New Invention Profile
| Publication No: | IN202311007988 [India] | Application No: | IN202311007988 |
| Title: | A portable and multipurpose apparatus for cold plasma jet | ||
| Publication Date: | 09-08-2024 | File Date: | 07-02-2023 |
| Inventor(s): | Udit Narayan Pal; Mahendra Singh; Ram Prakash Lamba; Alok Mishra | ||
| IPC Classification: | H01J 37/32, H05H 1/24, A61B 18/04, A61B 18/00, A61L 2/14 | ||
| Abstract: | A portable and multipurpose apparatus for cold plasma jet has been designed and developed having novel geometry and unique capabilities for the generation of stable, fine and long cold plasma plume enriched with required reactive oxygen and nitrogen species (RONS) for its multi-purpose use in biomedical and surface treatment applications. The cold plasma jet apparatus comprises selective components for the gas injection, electrode arrangements, plasma generation and plasma plume formation. A unique hollow pipe arrangement has been used for linear gas inlet and radial outlet, and support for short pulsed HF voltage pin electrode connection wherein the laminar gas flow is maintained in the customized discharge zone for efficient plasma generation. Special characteristic arrangement has been made for the specific composition of the gaseous mixtures for the precise and efficient generation of the reactive species. The developed apparatus can easily be tuned and efficiently generates the chemically reactive species, electrons, ions and UV radiations in controlled manner at atmospheric pressure. Fig:1 |
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| Startup Options: | ADVANTAGES The main advantages of the present invention are: • In the present invention, there is a portable, handheld and inexpensive cold plasma jet device capable to generate the fine cold plasma at atmospheric pressure and becoming a suitable alternative solution for the possible applications in the field of biomedical, material, food, and agriculture applications. • The invention has provided a flexible handy and portable apparatus for generating the cold plasma at atmospheric pressure which can be used in various application by simply adjusting the different components along with the operating parameters such as applied pulse voltage, gas flow rate, gas mixture composition, working gas and mixing gas. • In the invention has capability to monitor the gas flow dynamics as well as the generation of the different reactive species in a controlled manner that would enhance its applicability to a variety of applications, which can easily be tuned by controlling the operating parameters. • The cold plasma jet apparatus comprised with selective components for the gas injection, electrode arrangements, plasma generation and plasma plume formation with unique hollow pipe arrangement for linear gas inlet and radial outlet, and support for short pulsed HF voltage pin electrode connection. Wherein the laminar gas flow is maintained in the customized discharge zone for efficient plasma generation. • The plasma jet apparatus further configured according to the application by changing the dielectric tube of different dimensions and shapes, replacing the cylindrical cap which is designed according to the dimension of dielectric tube. • The developed cold plasma jet apparatus is demountable and easily replaceable including the main components such as electrodes, dielectric cavity such that it can modify accordance with the application. • It is capable to generate the reactive radicals such as OH, NO, etc. which is useful for different biomedical applications. • It is handy flexible and easy to operate for the treatment in small and confined regions. • It creates the chemical rich media comprises of selective reactive radicals which can be controlled according to the desired applications. • The device shows the capability to achieve the stability, homogeneity and tunability of the plasma plume. |
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CSIR-Central Electronics Engineering Research Institute[CSIR-CEERI]
: director[at]ceeri[dot]res[dot]in
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: director[at]ceeri[dot]res[dot]in
:91-1596-242111
:https://www.ceeri.res.in
Industrial Applications
Devices/Apparatus [Leather,Textiles and Related items]
Plasma [Physics]