464results about How to "Realize integrated operation" patented technology

The invention discloses an in-hole drilling tool integrating drilling, slotting and punching a coal seam and a using method thereof. The in-hole drilling tool comprises a water supple device or an air supple device, a high-pressure sealing drill pipe, a slotting and punching valve and a drill bit. The water supply device and the air supply device are connected with the high-pressure sealing drill pipe at an orifice. The slotting and punching valve is installed between the high-pressure sealing drill pipe and the drill bit. The in-hole drilling tool is essentially used for drilling and anti-reflective outburst eliminating after drilling of soft outburst coal seam. The using method is as follows: after the drilling construction is finished, a water supplier with a pressure release valve is used for starting a high-pressure pumping station to improve the pressure and the flux for water supply; high-pressure water current at the pumping station drives the slotting and punching valve to act for closing an axial liquid passage and opening a radial liquid passage; and high-pressure jet current realizes slotting or punching through a cutting nozzle or a punching nozzle. The invention has novel design and easy operation, is safe and reliable, improves the outburst elimination efficiency and realizes the integrated operation of drilling, slotting or punching and outburst eliminating.

The invention provides a quadruple net system and a work method of the quadruple net system. Logistics, supply chains, electronic commerce and finance are integrated and jointly serve main bodies such as manufacturing enterprises and trade enterprises. The quadruple net system comprises four nets which are the airport logistics net, the supply chain net, the brand-name and high-quality net and the logistics and supply chain financial net. The airport logistics net, the supply chain net, the brand-name and high-quality net and the logistics and supply chain financial net have the unified standard specification and safety authentication and are interconnected through butt joint of platforms. The airport logistics net comprises a storage subsystem, a freight forwarder subsystem, a customs declaration and commodity inspection subsystem and a transport and distribution subsystem. The supply chain net comprises a purchasing management subsystem, a production management subsystem, a marketing management subsystem, an inventory management subsystem, a reverse logistics subsystem and a logistics park management subsystem. The brand-name and high-quality net comprises a product management subsystem, a client management subsystem and a marketing management subsystem. The logistics and supply chain financial net comprises a financing information subsystem, a financing service subsystem and a value added service subsystem.

The invention discloses an unmanned vehicle planning control method based on a topology map. An unmanned vehicle runs multiple times in an established map mode, and a different key frame coordinate sequence is obtained for each running. The geographical proximity between different key frame coordinates is calculated based on Euclidean distance so as to identify the intersections of the different key frame coordinate sequences, the intersections are used as the nodes of a topology map, and multiple tracks are connected into an entire map. A path intersection sequence can be obtained by performing path planning based on a heuristic graph search algorithm on the topology map, original dense key frame coordinates can be indexed by use of the path intersection sequence, and the coordinates are input to an unmanned vehicle control execution system as the result of track planning, thus realizing location tracking of the unmanned vehicle.

The invention provides an integrated unmanned aerial vehicle control system based on a software bus. The system comprises a software bus-based integrated unmanned aerial vehicle control system architecture (1), a lightweight software bus communication framework (2) and a centralized software bus-based global resource management mode. Through the service-oriented system architecture, the reliability and the openness of an assembly are improved, the heterogeneity of resources are shielded, functions of the resources are packaged, and a one-stop multi-control bus control system with multiple functions integrated is designed; and a transparent data transmission mechanism is provided for a heterogeneous node, and decoupling between a user and a message protocol is realized. A multi-perspectiveglobal resource management mode for a multi-unmanned aerial vehicle system with computing resource heterogeneity and task interdependence is designed, and the real-time performance and the certainty of the control system are ensured. While the openness and the reliability of the architecture are ensured, the real-time performance of the control system and the resource utilization ratio are improved.

