Description:The invention is illustrated with the help of the accompanying drawings, Fig. 1 and Fig. 2.
With reference to fig.1, the present invention demonstrates the integration of a Radio Frequency (RF)
sensor into a system designed for detecting hidden surveillance devices in sensitive environments. The
system operates as follows:
1. RF Sensor Integration: The RF sensor continuously scans the environment for hidden devices such as
cameras or recording equipment.
2. Detection Mechanism: If a hidden device is detected, the system immediately generates an alert, ensuring
the user is notified of the potential privacy violation. The alert may be in the form of vibration on a
connected device like a smartwatch.
3. Real-time Monitoring: The system continuously monitors the environment and terminates the current
cycle if no hidden devices are found, ensuring efficient use of resources.
4.Seamless Process: The entire mechanism operates in real-time, providing users with immediate feedback
to ensure their privacy and safety in environments such as hotel rooms, trial rooms, or restrooms.
This system ensures effective and reliable detection of hidden devices, safeguarding personal privacy and
preventing unauthorized surveillance in sensitive areas.
According to another embodiment of the present invention, as shown in fig 2, the operation of the system
is seamlessly integrated into a smartwatch for enhanced portability and convenience. The system functions
as follows:
1.Smartwatch Integration: The RF sensor is embedded into a smartwatch, enabling users to carry the
detection mechanism with them effortlessly.
2.Continuous Scanning: When the user enters a room or any area under surveillance, the smartwatch
continuously scans the surroundings for hidden devices.
Alert Notification: Upon detecting a hidden camera or recording device, the system triggers an immediate
alert to notify the wearer of the potential threat. This alert allows the user to take swift action to protect
their privacy.
3.Responsive Design: The integration of the sensor with the smartwatch ensures a seamless user
experience, making the system highly responsive to potential threats.
4.User-friendly Operation: The system provides timely alerts, ensuring effective monitoring while
maintaining ease of use for the wearer.This innovative integration of the RF sensor into a smartwatch
ensures enhanced privacy and security, offering a robust solution for real-time detection of surveillance
devices in sensitive environments , Claims:We claim:
1. A method for detecting hidden cameras or recording devices, comprising:
an IR (infrared) sensor for detecting reflections or signals emitted by camera lenses;
an RF (radio frequency) module for identifying wireless signals transmitted by hidden cameras;
a temperature detection module for sensing heat signatures indicative of operational electronic
devices;
an alert system integrated into a smartwatch, providing notifications through vibration, audible
alerts, or visual indicators when devices are detected.
2. The IR sensor as claimed in claim 1, wherein the sensor identifies camera lenses by detecting unique
light reflection patterns in low-light or concealed conditions, enhancing its ability to detect hidden
devices.
3. The RF module as claimed in claim 1, wherein the RF module is tuned to detect frequency ranges
commonly associated with hidden wireless cameras, including 2.4 GHz and 5 GHz frequency bands.
4. The method for alerting the user as claimed in claim 1, wherein the smartwatch-based notification
system continuously monitors the surroundings in real-time, triggering alerts with customizable
settings based on user preferences and the environment.
5. The safety alarm system as claimed in claims 1-4, wherein the integration of the IR sensor, RF
module, and temperature detection module ensures the comprehensive detection of various hidden
surveillance devices, providing a reliable privacy protection mechanism for sensitive areas such as
hotel rooms, trial rooms, and restrooms. The use of the Enhanced Safety System for camera-based
intrusion detection and alarm mechanism as claimed in claims 1-5, wherein the system provides
enhanced portability and usability by integrating the detection mechanism into a wearable device,
ensuring user mobility while maintaining constant surveillance