein peripheries of the silkworm table box and the silkworm table cover are sealed by a fine nylon net; mulberry branches hooked in the silkworm table are sealed by a flexible material; a mulberry branch hooking frame with hooks and a silkworm rearing bed surface are arranged at the upper part of the silkworm table box and connected by using a lifting device; the mulberry branch hooking frame is placed at the inner side of the upper-part box of the side wall of the silkworm table box; and the silkworm rearing bed surface is capable of downwards moving and driving the mulberry branch hooking frame to vibrate up and down when being dropped in place. The rearing method comprises the steps of putting the leaf picking-free silkworm table in a line of a mulberry field, putting silkworms on silkworm rearing bed surface, bending and hooking the mulberry branches on the surface of the silkworm table box, closing the silkworm table cover and the ceiling, grouping the silkworms step by step according to the quantity and assigning to other silkworm tables to rear after half mulberry leaves are eaten by the silkworms. The leaf picking-free silkworm table and the silkworm rearing method have the advantages that the occurrence of silkworm diseases is effectively controlled; the damage of pebrine disease to silkworm egg production is decreased; the silkworm cocoon quality is significantly improved; the work efficiency of silkworm rearing can be greatly increased at the same time; and requirements of large-scale silkworm rearing are satisfied.

The invention discloses a profile extrusion production scheduling method, a readable storage medium and a device, and the method comprises the steps: S100) receiving a production scheduling request, carrying out the analysis of the production scheduling request, carrying out the grouping of orders, and obtaining a target production plan; S200) calling a target constraint mechanism corresponding tothe target production plan, wherein the target constraint mechanism comprises an order sequence rule and a resource load balancing principle; S300) performing pre-scheduling, determining an order priority and a production platform equipment priority, and matching production platform equipment for the order; S400) carrying out the production scheduling on production in a period of scheduling timeafter the current time, determining the order priority in the production scheduling, enabling the production scheduling to be matched with production platform equipment, and locking a scheduling result is locked. According to the method, the matching schedule meets the production requirements, the equipment utilization rate is obviously improved, the delivery time is shortened, and the enterpriseproduction and operation efficiency and the enterprise core competitiveness are improved.

The invention provides a basic automation control system for a tandem cold rolling unit with five frames, which comprises a PLC (programmable logic controller ) cluster, an HPC (high performance computing ) controller cluster, a field rolling mill control console, a real-time data acquisition system, a developing and debugging system and a system communication network. By the basic automation control system, automatic roll changing can be realized, roll changing time is shortened, production and maintenance can be carried out easily, and building investment and maintenance cost are reduced greatly. Since a high-speed closed-loop control function is realized, continuously high-speed production on sites is guaranteed. Since a high-speed data acquisition function is realized, the basic automation control system is capable of running safely and efficiently and meeting the requirements to millisecond-level monitoring data during fault analysis of the high-speed closed-loop control system of the tandem cold rolling unit. Since functional units are debugged and controlled to run successfully, structural uniformity of the basic automation control system after modification of programs is guaranteed. The high-speed optical fiber memory map net serves as the communication network, high-speed data exchange is realized by data caching among functional units of the HPC controller cluster, and accordingly high-speed data acquisition of the real-time data acquisition system is realized.

The invention relates to a preparation method of a novel anionic surfactant alkyl diphenyl ether sulfonate. The preparation method specifically comprises the steps of: with diphenyl ether and alpha-olefin as main raw materials, in the presence of solid acid catalyst, preserving heat for 1-5 hours under the temperature condition of 80-180 DEG C to produce an intermediate product alkyl diphenyl ether, then adding an inert organic solvent and a sulfonating agent for sulfonating at 0-80 DEG C to produce alkyl diphenyl ether sulfonic acid, and adding an alkali neutralizing agent for neutralizing till the PH value is 6.5-7.5, so as to produce alkyl diphenyl ether sulfonate.

The invention discloses an industrial acidification system and method for offshore oil fields and oil-water wells. The industrial acidification system comprises an acid liquid preparation unit, an acidizing treatment unit and a residual liquid recycling unit which are adjacent to one another. The acid liquid preparation unit is connected with a wellhead of one oil-water well or wellheads of the multiple oil-water wells in the acidizing treatment unit through an acid injection pipeline. An acid injection adjusting subunit, a control subunit and a data analyzing subunit are arranged on the acid injection pipeline. Producing wells of the one or more oil-water wells are connected with the residual liquid recycling unit through a liquid return pipe. Flowback residual liquid is neutralized in the residual liquid recycling unit and returned. The industrial acidification method comprises the following steps that the industrial acidification system for the offshore oil fields and the oil-water wells is obtained by utilizing and connecting an offshore oil field production platform and anchoring arrangement; acidizing treatment preparation is conducted; industrial acidizing treatment is conducted on the oil-water wells through the industrial acidification system for the offshore oil fields and the oil-water wells; and acidification aftertreatment is conducted according to the types of the oil-water wells.

