Our patents
Patented CEMF technology
Qeplonʼs Controlled Electro-Magnetic Field (CEMF) technology is unique and protected by over 100 patents. Qeplon holds technological and usage patents worldwide including Spain, Europe, USA, Japan, Canada, Mexico, China, Russia, Israel, Australia, South Korea, India, Indonesia, and Brazil. Through our patents and licencing arrangements, we enable our clients to gain competitive advantages through marketplace and sector protections.
Our Patents
Technological Patents
Electrostatic field sensor and security system in interior and exterior spaces:
This patent presents an electrostatic field sensor and security system for preventing intrusions into private spaces. The sensor detects and discriminates the presence of living beings or objects, enhancing security in private properties.
This patent describes a sensor that measures disturbances in the electrostatic field to prevent intrusions into private spaces. The sensor detects and discriminates the presence of living beings or material objects, making it a preventive security system. It includes two electrostatic field-measuring circuits that are connected to an antenna, and a soware that detects variations in the electrostatic field and determines if an intrusion has occurred. This invention provides a new way to detect intrusions proactively, enhancing security in private properties.
Device measuring disturbances in a controlled electromagnetic field:
This invention is a device using a Controlled Electro-Magnetic Fields (CEMF) sensor to detect objects based on disruptions in the magnetic field. It has applications in security systems, access control, and weapons detection.
The invention is a device that uses a Controlled Electro-Magnetic Fields (CEMF) sensor to detect the presence of any object nearby by measuring disruptions in the magnetic field around a sole conductor configured as an antenna. The device can emit the electro-magnetic field in a controlled way and distinguish between a person, animal or any other object based on the magnitude of the disruption. The device comprises an oscillator circuit, a digital module and a processor, and is applicable in various fields, including security systems, access control, detection of objects adhered to a vehicle, weapons and explosives detection, and domestic security applications.
Our Patents
Usage Patents
Qeplon holds more than X usage patents, protecting the right of use of our technology in specific applications. We hold usage patents in multiple geographies including Spain, Europe, USA, Japan, Canada, Mexico, China, Russia, Israel, Australia.
Tools & Robotics
Access control system for use in restricted areas and industrial environments:
https://patents.google.com/patent/US10403110B2/en
This patent describes a system that uses a sensor to detect human presence through electrostatic fields, with applications in safety, security, and access control systems, enabling greater automation and simplifying security tasks.
This patent describes a system that integrates a sensor capable of measuring electrostatic fields to detect human presence near the sensor, distinguishing humans from other animals or objects. The sensor leverages the electrical characteristics of the human body, which have dierent potential compared to other objects, resulting in electrostatic discharges. The sensor continually measures fluctuations in the field, allowing it to discriminate between human presence and other materials or animals.
The invention can be applied to safety and security systems in industrial facilities, such as robot arms that stop when an operator is within their radius of action. Additionally, the system can be used as an access control system for restricted areas, oering a more precise and easier to implement solution compared to prior art. This can be achieved through a virtual fence or a crossing point detector in sensitive or restricted areas like railway platforms or loading docks.
The system can be integrated into various environments and can help simplify security tasks and enable greater automation. The sensor's antenna is versatile and can be arranged dierently in each application to define a physical space enclosed by the emitted field.
Automotive & Transportation
Security systems and method for vehicles:
https://patents.google.com/patent/US10752214B2/en
A vehicle security system using electrostatic sensors for detecting disturbances by humans, objects, or animals. It's adaptable to multiple use cases
This patent describes a vehicle security system that is more specific and easier to implement than existing solutions. The system uses electrostatic sensors to measure disturbances caused by human presence, objects, or animals near or inside a vehicle. The antenna, usually an electrode, transmits a directed electrostatic field to detect disturbances in the field.
The arrangement of the antenna varies for each use, enabling the definition of a closed physical space by the transmitted field based on the physical structure in which it is implemented. The system is adaptable to dierent elements for each specific case, providing simplicity and flexibility.
The vehicle security system has multiple configurations: first, as a detector of objects attached to a vehicle by sensing people approaching or handling foreign objects; second, as a security element inside vehicles for detecting suitable positions for safety clips or identifying people in restricted areas; and finally, for precisely detecting a vehicle's position in a parking lot or area.
Civil Defence & Security
Weapons and explosives detector and detection method:
https://patents.google.com/patent/US11086041B2/en
A more precise and easier-to-implement weapon and explosive detector that measures disturbances in an electrostatic field. It covers various implementations to detect dierent threats.
This patent describes a weapons and explosives detector, specifically for detecting Improvised Explosive Devices (IEDs), car bombs, land mines, and weapons in hideouts or other locations. The detector is more precise and easier to implement than existing methods, as it measures disturbances in an electrostatic field due to the presence of any object nearby.
The detector includes at least one electrostatic sensor with an antenna that transmits a directed electrostatic field, enabling it to detect disturbances in the transmitted field. The arrangement of the antenna varies for each use, allowing for the definition of a "covered" physical space by the transmitted field based on the physical structure in which it is implemented.
The patent covers various aspects and implementations of the invention, enabling detection of IEDs, car bombs, land mines, and weapons by identifying people approaching or handling suspicious elements that could be considered threats. The invention encompasses all possible combinations and preferred implementations for dierent use cases and scenarios.
Domestic security system:
https://patents.google.com/patent/US10754054B2/en?oq=CA2984467
A home security system using a probe acting as an antenna to detect human presence through changes in the electrostatic field, enabling proactive intrusion detection.
This patent describes a home security system that measures disturbances in the electrostatic field around a probe, such as a coaxial cable, acting as an electrode or antenna due to human presence in its vicinity. The sensor can dierentiate between humans and other living beings or objects based on the magnitude of the change in the electrostatic field.
The human body has unique electrical characteristics, and dierences in potential between objects result in electrostatic interactions when objects are near or in contact with each other. The sensor continuously measures fluctuations in the field, allowing it to distinguish dierent types of bodies or objects and discriminate human presence from other materials or animal presence.
The invention is applied to home security systems, enabling proactive detection of intrusions at doors, windows, and fences or walls before the intrusion takes place. The patent covers various aspects and implementations of the invention and includes all possible combinations of particular and preferred embodiments.
Disturbance Measurement Apparatus In A Controlled Magnetic Field:
https://patents.google.com/patent/US20210157024A1/en
This device detects nearby objects through disruptions in a controlled magnetic field emitted by a single antenna, distinguishing between people, animals, or objects. It has multiple applications, including security, robotics, and access control.
This invention is a device that detects nearby objects through disruptions in a controlled magnetic field emitted by a single antenna. The device can distinguish between people, animals, or objects based on the magnitude of the disruption. It has a closed-loop configuration that increases sensitivity, reduces external noise, and eliminates the need for traditional emitter-receiver configurations. The device has various applications, including localizing people, security, robotics, military, cargo and passenger transportation, prevention, logistics, access control, and detection of weapons or explosives. The invention's scope is defined by the claims and covers all possible combinations of the preferred embodiments.