JP2006517497 | Shipping container and how to use it |
JPH0776998 | [Title of Invention] Monitoring device |
JP2009048383 | WIRE WITH BUILT-IN N RESISTORS |
DE102013111836A1 | 2014-12-04 | |||
US5686909A | 1997-11-11 | |||
US20170068881A1 | 2017-03-09 |
Claims 1. Security and signaling system characterized in that the protected object is provided on its surface with a nanosubstance sensitive to surface disturbance and the protected object is also equipped with a microchip responsive to the disruption of the nanosubstance surface, where in case of unauthorized manipulation of the protected object the microchip triggers an alarm through a mobile application. |
Technical field
The invention relates to a security and signaling system for use in particular for protecting and securing objects against theft or damage.
Background art
At present, security and/or signaling systems are characterized by the complexity and need for many components, videocameras, sensors, interconnections, etc. For this reason, it is difficult to hide such a system so that an unauthorized person does not know about it and does not avoid it.
Due to their complexity and the need for many components, complicated assembly etc., such systems are expensive.
In some cases, it is technically impossible to place a security or signaling device in a suitable place, as this would interfere with the functioning of the protected object.
Disclosure of invention
The mentioned problems are eliminated by the security and signaling system according to the invention, where the protected object is provided on its surface with a nanosubstance sensitive to surface disturbance. The nanosubstance can be applied to any surface and to any place of the protected object. It is ideal to apply the nanosubstance to the place where its surface is immediately disturbed by unauthorized manipulation of the protected object, e.g. on a key or keyhole, on a tightened screw, on a monitored connection in a pipe, etc. The application of the nanosubstance is possible, for example, by spraying, sandblasting, etc. It is possible to apply the nanosubstance in a transparent form which will be practically invisible and therefore imperceptible to an unauthorized person.
According to the present invention, the protected object is also equipped with a microchip responsive to the disruption of the nanosubstance surface, and in case of unauthorized manipulation of the protected object, this microchip triggers an alarm via a mobile application. The microchip is very small and can also be placed anywhere on a protected object. The microchip can also be in the form of a sticker. It is important to place it in a place inaccessible to an unauthorized person.
The biggest advantage of the solution according to the invention is its wide use for basically any monitored or protected object, from the wheel of a car, through locks, pipes, to the integrity of e.g. fuselage of aircraft or spacecraft.
The solution according to the invention can be placed on a protected device quickly and accurately, and the system is ready for use immediately after launching the mobile application. At the same time, the authorized person is constantly within range of an eventual warning and can respond to a potential problem.
The nanosubstance used is non-toxic and ecological, so it has no impact on the environment.
Brief description of the drawings
The solution according to the invention is further explained on the drawing, which shows the use of the subject matter of the invention as a security and signaling system which protects the wheel of a car against any unauthorized manipulation or theft.
Best mode for carrying out the invention
The stated examples of carrying out of the invention are illustrative only and they do not exhaust other possible carrying outs. Example 1
The car wheel is equipped on the inside with a microchip in the form of a sticker and is then attached to the car with the appropriate screws. One or more screws are sprayed with a transparent nanosubstance sensitive to surface disruption and the sensitivity of the microchip is set to the respective type of nanosubstance. The mobile application is connected to the microchip.
The car is capable of immediate operation and in the case of unauthorized manipulation of the wheel, the car owner is immediately informed of this event.
Example 2
When constructing the gas pipeline, a nanosubstance sensitive to surface disruption is applied to the inside of the joint of the two pipes. The microchip is placed on the outside of the pipeline near the joint and its sensitivity is set to the respective type of nanosubstance. After the construction of the gas pipeline is completed, the microchip is connected to the mobile application. In this way, it is possible to monitor the integrity of the joints during the operation of the gas pipeline, while an alarm is triggered if the integrity of the joints is disrupted.
Industrial applicability
The solution according to the present invention has a wide range of applications, such as signaling and security systems for all types of machinery and equipment, armaments industry and for weapon systems as well as for space nanogeoengineering.
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