The invention discloses a grinding device for production of a machine part. The device comprises a device body and a grinding chamber, wherein vertical guide rails on which a cooling device is mounted are arranged at two sides of the grinding chamber; the cooling device is movably connected to the vertical guide rails through first slide blocks; a cross beam is arranged on the top surface of the grinding chamber; hydraulic cylinders, which are connected to grinding mechanisms through telescopic rods, are movably connected to the bottom part of the cross beam; a liquid collecting box in which stirring mechanisms are mounted is arranged in the device body; a supporting platform above which grinding tables are mounted is arranged on the top surface of the liquid collecting box; the grinding tables are fixedly connected to the supporting platform through positioning racks; lifting mechanisms are arranged on the positioning racks. The grinding device is simple in structure and high in practicability; the movable cooling device and the grinding mechanisms are designed, so that the cooling liquid spraying area and volume can be improved; in addition, the surface of a complex machine part can be grind, and meanwhile, the operations of clamping, positioning and conveying of the machine part are integrated.

The embodiment of the invention discloses an automatic overturning device. The automatic overturning device comprises a base assembly, a horizontal guide rail assembly, a movable air cylinder assembly, a jacking air cylinder assembly, a vertical guide rail assembly, a lifting air cylinder assembly, a rotary clamping claw air cylinder assembly, clamping claw assemblies and a mounting plate assembly. The base assembly is connected with the horizontal guide rail assembly and the movable air cylinder assembly. The jacking air cylinder assembly, the lifting air cylinder assembly and the rotary clamping claw air cylinder assembly are connected with the mounting plate assembly. The vertical guide rail assembly is connected with the horizontal guide rail assembly, the movable air cylinder assembly and the mounting plate assembly. The automatic overturning device can be used for turning over PCBs needing to be subjected to double-face machining and production, production efficiency can be improved, and labor intensity is lowered.

The invention discloses a real-time agricultural irrigation monitoring and regulating system based on big data and the Internet of Things. The real-time agricultural irrigation monitoring and regulating system based on big data and the Internet of Things comprises a data collecting module, a data processing module, an image collecting module, an image processing module, an image feature analyzingmodule, a manual input module, a storage database, a cloud server, an irrigation coefficient analyzing module, an irrigation execution end, a fertilization execution end and a display. According to the provided intelligent constructional engineering construction operation environment monitoring system based on big data, by collecting and processing image information of crops, analyzing the kinds and growth stages of the crops in combination with collection and processing of the soil humidity, the air temperature, the air humidity and the wind speed in farmland within various collection time periods, counting irrigation coefficients of crop soil, and then extracting the volume, corresponding to each irrigation coefficient, of water needed for irrigation per square meter according to the corresponding irrigation coefficient of the crop soil to obtain the irrigation water volume corresponding to an occupied area of the farmland, collecting and analyzing nutrient elements of the farmland soil at the same time, and supplying nutrient elements which the soil is short of in time, irrigation and fertilization integrated operation is achieved, the accuracy of the irrigation water volume andthe fertilization amount of the soil is improved, and the water requirement and the fertilization amount of the soil can be analyzed reasonably according to the current practical situations of the soil and the crops, so as to conduct intelligent irrigation and fertilization, so that waste of water resources and fertilizers and high human cost are reduced.

The invention provides a manufacturing and overturning device for a heat exchanger tube bundle assembly. The manufacturing and overturning device comprises a pedestal, a supporting piece and a fixingpart, wherein the supporting piece and the fixing part are connected with the pedestal. By means of the manufacturing and overturning device, the whole tube bundle assembly can be manufactured, the device and the tube bundle assembly can be overturned by 90 degrees, the purpose of erecting the tube bundle assembly is achieved, and vertical-type sleeving of the tube bundle assembly and a shell canbe completed smoothly. The manufacturing and overturning device is novel in structure and high in practicability and universality, tube bundle assembly manufacturing and shell sleeving can be integrated, manufacturing efficiency of a heat exchanger is greatly improved, and manufacturing difficulties of the heat exchanger are lowered.

The invention discloses a garbage treatment device which comprises a machine frame. A garbage compression device and a garbage packaging device are installed on the machine frame. The garbage packaging device comprises a garbage bagging mechanism and an automatic discharging mechanism. The garbage bagging mechanism comprises a bottom plate. At least three stand columns which are non-collinear and hollow are arranged on the bottom plate. A rotating rod is arranged in each stand column. Two ends of each rotating rod extend out of each stand column. One end of each rotating rod penetrates through the bottom plate and is fixedly provided with a transmission part, and the other end of each rotating rod is provided with a bag-taking-off cap in a step structure. A pressing plate and a spring are sleeved outside each stand column. The springs are arranged between the pressing plates and the bottom plate. A first drive mechanism driving a transmission rod to rotate is arranged on the back of the bottom plate. The automatic discharging mechanism comprises a lifting frame which can move horizontally, and a second drive mechanism which can drive the lifting frame to move. A grabbing mechanism is arranged on the top of the lifting frame. As a principle of a shoe covering machine is utilized and the automatic bagging mechanism is added, garbage can be loaded into garbage bags automatically, and manpower is saved.

