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Instituto ucraniano de ciencias de la educación ofrece cooperación en el desarrollo de un sistema integral automático basado en sensores sísmicos acústico-electrónicos para la detección de coordenadas y objetos tecnógenos

Resumen

Tipo:
Oferta Tecnológica
Referencia:
TOUA20190730001
Publicado:
19/09/2019
Caducidad:
19/09/2020
Resumen:
Un instituto ucraniano que lleva a cabo investigaciones científicas y tecnológicas en el ámbito técnico está desarrollando un sistema automático complejo basado en sensores sísmicos, acústicos y electrónicos. El sistema se utiliza para observar y detectar coordenadas y tipos de objetos en áreas con fenómenos peligrosos de diferente origen. El instituto cuenta con amplia experiencia y con la base científica, técnica y en materiales para la investigación, y busca socios interesados en desarrollar y distribuir sistemas automáticos a pequeña escala basados en sensores sísmicos. La cooperación se establecerá en el marco de un acuerdo de comercialización, cooperación técnica e investigación.

Details

Tittle:
Well-known educational-scientific institute in Ukraine offers cooperation in the development of an automated comprehensive system based on seismic acoustic-electronic sensors for the detection of coordinates technogenic objects.
Summary:
A Ukrainian Institute actively conducts scientific, technical research in the technical field, in part., it is engaged in the development of an automated complex system based on seismic-acoustic-electronic sensors. The Institute has scientific-technical-material base for research, long-term experience and is looking for long-term partners interested in the development and distribution of small-scale automated systems based on seismic sensors under commercial, technical or research agreement.
Description:
Since 1998 the Institute actively conducts scientific, technical research in the technical field in particular it is engaged in the development of seismic acoustic-electronic sensors in Kiev (economic heart of the state).
The development of seismic-acoustic-electronic sensors relates to the tasks of constructing highly sensitive and highly informative technical means of protection. It`s based on the latest theoretical and experimental background. Seismic-acoustic technology allows you to control the movement and movement of objects of any type at distances from the locations of the equipment of registration and signal sources.Seismic-acoustic technology allows you to control the movement and movement of objects of any type at large distances from the locations of registration equipment and signal sources.
This complex system is used for observing and detecting coordinates and types of objects in areas of dangerous phenomena of different origins. The solution to this problem is achieved through the development, use and operation of special substantially modified acoustic and seismic devices, the use of optimal distances between the locations of these devices, the use of an automated software system for the rapid and highly effective calculation of exact positions for a dangerous object, the use of an analog-to-digital converter with enough wide dynamic range.
The main features of the development of such an automated complex system are the use of high-sensitivity acoustic, seismic, or seismic acoustic devices to obtain the necessary useful information for the automated calculation of coordinates of objects of various origin located in hazardous areas, or generate hazardous events. This is achieved through the use of the 24-bit Analogue Digital Conversion (ADC) modern development, modifications of seismic acoustic devices and the corresponding software suite. This allows you to effectively obtain the necessary operational and sufficiently informative results in the form of conditional coordinates of the location of the hazardous object. This object generates common flows of seismic acoustic signals, which are fixed and sequentially processed by this complex..
This development is carried out on the basis of actually invented and constructed, theoretically and practically tested experimental models of seismic detectors. The Institute has the necessary experience of scientific personnel, highly integrated educational science system and modern equipment for research and creation of small-scale automated complex system based on seismic acoustic-electronic sensors.

The tasks facing the partner: cooperation in designing and promotion high-sensitive and highly informative technical means of protection, creation of production capacities by commercial, technical or research agreement.
Advantages and Innovations:
The main advantages are:
- lack of market availability,
- new circuit design solutions of the electronic part,
- specific mathematical support,
- new algorithms of the preliminary digital signal processing of signals from several sensors at the same time,
- use of proven laboratory tests,
- the use of acoustic, seismic or seismic acoustic systems allows to expand the areas of use of these devicesgroups,
- an innovative method of finding the coordinates for the object significantly reduces the duration of the system and simplifies its use in difficult situations,
- competitive prices.
Stage of Development:
Available for demonstration
IPs:
Patent(s) applied for but not yet granted

Partner sought

Type and Role of Partner Sought:
Investors, research organizations with experience in the development of seismic acoustic-electronic sensors.
Areas of partners activity: research of microcontroller system which provides initial analysis of seismic signals of sensors.
The tasks facing the partner: cooperation in designing and promotion high-sensitive and highly informative technical means of protection, creation of production capacities by commercial, technical or research agreement.

Client

Type and Size of Client:
R&D Institution
Already Engaged in Trans-National Cooperation:
No
Languages Spoken:
English
Russian

Keywords

Technology Keywords:
03005004 Acabado relacionado con tecnologías textiles
01001001 Automation, Robotics Control Systems
05004006 Otros procesos