110 results about "Disposal waste" patented technology

The invention relates to the technical field of waste management, in particular to a building solid waste intelligent disposal and reutilization system and method based on the Internet of Things, and the system comprises a solid waste classification optimization module, a solid waste disposal adaptation module, a recycling path planning module, an environmental impact evaluation module and a scheduling optimization module. According to the method, the sorting priority is dynamically adjusted by recognizing the particle size, density and energy consumption change of the solid waste, the recognition precision and separation efficiency of the mixed materials are improved, the path is compared and adjusted in combination with the equipment capacity, the solid waste attributes are matched, resource loss and mistaken sorting are avoided, the trend and concentration degree are extracted in the recycling link, and the path matching degree is improved; according to the method, the proportion of unavailable components is reduced, environmental load and energy consumption change are fused in the processing process, a high-emission section is adjusted, environmental impact is relieved, jump frequency is analyzed in combination with task switching, the adaptability and scheduling continuity of the system to change interference are enhanced, and resource utilization continuity, response sensitivity and environmental adaptation level are integrally improved.

Embodiments are directed to an advanced, modular, and scalable system integrating a Dissolved Gas Infusion (DGI) system and a Programmable Logic Controller (PLC) to automate and optimize processes such as water filtration, oxygenation, and waste management. The DGI system infuses high-purity oxygen directly into the water, maintaining optimal dissolved oxygen (DO) levels from the post-larvae stage to harvest, and significantly reducing oxygen wastage compared to traditional bubble aeration processes. The system includes modular raceways with load-bearing support beams, twist locks for secure stacking, and observation ports for easy access. This innovative approach ensures efficient, cost-effective, and reliable shrimp production, leading to higher survival rates, faster growth, and improved overall health of the shrimp.

A system for determining a fill level of at least one of a content within a container wherein the fill level of the at least one content is determined based on the reception of a time of return of a transmitted signals wherein the transmitted signals are frequency varying within a transmission window. The frequency variation may be continuous or patterned. The device herein disclosed is applicable to a wide spectrum of configurations to determine a content, whether liquid, mash or solid within the container wherein the container may be associated with a barrel or container associated with alcohol production, or containers involved in the retention of other types of materials or content, such as but not limited to, septic tanks, waste management systems, water towers, etc.

The invention relates to the technical field of battery waste management and control, in particular to a battery production waste combustion risk intelligent early warning and disposal system. The system comprises a data acquisition module, a risk prediction module, an early warning management module, a disposal management module, a feedback optimization module and a parameter optimization module. The data acquisition module acquires waste multi-source monitoring data within a first preset time period; the risk prediction module trains a combustion risk prediction model accordingly; the early warning management module obtains real-time monitoring data in a second preset time period and executes early warning operation; the disposal management module executes disposal operation in a third preset time period according to the early warning result data; the feedback optimization module optimizes the prediction model in combination with early warning and disposal results; and the parameter optimization module configures an optimization target based on historical data and executes parameter directional optimization. The system can realize comprehensive monitoring, accurate early warning, effective disposal and dynamic optimization of the waste combustion risk.

The invention belongs to the technical field of waste treatment, and provides a waste plastic resource conversion method based on spectral frequency division utilization, which comprises the steps of new energy waste plastic collection, new energy waste plastic pretreatment, full-wave band energy distribution, catalyst setting, photocatalytic treatment, pyrolytic reaction treatment and gas-liquid-solid product conversion. According to the method disclosed by the invention, a high-crosslinking structure and selective bond breaking in the plastic are destroyed through ultraviolet light catalytic pre-degradation, so that the subsequent pyrolysis temperature is reduced to 600 DEG C from 800 DEG C, the energy consumption is reduced, and the release of HF or HBr in the pyrolysis process is avoided; through photo-thermal synergistic regulation and control, the conversion rate of gas-liquid-solid products is increased; and through spectrum frequency division, the energy utilization rate is increased to be greater than or equal to 75% from 30% of single photocatalysis, and the treatment cost is reduced.

