33results about How to "Avoid liquidation" patented technology

The invention provides a warehouse storage location allocation method based on big data. The method comprises the steps that a big data platform predicts the warehousing order quantity in a predetermined period according to historical order information; the big data platform divides the warehouse space into different types of storage areas according to the predicted warehousing order quantity, andplans the shelf number and the placement position of each storage area; an optimization platform groups the warehoused goods according to the association degree between the warehoused goods; and theoptimization platform performs shelf storage location allocation on the warehoused goods in the corresponding storage areas according to the strategy of centralized placement of the goods in the samegroup. According to the invention, the big data platform is adopted to predict the warehousing order quantity in the predetermined period so as to carry out warehouse storage location allocation, at least the problem of unreasonable warehouse storage location allocation in the related technology is solved, and thus the order picking efficiency and the warehouse utilization rate are improved.

The invention provides a logistics monitoring method and device. The method comprises the following steps: obtaining pre-estimated speed of a vehicle in a section of road according to weather and vehicle speed data of the section of road; and then, obtaining logistics monitoring data according to the pre-estimated speed of the vehicle. Weather Information can be structured into a logistics monitoring available form, and meteorological factors and road section information can be combined, and thus accurate logistics monitoring and prediction data can obtained; and since long-distance logistics time and space span are large, meteorological factors have large influence on long-distance logistics; and the logistics monitoring method and device are especially suitable for monitoring of intercity long-distance logistics.

The invention relates to a production method for producing autoclaved sand-lime bricks with copper tailings. The method is characterized in that the sand-lime bricks comprise, by mass, 35-45% of the copper tailings sand, 8-12% of calcium carbide slag, 15-20% of stone chips, and 30-35% of fine sand. An effective calcium oxide content of the calcium carbide slag is no lower than 65%. A silicon dioxide content of the copper tailings sand is no lower than 35%. The water content of the stone chips is no higher than 3%. The water content of the fine sand is no higher than 7%. According to the invention, the autoclaved sand-lime bricks are produced with the copper tailings with high water content, such that the copper tailings are fully utilized, and the produced autoclaved sand-lime bricks have high compressive strength and high flexural strength. With the method, enterprise cost is reduced, the environment is effectively protected, safety risk is eliminated, and an effective promotion is provided for the development of the metallurgical industry.

The invention discloses a warehouse displacement management system and method, relates to the technical field of warehouse management, and can timely and reasonably perform displacement distribution on inventory of a corresponding storage area so as to improve the operation efficiency of warehouse logistics. The warehouse displacement management system comprises warehouse-in and warehouse-out statistical units, an inventory early warning unit, a calculation processing unit and a shift unit which are connected in sequence; wherein the warehouse-in and warehouse-out statistics unit is used for collecting goods warehouse-in and warehouse-out information of each storage area; forming an inventory information database; the inventory early warning unit is used for monitoring an inventory information database; when the cargo inventory information of any storage area reaches an early warning threshold value, the cargo inventory information is sent to the server; wherein the receiving unit is used for receiving stock information data of goods and/or historical period delivery data and sending displacement reminding signals corresponding to the goods, the calculation processing unit is usedfor receiving the displacement reminding signals and obtaining displacement distribution data of the goods according to the stock information data and/or historical period delivery data of the goods,and the displacement unit is used for completing displacement of the goods according to the displacement distribution data.

The invention provides a payment service processing method and device, and a machine readable storage medium. The method comprises the following steps: receiving a clearing instruction sent by an e-commerce platform for a target settled merchant; determining virtual resource proportion information between the e-commerce platform and the target settled merchant, and determining the total number ofvirtual resources corresponding to payment order information generated by the target settled merchant in a specified clearing period; based on the virtual resource proportion information, determininga first sub-virtual resource divided to the e-commerce platform in the total number of the virtual resources and a second sub-virtual resource divided to the target settled merchant in the total number of the virtual resources; and transferring the first sub-virtual resource from the virtual resource allocation account to the platform account, and transferring the second sub-virtual resource fromthe virtual resource allocation account to the merchant account. Through the technical scheme of the invention, the secondary settlement process can be supervised, and it is ensured that the virtual resources in the virtual resource allocation account cannot be transferred out by the e-commerce platform.

