View source for 20240009721. VEHICLE-MOUNTED IN-SITU MAGNETIC FIELD DECONTAMINATION DEVICE FOR HEAVY METAL CONTAMINATED SOIL WITH RETRACTABLE BAFFLE simplified abstract (INSTITUTE OF SOIL SCIENCE, CAS)

=VEHICLE-MOUNTED IN-SITU MAGNETIC FIELD DECONTAMINATION DEVICE FOR HEAVY METAL CONTAMINATED SOIL WITH RETRACTABLE BAFFLE=


==Organization Name==

[[:Category:INSTITUTE OF SOIL SCIENCE, CAS|INSTITUTE OF SOIL SCIENCE, CAS]]


[[Category:INSTITUTE OF SOIL SCIENCE, CAS]]

==Inventor(s)==

[[:Category:Yongming Luo of Nanjing (CN)|Yongming Luo of Nanjing (CN)]][[Category:Yongming Luo of Nanjing (CN)]]

[[:Category:Guoming Liu of Nanjing (CN)|Guoming Liu of Nanjing (CN)]][[Category:Guoming Liu of Nanjing (CN)]]

[[:Category:Chen Tu of Nanjing (CN)|Chen Tu of Nanjing (CN)]][[Category:Chen Tu of Nanjing (CN)]]

==VEHICLE-MOUNTED IN-SITU MAGNETIC FIELD DECONTAMINATION DEVICE FOR HEAVY METAL CONTAMINATED SOIL WITH RETRACTABLE BAFFLE - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240009721 titled 'VEHICLE-MOUNTED IN-SITU MAGNETIC FIELD DECONTAMINATION DEVICE FOR HEAVY METAL CONTAMINATED SOIL WITH RETRACTABLE BAFFLE

==Simplified Explanation==

The abstract describes a vehicle-mounted device for decontaminating heavy metal contaminated soil using an in-situ magnetic field. The device includes a mounting frame, magnetic rods that move along the frame, and a lifting regulator that supports the frame. A magnetic particle recovery assembly is located below the frame, and a retractable baffle assembly with baffle springs and non-magnetic baffles is attached to the magnetic rods. The device also has a turn-over channel for the movement of the retractable baffle assembly, compression flaps on both sides of the channel, and an ejection flare for the non-magnetic baffles.

* The device is mounted on a vehicle and can be used to decontaminate heavy metal contaminated soil.
* It uses an in-situ magnetic field to attract and recover magnetic particles from the soil.
* The magnetic rods move along the mounting frame, allowing for efficient decontamination.
* The retractable baffle assembly helps to separate the magnetic particles from the non-magnetic ones.
* The compression flaps and ejection flare aid in the ejection of the non-magnetic baffles.

Potential applications of this technology:
* Environmental remediation: The device can be used to clean up heavy metal contaminated soil in various settings, such as industrial sites or agricultural fields.
* Mining industry: It can be utilized to remove heavy metal contaminants from mining waste or tailings.
* Construction sites: The device can help in decontaminating soil at construction sites where heavy metals may be present.

Problems solved by this technology:
* Efficient decontamination: The device allows for the effective removal of heavy metal contaminants from soil, reducing the risk of environmental pollution.
* Time-saving: The vehicle-mounted design enables faster and more efficient decontamination compared to manual methods.
* Cost-effective: The use of magnetic field decontamination can be a cost-effective solution compared to traditional soil remediation methods.

Benefits of this technology:
* Improved soil quality: The device helps in restoring the quality of contaminated soil by removing heavy metal pollutants.
* Environmental protection: By decontaminating soil, the technology helps in preventing the spread of heavy metal pollutants to surrounding areas, protecting ecosystems and human health.
* Versatility: The device can be easily mounted on different vehicles, making it adaptable to various decontamination projects.


==Original Abstract Submitted==

a vehicle-mounted in-situ magnetic field decontamination device for heavy metal contaminated soil with a retractable baffle is provided and includes a mounting frame, a plurality of magnetic rods circumferentially move along the mounting frame, the mounting frame and a lifting regulator are hinged with an agricultural machinery frame body, and an upper end of the mounting frame is supported by the lifting regulator. a magnetic particle recovery assembly is arranged below the upper end of the mounting frame. a retractable baffle assembly includes baffle springs and non-magnetic baffles, which each sleeve a corresponding magnetic rod. a turn-over channel for the retractable baffle assembly to move is provided at a middle part of mounting frame. compression flaps are provided at both sides of turn-over channel, and an ejection flare for the ejection of the non-magnetic baffles is formed between free ends of the compression flaps at both sides.



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