35results about How to "Reduce management and operation costs" patented technology

The present invention provides a method and system for detecting foreign objects on a rail from an air-based perspective based on weakly supervised learning, which solves the problem that many types of foreign objects on a rail are difficult to identify using traditional detection methods. The system of the invention includes a space-based image acquisition module, an image preprocessing module, a two-level segmentation network module, a regional positioning module and an abnormal information output module. The method of the invention shoots the image of the ground rail area by the unmanned aerial vehicle, and after preprocessing the image, it is input into the two-stage segmentation network to extract the rough segmentation prediction map and the pixel sub-category prediction map of the rail area. The sub-category prediction map extracts the pixels actually belonging to the railway track in the map, and the invention trains a two-level segmentation network through a weakly supervised reverse learning algorithm, and reversely locates the abnormal area in the railway track according to the two prediction maps. The invention can effectively detect the foreign objects in the rails without marking the foreign objects themselves, and realize the identification and early warning of the intrusion of the foreign objects in the rails.

The invention discloses a fish lifting machine observation pool with a domestication function, relates to the field of fish passing facilities of hydropower station projects, and particularly relatesto a fish lifting machine observation pool with a domestication function, which can monitor the fish passing effect of the fish lifting machine, lighten the work load of transportation and addition and reduce the operation cost. The machine is arranged at a fish luring system arranged at a downstream fish luring machine of a reservoir dam and is characterized in that the observation pool comprisesa domestication observation pool, a transfer pool and a water collection and drainage pool, wherein the transfer pool is connected with the downstream end of the domestication observation pool, the water collection and drainage pool is arranged in parallel with the domestication observation pool, the transfer pool and the water collection and drainage pool are both communicated with the interiorof the domestication observation pool. According to the invention, the variety and number of main fish passing objects can be monitored, counted and scientifically researched at any time, the fish canbe temporarily domesticated and observed when the number of the collected fish is small, the next transfer procedure is carried out when the number of the collected fish reaches a certain scale, theeffect of 'fishing for many times, transporting for one time', which reduces the work load of transportation and reduces the management and operation cost.

The invention discloses integrated profile control technology of nitrogen foams during recovery of viscous oil reservoirs. The integrated profile control technology comprises a fixed station, a nitrogen foam generator, a nitrogen foam repetition generator, a nitrogen foam dispenser and nitrogen foam metering devices, all of which are sequentially connected.The fixed station comprises a nitrogen trolley group, a steam boiler and a foaming agent injection and skidding unit. The nitrogen trolley group, the steam boiler and the foaming agent injection and skidding unit are connected with the nitrogen foam generator. At least one nitrogen foam metering device is connected with corresponding shaft mouths. The integrated profile control technology of nitrogen foams during recovery of viscous oil reservoirs has following beneficial effects: the integrated profile control fails due to complex operation of steam-driven nitrogen foam profile control technology; the integrated profile control technology helps achieve linkage profile control of steam-driven with blocks; and development effect of steam flooding of viscous oil is improved.

The invention relates to a cloud technology platform-based urban airport traffic hub management system. The cloud technology platform-based urban airport traffic hub management system includes a parking big data unit used for storing and processing the data of the system, parking acquisition units which are arranged at each parking space and are used for acquiring the parking state data of each parking space in real time and uploading information data, a parking service unit which is used for guiding and querying relevant information of parking around an airport, and applying for parking for the parking spaces, a parking transaction processing unit which is used for processing parking applications and parking states and generating parking data statistical analysis early warning processing, and carrying out payment and settlement for parking orders, an operation management unit which is used for monitoring the state situations of the parking spaces and parking equipment in real time, and an information processing unit which is used for performing statistical analysis on the parking situations of the parking spaces, and distributing parking situations and traffic information situations of each area. With the cloud technology platform-based urban airport traffic hub management system adopted, the unified management of urban airport parking can be promoted, and the utilization rate and turnover rate of the parking spaces can be improved.