The invention discloses an efficient cultivation method of an intelligent nectarine facility, and belongs to the technical field of crop planting. The efficient cultivation method comprises the following steps: selecting an orchard and a variety, constructing a greenhouse, performing field preparation, performing tree seedling planting and laying a drip irrigation zone, performing seedling periodmanagement, performing first-year fruiting period management, performing full bearing period management and the like, wherein the step of performing the seedling period management comprises the following substeps: pruning trees, performing water management, performing fertilizer management, pruning fruiting branches, shaping trunk branches, controlling diseases and pests, controlling weeds and scarifying soil in a field; the step of performing the first-year fruiting period management comprises the following substeps: preserving heat by mulching a film, performing water management, performingfertilizer management, performing temperature and humidity management, pollinating under the assistance of bees, thinning fruits and fixing the fruits, pruning in summer and autumn and adjusting the density, pruning in winter, controlling diseases, pests and weeds and scarifying soil in the field. By the efficient cultivation method, management of the orchard is relatively advanced, the adopted management measures are scientific and reasonable, the production and operation efficiency is relatively high, chemical substance residue in a product does not exceed the standard, the quality of fruitsis optimized, the fruits can be marketed in advance, and the economic benefits are relatively good; environmental protection and soil and water conservation are facilitated.

The invention discloses a control system of a distributive agriculture and forestry biomass fermentation-thermal decoupling treatment device. The control system includes a data collection system connected with an intelligent control system and capable of acquiring operation condition data from the treatment device and sending the data to the intelligent control system; the intelligent control system connected with a drive control system and capable of analyzing the received operation condition data sent by the data collection system and sending control signals to the drive control system according to an analysis result; the drive control system electrically connected with drive devices of the treatment device and capable of controlling operation of the drive devices; a monitoring terminal connected with the intelligent control system and capable of displaying the operation condition data analyzing result of the intelligent control system and the control signals sent to the drive control system.

The invention relates to a main power house allocation structure of a high-capacity thermal power station. The main power house allocation structure of the high-capacity thermal power station comprises a steam engine room, a deaerator room, a bunker room and a boiler room. The ground level of the boiler room is higher than that of the bunker room, the ground level of the bunker room is higher than that of the steam engine room and the deaerator room, and the ground level of the steam engine room is the same as that of the deaerator room. The main power house allocation structure has the beneficial effects that 1, under the premise of remaining the schemes of the whole station ground level layout and relative technology systems unchanged, the main power house structure adopts negative excavation layout to decrease the layout ground level of a condenser so as to decrease the height difference between the condenser and a water taking port, so that the limited technical standard requirements for lifting of relative technology equipment are met; 2, by adopting the stepped negative excavation layout on the main power house structure, under the premise of combining the technology layout, the height difference between the condenser and the water taking port can be decreased maximally; and 3, the main power house allocation structure has high adaptability and practicability.

The invention discloses a thermodynamic system capable of achieving one-furnace-two-machine ultra-low load operation and a switching method of one-furnace-two-machine ultra-low load operation. The system comprises two unit system units. The first unit system unit comprises a first intermediate-pressure cylinder exhaust valve, a first temperature and pressure reducing valve, a first intermediate-pressure cylinder exhaust adjusting valve, a first cylinder cooling steam pipeline and the like; the second unit system unit comprises a second intermediate-pressure cylinder exhaust valve, a second temperature and pressure reducing valve, a second intermediate-pressure cylinder exhaust adjusting valve, a second low-pressure cylinder cooling steam pipeline and the like; and an outlet of the first intermediate-pressure cylinder exhaust valve is connected with an outlet of the second intermediate-pressure cylinder exhaust valve through an intermediate-pressure cylinder exhaust connecting pipe, and an intermediate-pressure cylinder exhaust connecting pipe adjusting valve is installed on the intermediate-pressure cylinder exhaust connecting pipe. According to the method, flexible switching between the two unit system units is achieved. Technical transformation on a boiler side is not needed, the acting force difference characteristic of a high-pressure cylinder, a medium-pressure cylinder and a low-pressure cylinder is fully utilized, operation is flexible, the function is practical, and meanwhile certain accident resisting capacity is achieved.