The invention provides a warship hull descaling and flow detecting system which comprises a power supply system, a control system, a charging system, an energy storing system, a plasma shock wave generating mechanism, a flaw detection monitoring system, a surface flushing mechanism and an adsorbing and walking robot. When the system runs, probes of the plasma shock wave generating mechanism, the surface flushing mechanism, the adsorbing and walking robot and the flaw detection monitoring system are in underwater operation. Organisms attached to the surface of a warship hull are subjected to primary cleaning by the aid of strong sound shock waves generated from discharging of underwater plasmas, the organisms attached to the surface of the warship hull fall off or are loosened, and then the loosened attachments are cleaned by the aid of the surface flushing mechanism. The descaling effect can be detected through the flaw detecting system after descaling operation, and non-destructive detection can be performed on the surface of the warship hull.

The invention relates to a radar communication integrated waveform generation method based on a FMCW, and aims at solving the problems that a conventional radar and communication system occupies excessive resources, is higher in cost and is liable to generate electromagnetic interference. The specific process comprises the steps: 1, generating a radar linear FMCW (Frequency Modulated Continuous Wave); 2, generating communication data, carrying out the QPSK modulation of the communication data, and obtaining the modulated communication data; 3, loading the modulated communication data to the radar linear FMCW, and generating a radar communication integrated QPSK-FMCW signal s(t), wherein the QPSK is quadrature phase shift keying. The method is used in the field of radar communication.

The invention discloses a drilling and grouting combined device for grouting reinforcement of a water-rich sand stratum and a construction technique. The drilling and grouting combined device for grouting reinforcement of the water-rich sand stratum comprises a grouting pipe body. The grouting pipe body is formed by sequentially connecting a plurality of grouting pipes. The outer side of the pipe wall of each grouting pipe is sleeved with an expandable grout container. A plurality of grout outlets are formed in the portions, matched with the grout containers, of the pipe walls of the grouting pipes. Grout enters the grout containers from the grout outlets of the grouting pipes to make the grout containers expand, and thus the grout containers and the sand stratum around the grout containers are compacted. Integrated operation of drilling and grouting reinforcement in the sand stratum can be achieved through the drilling and grouting combined device. According to the drilling and grouting combined device for grouting reinforcement of the water-rich sand stratum and the construction technique, since the grout containers can contain the grout and can expand, the splitting effect of grout on the sand stratum and linear extension of grout veins during grouting in the prior art are eliminated; and the purpose of reserving the grout around drilled holes is achieved, and the effect of compacting the loose sand stratum around the drilled holes is achieved through expansion of the grout containers.

The invention belongs to the technical field of crystal oscillator processing equipment, and particularly relates to a multi-station crystal oscillator testing, classifying, marking and braiding integrated device. The multi-station crystal oscillator testing, classifying, marking and braiding integrated device comprises a box body, a feeding mechanism, a main rotating disk mechanism, an auxiliary rotating disk mechanism, a material picking and classifying mechanism, a material overturning mechanism, a material marking mechanism and a material braiding and packaging mechanism, wherein the feeding mechanism, the main rotating disk mechanism, the auxiliary rotating disk mechanism, the material picking and classifying mechanism, the material overturning mechanism, the material marking mechanism and the material braiding and packaging mechanism are arranged on the box body; the main rotating disk mechanism comprises a main rotating disk and a main driving source; the auxiliary rotating disk mechanism comprises an auxiliary rotating disk and an auxiliary driving source; the material picking and classifying mechanism comprises a fixing frame, a classifying material box, a testing driving device and an adsorbing driving device; the material overturning mechanism is arranged between the main rotating disk and the fixing frame; the material marking mechanism is arranged on one side of the main rotating disk; and the material braiding and packaging mechanism is arranged on one side of the material marking mechanism. Due to the design, integrated operation of testing, classifying, marking and braiding on crystal oscillators is achieved; and due to the multi-station processing design, the production efficiency of the crystal oscillators is greatly improved.

