19 results about "Salt pan" patented technology

The invention discloses a method for reducing the chlorine content of a high-chlorine salt pan by using a recyclable adsorption material. The method comprises the following specific steps: (1) putting the recyclable adsorption material into a mesh bag, and uniformly placing the mesh bag in a dead furrow dug in advance according to a checkerboard type distribution point; (2) adding water for leaching, blocking a water outlet of the dead furrow, and reacting for a certain time; (3) discharging the adsorbed outlet water along the same direction of the dead furrows into a water collecting tank for leaching again; and (4) taking out the adsorption material, airing and drying for reuse. The method is easy to operate, wide in application range and low in cost, the chlorine content of the soil can be well reduced, and the purpose of reducing chlorine in the high-chlorine salt field is achieved.

The invention belongs to the technical field of photovoltaic power systems, and particularly relates to a salt light fish three-body one-position photovoltaic panel automatic cleaning device, system and method. The automatic cleaning system comprises a double-sided photovoltaic module which is arranged in a solarization salt pan and used for collecting salt, light and fish, an automatic cleaning device used for cleaning the front face and the back face of the double-sided photovoltaic module and a device platform used for automatically collecting and releasing the automatic cleaning device, and the double-sided photovoltaic module comprises a photovoltaic panel supporting structure and photovoltaic panels with the front face and the back face generating electricity. A multifunctional device nest and an operation room are arranged on the upper portion of the device platform, a clear water tank and a sewage tank are arranged on the lower portion of the device platform, the automatic cleaning device can complete automatic detection and automatic cleaning of the photovoltaic panel, and an adsorption sensor is adopted to keep plane balance so as to achieve operations such as front face and back face double-face cleaning of the photovoltaic panel. According to the salt pan photovoltaic panel cleaning device, the problem of salt pan photovoltaic panel cleaning is solved, the labor cost expenditure is reduced, the safety of cleaning personnel is guaranteed, the working efficiency is greatly improved, and the cleaning effect of the photovoltaic panel is guaranteed.

The utility model discloses a device for preventing secondary crystallization of subcholafite in the conveying process of old brine in a salt pan, which comprises a brine pipe, a brine pump connected with the brine pipe, an adsorption tower connected with the brine pump and a liquid storage tank connected with the adsorption tower, and is characterized in that an inlet of the brine pipe is connected with a subcholafite diluting device; the subchlorite diluting device comprises a diluting water tank, the diluting water tank is connected with a diluting water pipe, the diluting water pipe is connected with a diluting water pump, one end of the diluting water pipe is provided with a diluting distributor, and the diluting water pipe is fixedly connected with the brine pipe through the diluting water distributor; according to the dilution water dilution equipment provided by the device, brine crystal minerals at the inlet of the upstream brine pipeline pump are dissolved technologically, pipeline crystallization can be avoided, blockage of a subsequent system is reduced, stable operation of the equipment is ensured, and the brine conveying efficiency is improved.

The invention discloses a salinity concentration control method and device of a salt pan system and the salt pan system. The method comprises the following steps: acquiring salt pan data corresponding to a salt pan system; estimating solar parameters according to the electric power parameters; determining a first water flow according to the initial salinity concentration and the target salinity concentration; adjusting the first water flow according to the solar parameter to obtain a second water flow; determining an initial adjustment value of the concentration intervention assembly according to the second water flow and the operation parameters of the concentration intervention assembly, and controlling the concentration intervention assembly to operate according to the initial adjustment value; according to the current salinity concentration and the target salinity concentration, the initial adjustment value is updated through real-time feedback adjustment, and the concentration intervention assembly is controlled to operate according to the updated adjustment value, so that the salinity concentration in the salt pan system is controlled. According to the invention, the technical problem that it is difficult to simply and accurately control the salinity concentration in the salt pan in the prior art is solved.

The invention provides a salt lake brine efficient salt extraction salt pan system and method. The salt pan system comprises a top-to-bottom multi-stage connection type brine self-flowing salt extraction channel formed by a plurality of magnetic attraction type gravity self-flowing devices, an electric field intervention salt extraction device is arranged in each magnetic attraction type gravity self-flowing device, and the magnetic attraction type gravity self-flowing devices are erected at different heights through supports. The water inlet end of the uppermost stage of magnetic gravity self-flowing device is connected with the water outlet end of the brine extraction channel, so that brine in the brine extraction channel enters the multi-stage connection type brine self-flowing salt extraction channel, and the water outlet end of the lowermost stage of magnetic gravity self-flowing device is communicated with the brine discharge channel. By increasing the contact surface area of the brine and air and using the electric field driven ion migration enrichment principle, the brine salt crystallization and separation process is intervened and accelerated, efficient salt extraction of the salt lake brine is achieved, and the problems that an existing salt lake brine salt extraction technology is insufficient in efficiency, cost, environmental protection and the like are solved.