The invention relates to the technical field of intelligent traffic and smart city waste management, and discloses a path planning method and system for a garbage transport vehicle based on multi-source data, and the method comprises the steps: generating a reference path based on historical collection and transportation data, the method comprises the following steps: performing data cleaning on pre-acquired garbage quantity data, vehicle state data, real-time traffic data, hydroelectric data and fuel consumption data, performing multi-source time sequence feature fusion anomaly detection on a cleaned data set, performing trajectory inversion on the cleaned data set, performing target constraint through a mixed integer programming model, and performing multi-source time sequence feature fusion anomaly detection on the cleaned data set. Then gradient descent parameter optimization is carried out on the initial optimization model, elastic resource scheduling is carried out on an optimized path scheme based on a large event plan library, a path instruction set is generated, dynamic re-optimization evaluation is carried out on the path instruction set based on garbage amount change and traffic condition data fed back in real time, and an updated path is generated; according to the invention, the path planning efficiency of the garbage transport vehicle based on the multi-source data can be improved.

The invention employs three distinct models, each tailored to offer the most accurate prediction in determining whether a given medical insurance claim qualifies as a fraud, waste, or abuse case. These models operate independently, yet their outputs are combined to ensure a comprehensive evaluation. The invention assigns weights to the votes cast by each model, reflecting their relative importance and reliability. This weighted approach ensures that the final classification-whether the case is fraud, waste, or abuse—is based on a balanced consideration of all available evidence. The result is a robust and dependable system that can handle the complexities of fraud detection, waste management, and abuse prevention in a variety of settings, including financial institutions, healthcare organizations, and government agencies.

A recreational vehicle waste delivery system with lengths of 3D cylindrical non-flexible tube and of 3D cylindrical flexible-tube, a first-coupler and, a second-coupler. The first coupler, the at least one flexible-tube, the second-coupler and the at least one flexible-tube in combination are able to be removably couplable modularly in series to provide an adjustable, modular waste management system for delivering waste from an rv to an in-ground sewer connection when engaged with a disposal fitting of the rv.

The invention discloses a Hakanson-LCA-based shield muck ecological influence assessment method, and relates to the field of shield muck ecological influence assessment. A Hakanson ecological risk assessment method and an LCA method are combined, and meanwhile, the potential ecological risk of heavy metal elements in shield muck and the carbon emission influence generated in the resource utilization and landfill disposal process are assessed; through the dual evaluation method, comprehensive analysis can be carried out on the muck from two dimensions of environmental pollution and climate change, more comprehensive ecological influence evaluation is provided, and a scientific basis is provided for environmental protection and waste management.

The present invention discloses a Mobile Autonomous Pet Care System with an adjustable Main Chamber for seamless indoor and outdoor transition, catering to pets of varied sizes. Equipped with integrated subsystems for essential care tasks, the system facilitates watering, feeding, waste management, temperature control, exercise, and play, all while ensuring the pet's comfort and safety. A Remote Monitoring and Control Subsystem allows owners to maintain contact and manage care settings from afar. The Power Subsystem supports energy sustainability, drawing from solar panels, batteries, or generators. Additionally, the Main Chamber is fitted with a Wheel Platform, enhancing portability with a secure locking feature for safe and easy relocation. This system aims to enhance the quality of life for pets and provide peace of mind for owners, ensuring pets are well-cared for in a safe, engaging, and controlled environment.

The application relates to the technical field of waste management, in particular to a building solid waste intelligent disposal and recycling system and method based on the Internet of Things, which comprises a solid waste classification optimization module, a solid waste treatment adaptation module, a resourceization path planning module, an environmental impact evaluation module and a scheduling optimization module.In the application, by identifying the particle size, density and energy consumption change of solid waste, the sorting priority is dynamically adjusted, the mixed material identification accuracy and separation efficiency are improved, the path is adjusted by comparing with the equipment capacity, the solid waste attribute is matched, the resource loss and misclassification are avoided, the extraction trend and concentration in the recycling link are extracted, the path matching degree is improved, the proportion of unusable components is reduced, the environmental load and energy consumption change in the treatment process are combined, the high-emission section is adjusted, the environmental impact is relieved, the task switching analysis jump frequency is combined, the adaptability and scheduling continuity of the system to the change interference are enhanced, and the resource utilization continuity, response sensitivity and environmental adaptation level are overall improved.

The present invention relates to the field of waste management systems, more specifically to an autonomous sensor-operated solar-powered waste container. It will provide solution to waste management by sensor-operated waste container. The present integrates solar-power energy to operate. An autonomous sensoroperated solar-powered waste container is disclosed. The container includes a solar panel to power the system, and a sensor to detect specific waste inside the container, a micro-controller to process sensor data and control the system, and a motorized mechanism to open and close the lid. The integrated sensors, including a level sensor and an odor sensor, monitor the waste level and detect any foul odors emanating from the container.