The application provides a storage space management method. When the reservation space amount is calculated by the method, the preset time interval is used, two conditions of preventing the warehouseexplosion and improving the utilization rate are considered by the time interval, furthermore according to the reservation space amount, whether the current reservation request is passed or not is determined, and the balance of preventing the warehouse over-stocking and improving the utilization rate can be realized. In addition, the application also considers the condition whether the goods are stored, obtained and removed in a large scale by appointment, the adjusting for the reservation space amount is performed by utilizing two factors including a storage rate and an adjustment amount, andfurther the accuracy of the determination results is improved. The application also provides a storage space management device, and the device is used for ensuring the method to be applied and realized in practice.

The invention relates to a method and a system for controlling investment position risks. The method and the system are applied to the field of financial investment, and are particularly suitable for high-risk and lever trading investment modes; the problem of risk control for position weight during investment trading of an investor is solved, the mental states of greed and fear are overcome, the optimal income in a limited risk range is realized while position blast is prevented, and the efficiency of investment is improved. The system is simple and convenient in operation, a user only needs to input two groups of four data including reference parameters and trading parameters, the system can calculate the position value of the optimal risk-income ratio meeting the risk preference requirements of the investor under the current trading condition through a group of mathematical models, the position value of the optimal risk-income ratio is converted into the specific trading number of a corresponding contract, and the user determines to execute the trading through clicking or cancels the trading through clicking and abandons for turning back. The system is connected or embedded with an order system (client ordering software), the reaction is rapid, extensive application interfaces are provided, and the system can be suitable for the requirements of program trading and short-term high-frequency trading.

The invention relates to a cargo stacking detection method, device, equipment and system. The method comprises the following steps: acquiring a monitoring video of goods, and intercepting images from the monitoring video every preset time; converting the intercepted image from a color image into a grayscale image, and then converting the grayscale image into an image matrix; inputting the image matrix into a preset preprocessing network to obtain a shared feature map; inputting the shared feature map into a pre-trained goods quantity classification network to obtain a goods quantity magnitude classification feature map; inputting the shared feature map and the classification feature map into a pre-trained cargo density evaluation network to obtain a cargo density evaluation map with the same size as the image matrix; and based on the cargo density evaluation diagram, calculating the cargo quantity and outputting the cargo quantity. According to the method, the neural network is adopted to realize cargo stacking detection, so that an express company can be helped to reasonably dispatch resources, and the situation of warehouse explosion of express cargoes is prevented.

The invention discloses a garbage collection system with a vacuumizing packaging function and a control method thereof. When the garbage collection system is applied for garbage collection, garbage isextruded and broken inside a filter pressing machine, and water is sufficiently extruded out, so that water in garbage collected by garbage bags is lowered, the stacking density is increased, the occupied space is reduced, blasting of a garbage can can be effectively avoided, and follow-up storage, conveying and treating cost can be lowered. Meanwhile, the weight and the volume of garbage insidethe garbage bag are monitored through a tension sensor and a material level sensor, the phenomenon that the garbage is excessively small in size and low in quality during packaging is avoided, it is ensured that the garbage bag is sufficiently utilized, and waste of the waste bag is avoided. Due to vacuumizing compression, the phenomenon that a large amount of air remains in the packaged garbage bag can be effectively avoided, the volume of the garbage bag is remarkably reduced, and the phenomenon that garbage bags expanding by air are stacked, rubbed and broken in the storage and transfer process is avoided.

The invention discloses a distribution box capable of locking a panel, comprises a box body and a tray, the box body is provided with an opening groove matched with the tray, the tray is slidably connected in the opening groove, A spring column capable of elastically telescoping is embedded in the lower surface of the opening groove, The spring post comprises a guide post vertically arranged and adialing rod horizontally extending, wherein the dialing rod is fixedly connected with the lower end of the guide post and extends outwardly to the surface of the box body; the upper end of the guidepost is provided with a guiding surface facing the opening groove; when the guiding surface is subjected to a horizontal force, the guide post shrinks downward; and the bottom of the spring post is connected with a first spring; The bottom of the tray is provided with an opening hole and a closing hole corresponding to the opening state and the closing state respectively, and the spring post is clamped into the opening hole or the closing hole to realize the opening or closing of the tray. The design prevents the tray from completely coming out of the opening groove, causes the tray to come out of the warehouse, realizes the locking of the closing tray and the opening tray, and has the advantages of simple structure and convenient operation.