The utility model belongs to the technical field of salt field retaining dams, and particularly relates to a retaining dam check gate which comprises a red brick slope protection body, a vertical pile structure and a supporting structure. An inspection pedal is arranged at the top of the red brick slope protection body, a pipeline penetrates through the inspection pedal, and a main gate body is arranged on the outer side of the pipeline; the vertical pile structure comprises a plurality of glass fiber reinforced plastic vertical piles arranged at the bottom of the inspection pedal, and the glass fiber reinforced plastic vertical piles are symmetrically distributed on the two sides of the main gate body and arranged in a matrix mode. The supporting structure comprises an inclined supporting plate, a vertical supporting plate and a transverse supporting plate, and the inspection pedal and the red brick slope protection body are supported through the supporting structure. The device is convenient and fast to mount, is beneficial to improving the working efficiency, and solves the problems that in the related technology, soil sampling on a salt pan site is relatively difficult, and under general conditions, large equipment is needed for cofferdam and dam blocking, the cost is high, the time is long, and the working efficiency is low.

The utility model relates to the technical field of ballast rakes, in particular to a ballast raking rake for a salt pan. According to the technical scheme, the triangular harrow comprises a triangular harrow body and triangular consumption teeth, the triangular consumption teeth are fixedly installed on the two sides of the front surface of the triangular harrow body at equal intervals, and traction connecting rods are symmetrically and fixedly connected to the two sides of the front surface of the triangular harrow body. According to the utility model, the traction resistance when the active slag rake advances can be reduced, the performance of breaking a salt layer is improved, the crushing and mixing of the salt layer are facilitated, and meanwhile, the damage of a pond plate in the crystallizing pond is also avoided.

The invention relates to the technical field of aquaculture, in particular to an ecological engineering regulation and control method for improving the quality of sea cucumbers in an argillaceous bottom salt pan, which comprises the following steps: establishing a salt pan argillaceous bottom sea cucumber pond, and configuring culture equipment according to the area of the salt pan argillaceous bottom sea cucumber pond; according to the data of the salt pan muddy bottom sea cucumber pond, a fermented compound microbial agent is put, organic matters in the bottom mud of the salt pan muddy bottom sea cucumber pond are decomposed, and a sea cucumber-algae-shellfish multi-nutrition hierarchical comprehensive culture system is constructed; the culture density is planned according to a sea cucumber-algae-shellfish multi-nutrition-level comprehensive culture system, and the salt pan muddy bottom sea cucumber pond environment is optimized. Aiming at the ecological characteristics of the argillaceous salt field, the method systematically improves the substrate environment, optimizes the micro-ecology of the water body, effectively reduces the biochemical oxygen demand of the bottom mud, increases the dissolved oxygen, reduces the water changing frequency, remarkably improves the quality of the sea cucumbers, and realizes the ecological, high-quality and high-valued cultivation of the sea cucumbers in the argillaceous salt field.

The invention discloses a spiral progressive type salt pan controllable salt forming structure and a salt pan controllable salt forming method. The salt forming structure comprises brine flow channels arranged in a spiral pattern and a temperature control device, the peripheral area is a first salt production area for separating out first salt, and the central area is a second salt production area for separating out second salt; the economic value of the first salt is lower than that of the second salt; the temperature control device is arranged in the central area. Through the design of a salt pan space structure, two different salt production areas are distinguished by utilizing a spiral structure from outside to inside, and important salt precipitation nodes are concentrated in a very small central area space, so that the brine temperature, convection and other salt precipitation conditions in the area can be manually controlled at low cost; the large-scale controllable salt formation according to the phase chemical salt formation theory has possibility; the brine forms salt in the flowing process, different salt components can be prevented from being different in spatial distribution of the brine flow channel according to the salt separation sequence, and accurate salt product obtaining is easier.

In order to overcome the defects in the prior art, the utility model provides a salt receiving mechanism capable of automatically cleaning a salt tray, which is characterized by comprising an equipment frame, a manipulator, a material rack, a salt receiving device and a cleaning device, the equipment frame is arranged on the ground; the manipulator is arranged above the equipment frame, a salt receiving device is arranged between the manipulator and the equipment frame, the manipulator is downwards provided with a material rack, and the material rack is positioned in the salt receiving device; the salt receiving device comprises a salt receiving frame and a salt receiving disc, and the salt receiving device is connected with the manipulator through the guide device; the salt receiving disc is arranged at the bottom of the salt receiving frame, the front end of the salt receiving disc is rotationally connected with the salt receiving frame, and the rear end of the salt receiving disc is lapped with a frame at the rear end of the bottom of the salt receiving frame; a lifting mechanism is arranged at the rear end of the equipment frame and can abut against the bottom of the salt receiving disc when ascending. The cleaning device comprises a drainage tank and a water inlet pipe, the drainage tank is arranged on the top face of the front end of the equipment frame, the water inlet pipe is arranged behind the equipment frame, and the water outlet end of the water inlet pipe is located above the rear end of the salt receiving disc.