A waste management method includes setting an allowable methane amount in a bin and an allowable waste amount in the bin. The method includes measuring a methane amount in the bin, a waste amount in the bin, a temperature in the bin and a humidity in the bin, transmitting the methane amount, the temperature and the humidity to a first network and transmitting the the waste amount, and the timestamp to a second network. The method includes generating a first time estimate with the first network and generating a second time estimate with the second network to determine whether the waste amount exceeds a predetermined allowable waste amount. The method includes generating a schedule and a route for a waste vehicle based on the first and second time estimates, a number of waste vehicles available, and methane emissions by the waste vehicles.

The system according to this embodiment aims to improve urban efficiency, sustainability, and the quality of life for citizens. [Solution] The system according to the embodiment comprises a traffic management unit, an energy management unit, a waste management unit, a safety management unit, and a citizen services unit. The traffic management unit has functions for traffic management. The energy management unit optimizes energy consumption based on the traffic flow optimized by the traffic management unit. The waste management unit optimizes waste collection routes based on the energy consumption optimized by the energy management unit. The safety management unit conducts predictive police activities based on the waste collection routes optimized by the waste management unit. The citizen services unit provides services that meet the needs of citizens based on the predictive police activities provided by the safety management unit.

A waste management method includes setting an allowable methane amount in a bin and an allowable waste amount in the bin. The method includes measuring a methane amount in the bin, a waste amount in the bin, a temperature in the bin and a humidity in the bin, transmitting the methane amount, the temperature and the humidity to a first network and transmitting the waste amount, and the timestamp to a second network. The method includes generating a first time estimate with the first network and generating a second time estimate with the second network to determine whether the waste amount exceeds a predetermined allowable waste amount. The method includes generating a schedule and a route for a waste vehicle based on the first and second time estimates, a number of waste vehicles available, and methane emissions by the waste vehicles.

The present application relates to the technical field of adsorbent, in particular to a semi-volatile heavy metal adsorbent suitable for cement kiln co-processing and a preparation method thereof.The preparation method comprises the following steps: step 1, mixing kaolin, calcium oxide and water to form a slurry, preparing a foaming agent into a foam, adding the foam into the slurry to stir, and obtaining a semi-dry high-calcium material; step 2, mixing kaolin, aluminum hydroxide and water to form a slurry, preparing a foaming agent into a foam, adding the foam into the slurry to stir, and obtaining a high-aluminum slurry; step 3, mixing and stirring the semi-dry high-calcium material and the high-aluminum slurry, and then performing die pressing forming and curing to obtain the semi-volatile heavy metal adsorbent.The present application successfully prepares an adsorbent material capable of efficiently adsorbing semi-volatile heavy metals in cement kiln co-processing, and can improve the environmental safety of waste co-processing in a cement kiln.

The present disclosure relates to an apparatus (100) for collecting waste in a marine environment (150) and a method for its implementation. The apparatus (100) provides an efficient approach to collect marine waste, including uneaten feed, fish feces, and organic debris, thereby improving water quality and maintaining a healthy aquaculture ecosystem. The apparatus (100) includes a substantially conical fabric with holes (101), each covered by an elongated flap (102) having a first end (103) fixed to the fabric and a second end (104) freely movable. The freely movable flaps (102) allow water to pass through the holes (101) while guiding waste toward a centrally positioned waste collection unit (600) at bottom of the conical structure. The configuration ensures effective waste capture, unobstructed water flow, and minimized hydrodynamic drag. This scalable and modular design offers a sustainable solution for marine waste management, facilitating easy installation, maintenance, and environmental conservation.

This system provides comprehensive data-driven solutions to challenges in urban areas, such as frequent traffic congestion, excessive energy consumption, and a lack of efficient waste management. [Solution] A system comprising means for acquiring location information and search data from a location information service provider, means for acquiring payment data from an electronic payment service provider, means for integrating the acquired location information, search data, and payment data and performing data cleaning, means for applying a machine learning algorithm to predict pedestrian flow based on the integrated data, means for proposing optimization of transportation operations based on pedestrian flow predictions, means for performing demand forecasting in commercial facilities and adjusting energy-saving measures, means for collecting wide-area data using a high-altitude platform and evaluating disaster risk, and means for providing personalized action guidelines to users.