The invention relates to a paperboard impressing and punching device. The paperboard impressing and punching device comprises a rack, a conveying belt and conveying wheels. The conveying wheels are provided with meshing teeth, and one conveying wheel is rotationally connected with a drive rod. The other end of the drive rod is connected with an operation table. The operation table is fixedly connected with a cutter rod and a first cutter bit. The operation table is further fixedly connected with a first impressing device and a second impressing device. The second impressing device is providedwith a first pressing plate, and an inclined sliding rod is further fixedly connected to the operation table. A supporting table is arranged below the operation table. A second pressing plate is arranged on one side of the supporting table and connected with a punching table. The punching table is fixedly connected with a punching plate. The punching plate is in sliding connection with a punchingbase. The punching base is provided with an inserting hole. The end, right opposite to the second pressing plate, of the punching base is provided with a second cutter bit, the other end of the punching base is fixedly connected with a pull rod, and the pull rod is provided with a supporting spring. A discharging mechanism is arranged on one side of the supporting table, and a collection box is arranged on the other side of the supporting table. The device solves the problems that traditionally, the carton impressing process and the carton punching process are separably conducted, and operation is not convenient.

The invention belongs to the field of agricultural machinery and particularly relates to a potato harvester, comprising a frame, a digging blade in front of the frame, a potato-soil conveyer and a transmission device for driving the potato-soil conveyer; the potato-soil conveyer comprises a driving shaft, a driven shaft and a conveying chain mounted on two sides of the driving shaft and the driven shaft, conveying rods are fixedly and evenly mounted on the conveying chain in the conveying direction, and the conveying chain passing between a tension roller and a press roller performs horizontal conveying; a drive roller is also provided between the tension roller and the press roller, and the drive roller drives conveying rod sleeves to rotate by means of friction. By providing the conveying rod sleeves and driving the conveying rod sleeves to rotate through the drive roller, soil attached to potatoes is cleared by means of friction, skin of the potatoes can be protected from damage, and good potato-soil separation is provided.

The invention discloses a process method which integratedly implements the prime gluing, intermediate coating and color-registering for an automobile cab. The method comprises the following steps: (1) coating equipment is adopted for spraying the cab welding seam glue, the vehicle bottom coating; (2) the spraying welding seam glue, the vehicle bottom coating cab is changed into intermediate coating paint spray chamber for intermediate coating; (3) the spraying of the color-registering part is conducted according to requirements; (4) the cab which passes through the technology courses of prime gluing, intermediate coating and color-registering is integratedly dried. The color-registering part adopts shielding material for shielding, and the whole spraying of the cab is conducted, after the drying is conducted, the shielding material can be removed for recycling. The application of the invention lies in that the energy consumption caused by repeated drying of the cab is avoided, the color-registering production process for cab is innovated, the production efficiency is increased, and the energy-consumption is reduced, and the invention has good economic and social benefits.

The invention discloses magnetic steel magnetization and magnetic flux detection integrated equipment. The integrated equipment comprises a worktable; a feeding station, a magnetizing station and a magnetic flux detecting station are arranged on the worktable in sequence; a feeding device is arranged in the feeding station; a magnetizing coil connected with a magnetizing machine is arranged in the magnetizing station; a magnetic flux measurer is arranged in the magnetic flux detecting station; a first conveying device for conveying magnetic steel from the feeding station to the magnetizing station is arranged between the feeding station and the magnetizing station; and a second conveying device for conveying the magnetized magnetic steel to the magnetic flux detecting station is arranged between the magnetizing station and the magnetic flux detecting station. The equipment has the advantages of realizing integrated operation of magnetization and magnetic flux detection, saving both manpower and material resources, reducing the production cost and improving the production efficiency.