The application discloses an air power salt field in-situ spraying unmanned ship, and aims to solve the problems of easy damage of a bottom bed, easy crystallization and blockage of an underwater mechanism and poor spraying uniformity of a traditional salt field equipment. The unmanned ship comprises a load platform, an air power propulsion system, a water taking mechanism and a spraying system. The air power propulsion system is used for non-contact driving of the platform to move and turn, all moving parts of the air power propulsion system are located above a liquid surface in a working state, the water taking mechanism is used for in-situ dynamic extraction of clean surface brine, the spraying system is used for atomization and large-scale uniform spraying of the brine to strengthen evaporation, and a control system is used for realizing autonomous operation. The application avoids the brine crystallization and corrosion problem from the source, protects the bottom bed of the salt field, and realizes efficient, accurate and unmanned in-situ evaporation strengthening operation.

The invention discloses a concentrated seawater co-production process based on chlorine cycle and membrane-salt pan synergy, which comprises the following steps: extracting bromine from seawater desalinated concentrated seawater, neutralizing to obtain bromine-extracted concentrated seawater, and concentrating one part of bromine-extracted concentrated seawater by electrodialysis ED to obtain liquid salt; the residual concentrated seawater and light salt brine generated by electrodialysis ED concentration enter a salt pan to be sunned to prepare salt, and the obtained industrial salt and liquid salt prepared by electrodialysis are jointly used as electrolysis caustic soda raw materials; liquid salt obtained through electrodialysis and industrial salt obtained through salt pan tedding serve as raw materials to be prepared into saturated salt water, caustic soda is produced through an ionic membrane electrolysis method, chlorine as an electrolysis byproduct is mainly used for PVC production, the other part is used for concentrated seawater bromine extraction, bromine, chlorine and sodium chemical resources are fully utilized in the concentrated seawater utilization process, and therefore a seawater utilization industrial chain is formed.

The application discloses a salt field live clinker rake and relates to the technical field of salt field tools. The application comprises rake bodies, the number of the rake bodies is two, reinforcing ribs are fixedly connected between the two rake bodies, rotating shafts are rotatably connected to the inner wall top of the rake bodies, mounting boxes are fixedly connected to the bottom of the rotating shafts, rake tooth assemblies are arranged below the mounting boxes, locking assemblies for limiting the rake tooth assemblies are arranged on the surface of the mounting boxes, inclined angle adjusting assemblies for adjusting the direction of the rake tooth assemblies are further arranged on the surface of the rake bodies, and retreat frames are fixedly connected between the two rake bodies. When the live clinker rake is moving, the sensor is in contact with the plastic tarpaulin winding and unwinding rope. The sensor feeds back to the operator, the operator can control the mechanical arm of the traction equipment to lift the live clinker rake, so that the live clinker rake passes over the surface of the rope, and the winding and unwinding of the plastic tarpaulin rope and the live clinker rake during the operation is avoided.

The invention relates to the technical field of salt pan production, and discloses a salt pan production equipment predictive maintenance system based on artificial intelligence, and the system comprises an equipment real-time monitoring and dynamic maintenance period modeling module which obtains the real-time operation data of salt pan production equipment and builds a dynamic maintenance period model; the equipment abnormal state trend prediction module is used for carrying out abnormal state development trend prediction based on the dynamic maintenance period model and equipment historical fault features; and the key equipment health state comprehensive evaluation and priority ranking module is used for carrying out comprehensive evaluation and priority ranking on the health state of the key equipment according to the multi-source sensing data. According to the salt pan production equipment predictive maintenance system based on artificial intelligence, by obtaining the real-time operation data of the salt pan production equipment and establishing the dynamic maintenance period model, dynamic regulation and control of the maintenance period are achieved, and the problems of resource waste and equipment failure rate increase caused by over-maintenance or under-maintenance are effectively avoided.