The invention discloses a floating production, storage and unloading device ship reciprocating insulating and fire-proof penetration structure, which comprises a support plate (1), a positioning plate (2), a pressure plate (5), a fixing bolt (7), and a first web (8), the second web (9) and the cylinder (10), the support plate (1) is fixed on one side of the cylinder (10), the positioning plate (2) is fixed on the support plate ( 1), the first web (8), the second web (9) and the cylinder (10) are welded and fixed on the bulkhead (11), the pressure plate (5), the first web (8), the second The two webs (9) and the cylinder (10) together form a stuffing box chamber. The fire-proof cabin penetration structure of the present invention can meet the outlet pipeline connection problem caused by pump vibration after use, and can meet the fire-proof insulation requirements of cabin A60. It is simple and reliable to install, easy to maintain, and convenient to replace the fire-proof insulation layer, so as to reduce construction difficulty and improve safety. Support, increase production and operation efficiency, and reduce costs.

The invention discloses a device for preventing longitudinal scratches of a sliding block and a cavity convex core of an injection mold. The device comprises a transverse sliding block (1), a spring (2), an oil cylinder (3) and a fixed mold (4). According to the technical scheme, the spring is arranged between the transverse sliding block and the positioning surface of a mold core; a driven inclined surface is formed on the left side surface of the transverse sliding block; touch space is reserved at the connecting position between a piston rod of the oil cylinder and the transverse sliding block; a tightening inclined surface is formed at the fixed mold; when the injection mold is reset, the transverse sliding block is driven to be close to the mold core rightwards by the oil cylinder until the spring props against the positioning surface of the mold core, and the oil cylinder stops; at the moment, the overlooking projection of the space between a block sub-wall and a cavity sub-wall is equal to the touch space; then, a movable mold and the fixed mold are closed; the tightening inclined surface of the fixed mold pushes the transverse sliding block to move rightwards; the transverse sliding block moves rightwards for the touch space; the block sub-wall and the cavity sub-wall of the mold cavity which is reset downward are contacted and closed synchronously, so that the injection mold is reset by the transverse sliding block which is driven by the oil cylinder; the defect that the block sub-wall and the cavity sub-wall scratch each other when the injection mold is reset is avoided; the aims of improving the production efficiency and reducing the comprehensive cost are fulfilled.

The invention discloses an inter-station open-circuit starting and closed-circuit switching control system for a pipeline coal conveying system. The inter-station open-circuit starting and closed-circuit switching control system comprises a buffer tank, wherein an inlet valve a is arranged at an inlet of the buffer tank, the buffer tank is sequentially connected with a feeding pump system, a diaphragm pump pressurization system and a subordinate pump station through a pipeline G2, a pipeline G3 and a pipeline G5, and the feeding pump system is connected with a water replacement system throughthe pipeline G3; the pipeline G3 is further connected with the inlet of the buffer tank through a pipeline G4, and each of the pipeline G2, the pipeline G3, the pipeline G4, the pipeline G5 is provided with a knife gate valve, a main pipe valve a, a main pipe valve b and a main pipe valve d correspondingly; an inlet valve b and an outlet valve b are arranged at an inlet and an outlet of the feeding pump system respectively; a main pipe valve c is arranged at the position, located at an outlet of the water replacement system, of the pipeline G3, and an inlet valve c and an outlet valve c are arranged at an inlet and an outlet of the diaphragm pump pressurization system respectively; and a liquid level meter is arranged on the buffer tank, and a pressure transmitter is arranged on the pipeline G3. According to the system, the problems of high labor cost and low production efficiency in the prior art can be solved.

The invention provides an oil well energy-saving production control system which comprises a host computer system, an electrical parameter tester, an indicator diagram tester and an oil well controller. The electrical parameter tester is connected to the oil well controller and connected with a main motor to detect the voltage and current data of the main motor in running and transmit the voltageand current data to the oil well controller, the indicator diagram tester is connected to the oil well controller to detect the polished rod load and movement position of a pumping unit and transmit the polished rod load and the movement position to the oil well controller, the oil well controller transmits the received detection data to the host computer system, the host computer system analyzes,diagnoses and optimizes the oil well working condition according to the received detection data and transmits the optimization result to the oil well controller, and the oil well controller controlsthe work of the main motor and a balancing motor according to the optimization result. The oil well energy-saving production control system realizes oil well supply and discharge coordinated production, reduces the energy consumption of oil well production, realizes intelligent control over oil well production and improves the automation degree of oilfield production.