The invention provides a parametric weapon combat efficiency analysis system based on simulation and an analysis method of the parametric weapon combat efficiency analysis system and relates to the weapon combat efficiency analysis system and the analysis method of the weapon combat efficiency analysis system. The weapon combat efficiency analysis system and the analysis method are provided in order to solve the problems of poor universality and poor expandability of the existing weapon combat efficiency analysis tool based on the simulation. The analysis system consists of an analysis data base, a simulation data base and modules such as an analysis item management module, an index algorithm configuration module, an index value calculation module, a result analysis module, a report generating module, an analysis process management module and the like. The analysis method adopting the system comprises the following steps of: logging in the analysis data base, and obtaining and displaying the existing analysis item information; opening concerned analysis items and recording information in the analysis items; configuring the index for describing the weapon combat efficiency according to the current analysis item information; calculating the combat efficiency index value and storing the combat efficiency index value into the analysis data base; analyzing the index calculation results, and storing the analysis results into the analysis data base; generating analysis reports; and finishing the operation. The system provided by the invention has good universality and expandability.

The invention discloses a novel apple picking and sorting device and method. The device comprises a walking apple basket, a telescopic rod set, a rotatable picking head and a sorting and collecting mechanism. The walking apple basket can walk on the ground and is hinged to the telescopic rod set. The tail end of the telescopic rod set is provided with the rotatable picking head. The walking applebasket and the sorting and collecting mechanism are fixedly connected. In work, the walking apple basket is pushed under an apple tree, the telescopic rod set is rotated to adjust the length so as toget close to apples on the tree, the apples are grabbed by adjusting the space angle of the rotatable picking head and then picked and sent into the sorting and collecting mechanism, and the apples ofvarious sizes are classified to be collected. According to the device, through the design of a 3UPS parallel-connection mechanism, a flexible bowl sleeve and a pneumatic adsorption mechanism, the mode of picking apples under the synergistic effect of human wrists and fingers is simulated, high-efficiency and bruise-free apple picking is realized, and the device is suitable for fruit garden picking of fruits such as peaches, apples and pears which grow in high places and have tender peel.

The invention discloses a method for treating a landfill leachate nanofiltration concentrated solution through iron-carbon micro-electrolysis synergistic with microwave. The method for treating the landfill leachate nanofiltration concentrated solution through the iron-carbon micro-electrolysis synergistic with microwave comprises the processes of water quality regulation, iron-carbon micro-electrolysis reaction, microbubble air floatation reaction, microwave reaction and pH regulation and further comprises a sludge dehydration process. The method for treating the landfill leachate nanofiltration concentrated solution through the iron-carbon micro-electrolysis synergistic with microwave has the advantages that an iron-carbon micro-electrolysis and microwave synergistic oxidation treatment process is adopted, a 'biochemical method+NF' process is used for treating a nanofiltration concentrated solution produced from landfill leachate (hereinafter referred to as a 'concentrated solution'), treatment effect is good, biochemicalization property of the concentrated solution is improved, the problem of difficulty in treatment of the concentration solution is solved, the defects of an existing landfill leachate 'biochemical method+NF' treatment process are overcome, a landfill leachate treatment technology is improved, and healthy and sustainable development of the environmental protection industry is promoted.

A dual-stroke moving-bed filter with particle layer for removing dust from high-temp and -pressure gas or fume is composed of a vertical cylindrical casing composed of top and bottom end covers and cylindrical body and with gas inlet and outlet tubes and filter inlet and outlet tubes, a gas collecting cylinder at upper area in casing and communicated with said filter inlet tube, a region dividing cylinder in said gas collecting cylinder, and a conic hopper of filter at lower area in casing. The dust contained gas and the filtering particles flow downward at first and then upward for higher effect to remove dust.

The invention relates to traditional Chinese medicine pelleting equipment. The traditional Chinese medicine pelleting equipment comprises a machine body, wherein the machine body comprises a crushingpart, a stirring part, a squeezing part, a granulating part, a polishing part, a conveying part and a feeding opening; the granulating part comprises a retractable rod, a granulating plate, a push plate which is placed at one end of the retractable rod and is used for pushing out grains in the granulating plate, and a conveyor belt arranged below the granulating plate; the granulating plate is a round plate; penetration holes are uniformly formed in the granulating plate along the circle center; the granulating plate rotates along the center; the push plate is provided with strip-shaped bulges; the strip-shaped bulges and the penetration holes on the granulating plate are located on the same vertical work station; the strip-shaped bulges can move in the penetration holes; the length of thestrip-shaped bulges is greater than the thickness of the granulating plate; semispherical grooves are formed i one end, far away from the retractable rod, of the strip-shaped bulge; semispherical grooves are further formed on the conveyor belt, and located at the same vertical work station of the strip-shaped bulges and the penetration holes. By adopting the traditional Chinese medicine pelletingequipment, integrated production from medicine raw materials to pills can be realized and the traditional Chinese medicine pelleting equipment is rapid and convenient; a lot of human resources and time are saved.