The invention relates to a salt pan wheel type ballast machine full-flow path planning method and device, and the method comprises the steps: firstly obtaining the boundary vertex coordinates of a to-be-operated salt pan parcel and the coordinates of the central position of a field entrance, and obtaining the boundary line of an internal reciprocating operation region through a boundary shrinkage method; determining the number of operation lines and a target line spacing based on the boundary line, and generating an internal reciprocating operation path; expanding the internal boundary line and correcting the intersection point to obtain an outer ring operation path; a field entering path is constructed by combining the position of a field entering opening, a field exiting path is constructed according to the position, opposite to the field exiting opening, of the last path line of the internal reciprocating operation, and finally a full-flow path set covering road field entering, field operation and operation field exiting is integrated. According to the running characteristics of the wheel type ballast moving machine and the salt pan operation scene, smooth connection of paths of all stages is achieved, full-period automatic coverage of operation is achieved, the problems that in the prior art, adaptability is insufficient, and the automation degree is low are solved, and core technical support is provided for large-scale unmanned application of the wheel type ballast moving machine.

The invention discloses a control method of a salt pond tarpaulin winding and unwinding device, and relates to the field of automatic tarpaulin winding and unwinding control. The take-up and pay-off device comprises reels at the two ends of the salt pond, multiple sets of winches, a control device and a detection device. The control method comprises the steps that the control device controls the reels and the winches to rotate at the preset speed; the detection device detects a first conveying speed and a second conveying speed of movement of two ends of the tarpaulin in real time and transmits the speed to the control device; the control device compares the two speeds with a preset speed, and if deviation exists, the rotating speed of the reel and the rotating speed of the winch are adjusted to be consistent with the preset speed; the detection device detects first tension of ropes at the multiple groups of winches in real time and transmits the first tension to the control device; the control device compares the first tension with first preset tension, and if a certain first tension deviates, the rotating speed of the corresponding winch is adjusted, so that the first tension is consistent with the first preset tension. The method can reduce manual intervention, avoid tarpaulin folding or stretching, prolong the service life of the tarpaulin and improve the automatic control level.

The invention provides a carnallite metallogenic thickness measurement device and method based on an unmanned ship. The measurement device comprises an unmanned ship platform, a drilling measurement unit, a stratum identification unit and a control scheduling unit. The unmanned ship platform is used for autonomous sailing and fixed-point keeping in a salt lake or salt pan water area; the drilling measurement unit is installed in the middle of the unmanned ship platform and used for conducting vertical drilling at a target measurement point. The stratum identification unit is used for identifying an upper interface and a lower interface of a carnallite layer based on the data acquired by the data acquisition module, and calculating to obtain the carnallite metallogenic thickness according to a drill rod pressing depth difference value corresponding to the upper interface and the lower interface; and the control scheduling unit performs path planning and task scheduling on the unmanned ship platform and controls the drilling measurement unit to perform automatic fixed-point measurement. The method realizes full-automatic and periodic measurement of the carnallite metallogenic thickness, is suitable for salt lake resource exploration and dynamic monitoring, and has a wide engineering application prospect.

The application discloses a salt pond operation vehicle communication and positioning optimization system, and belongs to the technical field of unmanned vehicle communication and navigation positioning. The system comprises: a vehicle-mounted subsystem, which comprises a double-antenna RTK positioning unit, a short-wave number chart integrated communication unit, a camera and a high-gain glass steel antenna; a roadside relay subsystem, which is composed of multiple relay nodes arranged along the path from the dispatch center to the salt pond operation area; and a dispatch center subsystem, which comprises a short-wave communication base station, an RTK reference station and a dispatch server. The application realizes integrated transmission of video stream, RTK differential data and vehicle state data through a short-wave ad hoc network relay link, enables RTK differential data and service data to interact bidirectionally on a common link, and realizes centimeter-level positioning and low-delay remote monitoring in a public network-free environment. The application effectively solves the problems of communication interruption and positioning drift caused by the lack of 4G / 5G signals in remote areas of salt ponds, and significantly improves the intelligent operation level and safety of salt pond operation vehicles.

The invention discloses a salt pond tarpaulin take-up and pay-off control system based on a logic controller, and relates to the technical field of salt pan automation control, the system comprises a conveying module, a control module and a detection module, the conveying module cooperatively controls tarpaulin take-up and pay-off through a first conveying device and a second conveying device at the two ends of a salt pond, the control module controls the conveying module to work at a preset speed through a first control box and a second control box which are in communication connection, a first detection device in the detection module detects the first conveying speed of a first conveying device, a second detection device in the detection module detects the second conveying speed of a second conveying device, and the control module is integrated with a logic controller. And the logic controller compares the first conveying speed and the second conveying speed with a preset speed, and the working parameters of the conveying module are adjusted to be consistent. According to the system, the tarpaulin can be prevented from being folded or excessively pulled due to speed deviation, manual intervention is not needed, and the salt pond tarpaulin collecting and releasing efficiency and the automation level are improved.