The invention discloses a coiled pipe weld joint identification tracing system which comprises the components of a coiled pipe automatic butt welding production subsystem which is used for realizing automatic butt welding of short pipes in a product BOM; an automatic labeling machine which is used for receiving an automatic labeling instruction of the MOM subsystem and carrying out automatic labeling on the pipe ring identification bar code; and an MOM subsystem which is used for realizing informatization and digitalization management and control of a workshop manufacturing process, recordingand storing weld joint identity information and weld joint associated information, sending an automatic labeling instruction to an automatic labeling machine, and identifying the weld joint identity information and the weld joint associated information through a pipe ring identification bar code; wherein the weld joint associated information at least comprises information, welding parameters, welder information and quality inspection information. By arranging the label with the two-dimensional code, the storage rate is high, the reading rate is high, full-life-cycle tracing and knowledge management of the serpentine pipe weld joint can be achieved, the workload of manual input is reduced, data errors and data loss are reduced, and the production and operation efficiency is improved.

The invention discloses a coupling peak regulation system based on intermediate exhaust and low-pressure steam extraction cooling and an operation method thereof. The coupling peak regulation system comprises a first conventional unit system generator set (13) and a second conventional unit system generator set (14). The first conventional unit system generator set (13) comprises a first medium-pressure cylinder (7), a first low-pressure cylinder (8), a first condensate pump (11), a first low-pressure cylinder steam extraction pipe (19) and a first medium-pressure cylinder steam exhaust control and isolation valve group (1); and the second conventional unit system generator set (14) comprises a second medium-pressure cylinder (9), a second low-pressure cylinder (10), a second condensate pump (12), a second low-pressure cylinder steam extraction pipe (20) and a second medium-pressure cylinder steam exhaust control and isolation valve group (2). According to the operation method, flexible switching between the first conventional unit system generator set (13) and the second conventional unit system generator set (14) is achieved. The deep peak regulation capacity of the unit can be improved without technical transformation on the boiler side, and the operation flexibility of the unit is improved.

The method of reducing plugging in circular gas compressor flow channel and impeller wall for normal pressure melamine producing process is to control the temperature of gas in the entrance of circular gas compressor at 160-180 deg.c. The said method can reduce plugging in circular gas compressor flow channel and impeller wall obviously, and ensure the stable running of the circular gas compressor in great intake amount, high linear speed and long stable production period.

The invention discloses a robot which comprises a worktable, wherein an assembling mechanism and perforating mechanism are mounted on the left side of the worktable, and a flash peeling mechanism is mounted on the right side of the worktable. The assembling mechanism comprises a positioning table fixed to a position, close to the upper side, of the left side of the worktable by a bolt, fixed racksare separately fixed to the left and right sides of the position table, separately, a first pneumatic telescopic rod is mounted on each fixed rack, and a hollow bushing is connected to the first pneumatic telescopic rod between the left and right fixed racks in a sleeving manner. During processing, the assembling mechanism assemblies a vehicle handle first, and the perforating mechanism perforates a vehicle handle assembly, so that it is convenient for follow-up packaging. The flash peeling mechanism removes flashes on the vehicle handle assembly. The invention provides the robot and an automatic system thereof. The robot is skillful in structural arrangement and reasonable in layout. The flash peeling mechanism melts flashes by hot air. Compared with conventional peeling by a tool, the surface of a plastic workpiece is not easily damaged. The robot is high in processing speed and high in efficiency.

The invention discloses an order management system which comprises an ordering system of a client terminal and a sales system of a manufacturer terminal. The ordering system comprises a first generation unit used for generating ordering information, a first communication unit used for sending the ordering information, a second communication unit used for receiving the order information, and a third communication unit used for sending order confirmation information, a fourth communication unit used for sending return information and / or invoicing information. The sales system comprises a sixth communication unit used for receiving the ordering information; the third generation unit is used for generating order information; the seventh communication unit is used for sending order information;the eighth communication unit is used for receiving order confirmation information; and the ninth communication unit is used for receiving the return information and / or the invoicing information. Theinvention also discloses an order management method which is formulated according to the order management system. The production and operation efficiency is improved; human negligence is reduced, andthe human negligence can be found immediately even if the human negligence occurs.