A hydrolysis hydrogen supply type fuel cell power generation system is disclosed in the invention, and comprises an organic acid solution storage cabin, a liquid adding opening is formed in the top ofthe organic acid solution storage cabin, a liquid outlet is formed in the side face of the bottom of the organic acid solution storage cabin, and a valve is arranged between the liquid outlet of theorganic acid solution storage cabin and the liquid inlet of a magnesium hydride storage cabin; and a material adding opening is formed in the top of the magnesium hydride storage cabin, and a discharging opening in the bottom of the magnesium hydride storage cabin is communicated with the reaction waste storage cabin. According to the hydrolysis hydrogen supply type fuel cell power generation system, automatic and continuous generation of hydrogen is achieved in a physical and mechanical mode, and an extra water pump is not needed, so the energy consumption of the system is reduced; the hydrogen inlet amount of the hydrogen fuel cell is adjusted through a throttling valve, so it is guaranteed that the power generation amount is close to the power consumption amount; and the hydrogen flow in the process is buffered through a hydrogen high-pressure storage bin, so the power output of the system is stable, an extra high-capacity battery is not needed, and the size, weight and cost of thesystem are reduced.

The invention provides an unmanned warehouse warehousing management method and device, a medium and electronic equipment, and the method comprises the steps: determining the value of at least one index for the warehousing management of an unmanned warehouse according to the warehousing related data of the unmanned warehouse; determining whether the at least one index is abnormal or not according to the value of the at least one index and the reasonable interval of the at least one index; and adjusting the production resources of the unmanned warehouse based on the abnormal index in the at least one index. According to the technical scheme, possible problems in the warehousing process of the unmanned warehouse can be found in time, the problems are solved in time by adjusting production resources, then the problems of inventory overstocking and warehouse explosion of the unmanned warehouse can be effectively prevented, and the warehousing efficiency of the unmanned warehouse is improved.

A system for applying CO₂ gas to improve Cannabis and other crop production. A multi-stage system is disclosed including upstream, midstream, and downstream stages or subsystems. The upstream subsystem receives and stores gas, particularly CO2 gas. The midstream subsystem is communicatively connected to the upstream subsystem and to the downstream subsystem. It monitors the environment of the downstream subsystem, determines when and how to apply gas to plants growing in the downstream system, acquires gas stored in the upstream subsystem, and distributes it to the downstream system. It also has various monitoring, command and control, management, and reporting features. The downstream subsystem includes one or more plant growth areas or plots, gas distribution means, such as gas conduits, tubes or lines from the midstream subsystem, and the high efficiency, adjustable gas applicator, and various sensing and monitoring devices communicatively connected to the midstream subsystem.

The invention discloses a logistics warehouse management system based on big data, and the system comprises a frequency collection module, an amplitude collection module, a peak collection module, a data volume module, a database, a first controller, a second controller, a delay module, and a warehouse allocation module. The data volume module collects a data volume signal A of a to-be-allocated logistics order number in the logistics warehouse management system and sends the data volume signal A to the first controller; the peak collection module acquires a peak value signal B of the data volume signal and sends the peak value signal B to the first controller; the reliability of the data volume signal is improved by comparing a peak signal of the data volume signal with a rated peak value of the data volume module; meanwhile, the state of the allocation signal in the warehouse allocation module is determined by judging the amplitude signal and the allocation signal rated response frequency of the allocation signal in the warehouse allocation module, and then the second controller adjusts the storage allocation rate by controlling the time delay module and the warehouse allocation module, so that the logistics storage is prevented from being exploded.

The invention discloses a transaction data processing method and device and a computer storage medium, and belongs to the technical field of the Internet. The method comprises the steps: determining abatch transaction file of a target user in a historical time period, and sending the batch transaction file to a resource consignment platform; receiving a batch transaction feedback file sent by theresource consignment platform based on the batch transaction file; according to the batch transaction feedback file, processing the resources transferred into or transferred out of the resource sales-for-proxy platform in the historical time period. Because the historical time period is the time period before the current moment and within the reference time length closest to the current moment, and the reference time length is less than the total time length of daily transaction, equivalently, the transaction orders within one day are sent to the resource consignment institution in batches, the resource consignment institution and the resource product platform can start to check the transaction data before the end of the daily transaction, the transaction data can be checked in advance, and the problem that resource products cannot be cleared due to check delay is avoided.