The invention discloses a pit digging and soil covering mechanism for an orchard. The pit digging and soil covering mechanism is composed of a frame, an elevating gear and a pit digging and soil covering device. The elevating gear is mainly composed of a frame part hydraulic cylinder and rollers and is connected with the frame through the frame part hydraulic cylinder and the rollers; the frame part hydraulic cylinder is fixed on the frame through pins; the rollers are embedded into grooves of the frames, and the rollers and the surfaces of the grooves of the frames compose rolling pairs. The pit digging and soil covering device is fixed on the elevating gear through bolts. The pit digging and soil covering mechanism for the orchard integrates a pit digging function and a soil covering function into one and has the advantages of high work efficiency, a simple structure, strong practicality and good popularization and application values.

The invention relates to a mechanical harvesting technology for beach clams. The technology comprises the steps that vibration is generated through an early mechanical vibration array, a high-frequency signal is transmitted to the sand land surface through an ultrasonic generation array, and ultrasonic vibration is generated through conducting of a water body on a sandy soil layer, so that water in the soil layer is cavitated to enable sandy soil to be loosened, and then the clams in the sandy soil are excited to go out of the sand surface; a follow-up clam harvesting device collects the clams, sediments and seawater together, solid-liquid separation and roller screening for removing the sediments are sequentially conducted, and finally the clams are collected in a basket; a flat die pressure sensor monitors the water pressure at a vibration plate in real time, a signal is fed back to a control part when the water pressure is insufficient, the control part starts a spray pump to suck water from a water storage tank, and water is sprayed through a water spray pipe. According to the technology, the clams are caught at a beach, the device for exciting the clams to be out is additionally arranged on the basis of a single harvesting process, therefore, the clams can quickly go out of the soil automatically, and then the operation efficiency is improved.

An embodiment of the invention discloses a forensic and traceability method for integrated network attacks, a system, equipment and a storage media, which relates to the technical field of network security. An embodiment of the invention innovatively realizes the integrated operation of forensics and traceability by improving software and hardware technology. When the forensic and traceability ofnetwork attacks is performed by using the embodiment of the present invention, the forensics, analysis, traceability, and archiving are all executed on one device, and an external device is not required for assistant in data transfer and import and export, so that the design complexity and security risks of existing equipment can be solved.

The invention relates to a butt joint-precise inductor assembly machine. The machine comprises a frame and a power distribution control box; the frame is provided with a conveying device; an iron sheet inserting device, a pressing ring device and an iron core inserting device are arranged above the conveying device in sequence; the conveying device is matched with a positioning device; the positioning device includes a positioning base arranged on a conveying base; the positioning base is provided with a positioning lifting cylinder; the positioning lifting cylinder is provided with a positioning lifting block matched with a positioning lifting slide rod on the positioning base; and the positioning lifting block is provided with a positioning pin matched with a positioning pin sleeve arranged on a conveying carrier. The machine is provided with the positioning device in the conveying device; and through insertion matching between the positioning pin arranged on the positioning lifting block and the positioning pin sleeve arranged on the conveying carrier of the conveying device, the conveying device stops conveying, the inertia influence is eliminated, the butt joint precision between the conveying carrier and each assembly part is improved, and the yield is largely increased.