The invention provides a nitrated silicon-manganese alloy and its melting process, which includes the following steps: material getting, forevacuum, nitrogen melting, pressure keeping at constant temperature, clamp dog adglutinating and so on. The percentage by weight of chemical composition of the produced nitrated silicon-manganese alloy product is as follows: 55-70% Mn, 13-20% Si, 9-15% N, 1-2% C, and the other is iron and inevitable impurity, of which the density is 6.1t / m3, and the alloy could be used as additive for smelting 20 manganese-silicon low-alloy steel or steel species including bar above HRB400 level and can quickly immerse into the liquid steel and sufficiently contact with the liquid steel, the absorption and availability ratio of the pivot element including manganese and silicon can arrive at more than 85%, the alloy can reinforce the solid-melting forced characteristic of the steel and can reduce the cost, and can substitute the current additive series raw materials and simplify the species and metallurgy species of the purchased and stored steel-smelting raw materials, is suitable for organization of production and business administration, can reduce the managerial operation cost, which has great economic benefit and environmental benefit and good extension and operation foreground.

The invention discloses a fully automatic street lamp management and control system, which is characterized in that it is composed of a photosensitive transmitter, a wireless control module, a mobile terminal and a fixed terminal. The photosensitive transmitter, the wireless control module, the mobile terminal, and the fixed terminal are connected through wireless, and the fixed terminal is connected with the fixed terminal through a wire, and the fixed terminal can be chosen. The system can accurately and automatically switch street lights according to the weather illuminance, completely solve the problem of inconsistency between street light switching time and weather brightness, and transmit street light system instructions and information through mobile terminals (mobile phones) or fixed terminals (computers). Compared with the actual problems solved, it is generally believed that there is no need to monitor every lamp. This invention focuses on solving the most practical problem in street lamp management with less hardware, lower investment and simple operation. On and off, system status feedback, abnormal prompts, and equipment anti-theft issues.

The invention discloses a safety discharge system for tail water of a sewage treatment plant and a control method of the safety discharge system. The tail water of the sewage treatment plant is conveyed to a monitoring well through a sewage pipeline and passes through an intelligent hoisting weir plate; then the tail water enters into a discharge pipeline; finally, the tail water is discharged into a receiving water body; when a measured water level is greater than a set normal water level or when measured water quality is greater than a stipulated discharge index, the intelligent hoisting weir plate, an accident pipeline or a refluxing pipeline is hoisted to realize safety discharge of the tail water of the sewage plant. By adopting the safety discharge system disclosed by the invention,accident discharge problems that discharged water of the tail water of the sewage treatment plant is recharged, the water quality non-up-to-standard discharge and the like are effectively solved; thesafety discharge of the tail water can be realized and the water environment quality of the receiving water body is protected. The safety discharge system disclosed by the invention has the advantagesof dynamic acquisition, real-time monitoring and in-time processing and controlling of data, high intelligent degree, low infrastructure construction investment and low operation cost.

The invention discloses a method for efficiently extracting salidroside and rosavin from rhodiola rosea. The method comprises the following steps of: selecting rhodiola rosea roots, drying, and rapidly air-cooling; crushing the dried rhodiola rosea roots, and screening into the granularity of 40 meshes; adding 2% of hexadecyl trimethyl quaternary ammonium bromide and 80% alcohol solution of 1% of potassium acetate in an amount of 10 times of the weight of the rhodiola rosea into the obtained rhodiola rosea powder, performing dynamic countercurrent extraction at a temperature of 25 DEG C so as to obtain an extracting solution; performing vacuum concentration, concentrating into an extract proportion of 1.15-1.20; adding acidified pure water in an amount of 7 times of the weight into the obtained extract, fully stirring, precipitating in a refrigerated storage and staying overnight, and separating the precipitate; and performing spray drying, thereby obtaining the product. The production method provided by the invention is a one-step extraction method, the dynamic countercurrent extraction is adopted, extraction, separation and purification are simultaneously performed, the method is high in extraction speed, high in efficiency, low in energy consumption, simple in process and low in cost, and the product recovery rate is obviously improved.

The invention discloses a mobile campus integrated service platform and a working method thereof. The mobile campus integrated service platform comprises a one-stop service hall module, a data centerand a business logic layer; wherein the one-stop service hall module provides service guide, business consultation, suggestion feedback, service reservation, online processing, message push, self-payment and data statistics services; the data center provides data support for the business logic layer and the one-stop service hall module; and the business logic layer is responsible for the generation, processing and conversion of logical data. The business logic layer connects the service layer and the platform layer, and divides school-level businesses and services into different departments according to the business ownership; each department deals with the own businesses through asynchronous message passing; the processed data of each department is fused through a process center to realize the logical management and task scheduling of the school-level businesses, and to monitor the execution and feedback of the business processes. By means of the invention, the problems of business process splitting and lack of management are solved; and the seamless integration of student management, campus monitoring, consumption management and teaching management is realized.