A waste management method includes setting an allowable methane amount in a bin and an allowable waste amount in the bin. The method includes measuring a methane amount in the bin, a waste amount in the bin, a temperature in the bin and a humidity in the bin, transmitting the methane amount, the temperature and the humidity to a first network and transmitting the the waste amount, and the timestamp to a second network. The method includes generating a first time estimate with the first network and generating a second time estimate with the second network to determine whether the waste amount exceeds a predetermined allowable waste amount. The method includes generating a schedule and a route for a waste vehicle based on the first and second time estimates, a number of waste vehicles available, and methane emissions by the waste vehicles.

The “Industrial Digestive System” encapsulates a novel paradigm in waste management and resource recovery, bridging the gap between sophisticated computational intelligence and industrial automation. The hardware component replicates the natural digestive system's efficiency in processing a diverse range of inputs, including municipal and industrial waste, transforming them into valuable outputs like biofuels, chemicals, and advanced composite / conglomerate materials. This process is achieved through a series of mechanized operations. Complementing the hardware, the software facet of the invention is rooted in advanced machine learning and optimization algorithms that optimize multivariable functions for the most efficient conversion of input to resources, orchestrating the transformation from varied waste streams, elements, and molecules into solid, liquid, and gaseous outputs. The result is an automated, intelligent manufacturing machine that enhances product quality and operational efficacy. “The Industrial Digestive System” can be seen as a new branch of cybernetics, a cyber-physical system inspired by nature.

A freestanding urinal designed for efficient waste management and odor control incorporates a standard receptacle with a storage tank with slanted interior floor, separated by a valve mechanism for odor containment and easy maintenance. The upper section of the unit comprises a urinal receptacle. Beneath the receptacle is a tank, connected by ball valve mechanism at the bottom of the urinal. The tank is designed to collect and store liquid waste over an extended period. The interior of the tank is slanted towards the back, ensuring efficient drainage and ease of maintenance. This design choice facilitates the complete emptying of the tank when required, preventing residue buildup and aiding in cleanliness. A ball valve, situated between the urinal and the tank, acts as a barrier to prevent odors from the tank from permeating the surrounding area.

Embodiments are directed to an advanced, modular, and scalable system integrating a Dissolved Gas Infusion (DGI) system and a Programmable Logic Controller (PLC) to automate and optimize processes such as water filtration, oxygenation, and waste management. The DGI system infuses high-purity oxygen directly into the water, maintaining optimal dissolved oxygen (DO) levels from the post-larvae stage to harvest, and significantly reducing oxygen wastage compared to traditional bubble aeration processes. The system includes modular raceways with load-bearing support beams, twist locks for secure stacking, and observation ports for easy access. This innovative approach ensures efficient, cost-effective, and reliable shrimp production, leading to higher survival rates, faster growth, and improved overall health of the shrimp.

Methods, non-transitory computer readable media, and waste collection apparatuses are disclosed that provide artificial intelligence based waste management and optimized waste collection scheduling. In some examples, an artificial intelligence model can be used to classify images of waste and determine whether a correct waste type is deposited in a collection bin. In other examples, utilization data is periodically received via communication network(s) from a waste collection device within a collection area. The utilization data is determined from sensor data obtained at the waste collection device. A waste collection schedule is determined for the waste collection device based on the utilization data for the waste collection device and stored historical utilization data for other waste collection device(s) within the collection area. The determined waste collection schedule is then provided to an operational management device via other communication network(s) to facilitate more efficient waste collection for the collection area.

The application discloses a kind of enterprise dangerous waste management situation concealment and underreporting digital evaluation method, belong to enterprise dangerous waste management situation concealment and underreporting evaluation technical field, method includes: production monitoring arrangement and waste analysis model arrangement are carried out in each target enterprise;The waste analysis model is used to analyze the waste data reported by target enterprise, to determine whether the reported waste data is declared normally;Real-time monitoring is carried out in the production process, corresponding production monitoring data is obtained, the waste data reported by target enterprise is obtained, the waste data is analyzed by waste analysis model, and waste evaluation result is obtained;And according to production monitoring data, the corresponding additional analysis label is marked for waste evaluation result;Waste evaluation result is sent to corresponding user, and corresponding processing is carried out by user according to waste evaluation result.