The invention discloses a water and fertilizer integrated management system based on a cloud platform. The water and fertilizer integrated management system based on the cloud platform comprises an environment detection module, a soil parameter detection module, a parameter optimization treatment module, a water and fertilizer mixing detection module, a growth model construction module, a parameter basic database, a cloud platform management end, a fertilization counterweight execution module and a dilution adjustment module. Each growth influence parameter influencing growth of crops is analyzed, thus, the coefficient of goodness of fit of growth of each crop in each growth stage is obtained, the weight of fertilizers needing to be mixed is counted according to the current coefficient ofgoodness of fit of growth of the crops, the standard coefficient of goodness of fit of growth and soil environment parameters corresponding to the current crops, by the fertilization counterweight execution module, the required fertilizers are quantitatively extracted and automatically conveyed, by the system, the utilization rate of the fertilizers is increased, a soil environment is improved, the activity of microorganisms of soil is enhanced, normal growth of the crops is promoted to a maximum extent, and water and fertilizer integrated operation is realized; and the water and fertilizer integrated management system based on the cloud platform has the characteristics of intelligence and accuracy.

The present invention relates to a boat for transporting and installing wind turbine generator system equipment. The boat comprises a boat body part and a crane part, wherein the boat body part is provided with at least one opening part constructed in such a way that the opening part is used for containing the wind turbine generator system equipment and is suitable for the condition that when being accompanied with a base part, the wind turbine generator system equipment floats above water surface via the accompanying base part in the process of transportation and installation; and the crane part is arranged around the opening part for lifting and placing the wind turbine generator system equipment in the opening part and for providing a stabilization force for the wind turbine generator system equipment in the process of the transportation and installation. The boat can be used for transporting to-be-installed wind turbine generator system equipment from a wharf to a predetermined position and installing the wind turbine generator system equipment, or for moving or dismounting installed wind turbine generator system equipment at the predetermined position for transportation to a destination. The boat can make a full use of the self-floating ability of the base part of the wind turbine generator system equipment and solve the problem of integrally transporting and installing the wind turbine generator system equipment in an all-round and effective manner, thereby realizing integrated operation of integral construction and adjustment on continental rise and transportation and installation on water body such as ocean.

The invention provides a hole-fertilization operating device for orchards. The hole-fertilization operating device comprises a stander, a hole digging mechanism, a fertilizer ejecting mechanism, a linkage mechanism and an elastic soil returning plate, wherein the hole digging mechanism is hinged with the left lower part of the stander through a hinge, the fertilizer ejecting mechanism is fixedly mounted at the right upper part of the stander, the linkage mechanism is fixedly mounted in the middle of the stander, and the elastic soil returning plate is fixedly mounted below the left side of the stander; two ends of a soft shaft pull wire are hinged to the small end of a connecting bar of the hole digging mechanism and the left end of a fertilizer ejecting baffle of the fertilizer ejecting mechanism. The hole digging operation performed by the hole digging mechanism and the fertilizer ejecting operation performed by the fertilizer ejecting mechanism are synchronously carried out, and the soil covering operation is automatically finished by virtue of the elastic soil returning plate after the hole digging operation and the fertilizer ejecting operation, so that the integration of the hole digging operation, the fertilizer ejecting operation and the soil covering operation is realized, the fertilizer ejecting operation and the hole digging operation are synchronously realized, the efficiency is high, and the practicability is strong; the hole-fertilization operating device has relatively high popularization and application values.

The invention relates to an intelligent traditional Chinese medicine decoration kettle, which comprises a medicine decoration pot, a sterilization cooling pot, an electromagnetic heating device and a control box, wherein the top of the medicine decoration pot is provided with a cross beam; the bottom of the cross beam is provided with a hydraulic cylinder; the hydraulic cylinder is connected with an extrusion plate through a hydraulic rod; a high-liquid-level sensor, a low-liquid-level sensor and a first temperature sensor are arranged inside the medicine decoration pot; the electromagnetic heating device is arranged under the medicine decoration pot; a medicine discharging opening is communicated with the sterilization cooling pot through a pipeline; a sterilization device is arranged on the inner wall of the sterilization cooling pot; a cooling jacket is arranged around the sterilization cooling pot; and the traditional Chinese medicine decoration kettle is provided with the sterilization cooling pot, so that the decorated medicine can be firstly sterilized and cooled and is then packaged, and the direct contact of overheat medicine liquid with a package bag is avoided. The traditional Chinese medicine decoration kettle realizes the intelligent and integral operation of medicine decoration, cooling sterilization and package, and has very important significance on the traditional Chinese medicine processing.