New Invention Profile
| Publication No: | IN202411033736 [India] | Application No: | IN202411033736 |
| Title: | A portable three-channel inert gas flow device for robotic arc-welding and wire-arc directed energy deposition | ||
| Publication Date: | 28-11-2025 | File Date: | 26-04-2024 |
| Inventor(s): | Manidipto Mukherjee; Chandrasekar E; Murugan Thangadurai; Soumyajit KunduCSIR;CMERI | ||
| IPC Classification: | B22F10/20, B33Y40/00, B23K9/32, F15D1/00, B29C64/371 | ||
| Abstract: | A portable three-channel (105) inert gas flow system provides an additional inert environment around titanium (Ti) alloy deposition for robotic arc welding and wire-arc directed energy deposition applications. The device offers not only an additional inert atmosphere around the deposition but also accelerates the cooling of the deposited metal. The device consists of a porous plate (106) and a hexagonal straightener (107),, allowing for a lower turbulent flow of inert gas at the end of the device. The first part of the device is the porous plate (106), which creates the positive pressure build-up in the distribution chamber and ensures uniform flow distribution throughout the chamber. The second component is the hexagonal straightener (107), which reduces turbulence in the flow of inert gas. The delivery chamber (108) after the hexagonal straightener reduces flow irregularity. The device reduces the turbulence intensity to 0.24 with an average gas flow rate of 60 l/min. |
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CSIR- Central Mechanical Engineering Research Institute[CSIR-CMERI]
: director[at]cmeri[dot]res[dot]in
:91-343-2546401, 6510701
:https://www.cmeri.res.in
: director[at]cmeri[dot]res[dot]in
:91-343-2546401, 6510701
:https://www.cmeri.res.in
Industrial Applications
Devices [Electrical]
Instrumentation, Appliances, Devices Applications [Instrumentation, Appliances, Devices]
Use/Applications [Electronics]