Abdullah Hasani

Mirza Faizan

Mirza Rizwan

Mishaal Qureshi

Zaynab Khan

Saadia Asaf

Mansoor Hasan Khan

Abdul Basit Piracha

Hisham Ahmad

Pranav Kumar

Shayaan Shaik

Abdullah Mommandi

Vedanth Venkatesh

Omar Mohammed

Prisha Bhat

Umar Kateeb

Humna Fakeha Khan

Aayesha Syed Ibrahim

Saanchi Gabri

Hadia Khatri

Zara Majid

Madhalasa Iyer

Zayn Sohel Sachak

Nadia Anisa Sethuraman

Zaid Marwat

Sanjiv Sridharan

Raahi S Jogani

Zahra Shifa Khatri

Avaneesh Jakkireddy

Samad Syed

Afreen Fatima

Ali Khan

Suleman Khan Mohammed

Sufiya Khatri

Mariam Mansoor

Hamza Ali Zakir

Mohammed Abdussamad Zaki

Basith Abdul Syed

Gupil Mayari

Rishika Nandigam

Sparsh Kamdar

Aniq Shaikh

Gautam Rao

Sofia Sethuraman

Yashas Vamsi Pradeep

Aarish Salman Bhojani

Rizwan Mansoor

Afrin Shaikh

Sheza Asif

Safiyah Fatima

Kemery Oparah

Maazin Saif

Iliyan Ali Mithani

Mustafa Hasani

Amreen Syed

Vihan Yerubandi

Aayan Chowdhury

Muhummed Mir

Saad Master

Raj Kusumakar

Darshan Kumar

Aqil Gudur

Iffra Mehek Pathan

Hadiya Sameen

Nihal Yerubandi

Mariam Mir

Gabriel Bashir Khatri

Zashaan T Shaik

Abdullah Ali Syed

Rehan Sahir Ali

A method for self-rescuing a user climbing a smart ladder is provided. The method includes activating, by a processor, a mesh unit based on a detection of the user's step above a certain height from a pedalboard of the smart ladder. The mesh unit is installed along at least one side of the smart ladder. The mesh unit is extended outwardly like a folding hand fan to form a secured circular net mesh configuration along the sides of the smart ladder. Further, the method includes suspending, by the processor, the mesh unit, based on a detection of the user's step at the pedalboard. Furthermore, the method includes folding, by the processor, the mesh unit back along at least one side of the smart ladder.

Method and system for providing a smart ladder to a user

The present invention envisages a biodegradable cover for a portable device. The cover comprising a top portion including a plurality of adjustable puzzle pieces, wherein said top portion is attached at back wall of said portable device. Each puzzle piece further comprises a square piece and at least one magnetic side piece attached to said square piece, wherein each of said magnetic side piece of first puzzle piece is connected to center of square piece to define length and width of different sizes of portable devices and an expandable portion comprising a right section and a left section, for extending said biodegradable cover along the portable device. The biodegradable cover further includes at least one corner portion to attach said top portion with corners of said portable device.

Biodegradable cover for a portable electronic device

A method to erase at least a certain amount of content presented on a whiteboard with a whiteboard cleaner is provided. The method includes uniformly dividing whiteboard screen into plurality of horizontal rows, wherein each row is configured with a switch button. The method includes selecting at least one switch button, by a user, to signify the certain amount of content that the user admires to erase. Further, the method includes receiving a command, by a transceiver, to automatically erase the certain amount of content selected by the user, wherein the command corresponds to an electronic signal configured with each switch button. The method further includes determining, by a processor, absence of the user for a predetermined time period, wherein based on determination, the system shuts off the white board to restrict access of unknown person to view the content of the whiteboard.

Method and system for providing a smart whiteboard cleaner

A method for providing a smart monitoring device to determine at least one user as a team mate is provided. The method includes attaching, by a processor, a thermal signature emitting unit at one inner portion of the user's clothes, wherein the thermal signature emitting unit corresponds to a temperature signature of a metal insignia. Next, the method includes connecting, by the processor, an AI-based thermal camera module to a gun to detect data related to the thermal signature of the metal insignia. Further, the method includes comparing, by the processor, the data received from the AI-based thermal camera module with the patterns of the metal insignia stored in the database. Lastly, the method includes displaying, by a display unit, a red-cross symbol to the user if the data is matched, wherein the red-cross symbol symbolizes not to shoot.

Method and system for preventing injury by friendly fire

The present disclosure envisages an apparatus for communication to enable differently abled users to communicate their requirements to others. The apparatus comprises an eye wearable device adapted to emit infrared light signal from a certain area of at least one eye of the user. The apparatus further includes a monitoring device configured to receive the transmitted infrared light signal from the at least one eye of the user and further configured to identify the requirement of the user corresponding to the transmitted infrared light signal.

Apparatus to enable differently abled users to communicate and a method thereof

The present disclosure envisages an IOT based management system for assisting users around a swimming pool. The system comprises a plurality of sensors configured to sense a plurality of parameters corresponding to various pre-defined events associated with said swimming pool; a control unit communicatively coupled to said plurality of sensors through a communication network to receive said plurality of parameters and configured to process said plurality of parameters based on at least one machine learning algorithm to generate actionable intelligence in the form of signals associated with said pre-defined events corresponding to said plurality of parameters; and at least one IOT based actuating mechanism configured to receive said signals and perform at least one action upon reception of said signals.

IoT based management system and a method for assisting users around a swimming pool

An automatic sunvisor assembly for vehicle is disclosed. The automatic sunvisor assembly comprises sunvisor(s) positioned over the front seats of the vehicle, ambient light sensor positioned inside the vehicle adapted to sense the intensity of sunlight; a processor to collect and compare the intensity of sunlight sensed by the ambient sensors in real time; and two high-torque servo motors connected to each of the sunvisors to move the at least one sunvisor. The processor identifies the ambient light sensor sensing higher intensity of sunlight, generates signals, and transmits signals to the high-torque servo motor, and the signals received by the high-torque servo motor determines a direction of movement of the sunvisor.

Automatic sunvisor assembly

Growing community of inventors

Murphy, TX, United States of America

Abdullah Hasani