The present invention relates to a cover / cap assembly having a first compartment, a second compartment, or both. Each compartment will include a top side and a bottom side, the bottom side of the compartment including a frangible material. The first or second compartment can include a first material or a second material. The first or second material can include a flocculating red blood cell coagulability and / or gelling agent, such as a high absorbency cellulose and / or polymer formulation, or a red blood cell flocculating agent. The material within the compartment can be selectively released upon compression of a recess and / or button, the recess and / or button being positioned directly above the first and / or second compartment. A collection and / or biohazard waste management and disposal system is introduced, the collection and / or biohazard waste management and disposal system including the cap / cover assembly described above and a collection container. The cap can include a perimeter having a tapped and / or snap-fit assembly adapted to positively attach the cap to a collection canister. The collection canister can include a red blood cell flocculating agent coating.

1. Name of the product in this design: Graphical User Interface for Household Wastewater Management of Electronic Device. 2. Intended use of this design: for use in an electronic device. 3. The key design feature of this product is its graphical user interface. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Purpose of the graphical user interface: for managing household sewage systems. 7. Human-computer interaction method of graphical user interface: The interface displayed in the main view of Design 1 is the home device management page. Clicking on "UV lamp" in the main view of Design 1 will take you to the interface change state diagram of Design 1. The interface displayed in the main view of Design 2 is the home device management page. Clicking on "atomizer" in the main view of Design 2 will take you to the interface change state diagram of Design 2.

WASTE CONTAINER AND VALVE APPARATUS THEREFOR Certain aspects of the present disclosure relate to waste containers for waste management on a vehicle, such as a watercraft. A waste container for use on a vehicle may include at least one wall including an interior surface defining a chamber for containing waste, and a plurality of protrusions projecting from the interior surface of the at least one wall into the chamber. Certain aspects of the present disclosure also relate to valve apparatuses for controlling the flow of waste into or out of a waste container.Such a valve apparatus may include a non-removable valve body defining a flow channel for conveying waste, and at least one check valve secured in the flow channel and configured to allow waste to flow from an inlet to an outlet of the flow channel and to prevent waste from flowing from the outlet to the inlet. Figure for abstract: [Fig.14].

The utility model provides a blanking collecting device for hydrogen energy pipeline production, and relates to the technical field of hydrogen energy pipeline production equipment, the blanking collecting device comprises a frame body and a controller, the side surface of the frame body is provided with an operation panel, and the side surface of the frame body is fixedly provided with a transverse plate. The horizontal position of the conveying frame can be adjusted through the adjusting mechanism, and the waste can be classified and collected according to the types of the waste by being matched with the three sets of collecting boxes distributed side by side, so that the waste management orderliness and operation convenience are improved, and the production efficiency is improved. A buffer structure composed of a mounting sleeve, a telescopic rod, a bearing plate, a tension spring and a damper is arranged in the collecting box, when the waste falls into the bearing plate, falling impact energy can be absorbed, impact force is remarkably reduced, and the situation that the collecting box deforms and is damaged due to long-term high-strength impact is prevented; and vibration and noise generated when the waste materials slide or collide are further absorbed, and meanwhile the end face or the pipe wall of the pipeline is protected against scraping.

A waste management method includes setting an allowable methane amount in a bin and an allowable waste amount in the bin. The method includes measuring a methane amount in the bin, a waste amount in the bin, a temperature in the bin and a humidity in the bin, transmitting the methane amount, the temperature and the humidity to a first network and transmitting the the waste amount, and the timestamp to a second network. The method includes generating a first time estimate with the first network and generating a second time estimate with the second network to determine whether the waste amount exceeds a predetermined allowable waste amount. The method includes generating a schedule and a route for a waste vehicle based on the first and second time estimates, a number of waste vehicles available, and methane emissions by the waste vehicles.

Nuclear waste, such as, but not limited to, spent nuclear fuel (SNF) assemblies or portions thereof, are placed within diecast molds, and then gravity fed molding occurs within those loaded diecast molds and around the SNF assemblies (or portions thereof) that are located within those diecast molds, using molten alloy(s) for filling the diecast molds, to form solid metal ingots upon sufficient cooling of the newly formed ingots. The molten alloy(s) may contain a copper alloy. The molten alloy(s) may also contain neutron absorbers and / or helium immobilizing materials. Each such formed ingot may entirely encapsulate a SNF assembly (or a portion thereof) within the resolidified alloy(s). The ingots may be formed into waste capsules. The ingots and / or the waste capsules may be landed in deeply located horizontal wellbores. The deeply located horizontal wellbores may be at least partially located within deeply located geologic formations.