Bihar : Khan sir underground as soon as the case is registered in the RRB-NTPC ruckus! Mobile will also be switched off, police will send notice

Patna’s famous teacher Khan sir has gone underground as soon as the case is registered in the RRB NTPC ruckus. His mobile phone is telling switch off. The police will now send him a notice and is preparing to demand answers on the whole matter as soon as he appears. After the ruckus of the students, an FIR was registered on Khan sir on Tuesday night. A case was registered against many coaching operators including Khan sir, accusing them of instigating the students.

According to Patrakarnagar SHO Manoranjan Bharti, notices related to cooperation in the investigation will be sent to Khan sir and the coaching operators whose names are in the FIR. Even after this, if they do not come forward, then action will be taken. If sources are to be believed, evidence is being collected against the accused of creating ruckus and conspiracy.

The police have also started investigating all his videos. On the other hand, Khan sir’s mobile is constantly being switched off after the case is registered. They have no whereabouts. If sources are to be believed, Khan sir has switched off the mobile since the case was registered.

Case against Khan sir in RRB-NTPC ruckus, Manjhi said – situation may worsen
Even now the police is alert in areas like Bhikhna Pahari, Musallahpur Haat, Rajendranagar, Bazar Samiti. The protesters are being monitored. Additional forces coming from the police lines have been deployed at all these places. Patna Police is also in touch with GRP. The district police will take action on the news of any uproar in the railway sector as well. Police is keeping an eye on places like Rajendranagar Terminal, Patna Junction.

Monitoring of YouTube and Social Sites
The team of Patna Police is keeping an eye on YouTube and social sites. Immediate action will be taken against those making provocative speeches and instigating students. The police team is also keeping an eye on different Watts groups.