Key task: Objective non-destructive testing ofremote, high-riseand/or extendedfacilities/structures/ sections ofinfrastructure in hard-to-reach and/ordangerous for humanconditions

Description: HW&SW defectoscopy complex is controlled by neuro-network SW and canbe placed on variousplatforms:

• Customer equipment,
• A devicedesigned forthecustomer'sneeds (fullyautomatic orcontrolled bya person).

Purpose:

• It ensures awide range ofdiagnosticproceduresfor a specificcustomerrequirements specification;
• It provides real-time processing of survey data, on board storage or data transfer to the operator.

Application field:

• Production and transportation of gaz\oil,
• Engineering services,
• Complex engineering structures,
• Oversize process equipment,
• Underwater work,
• Electrical energy industry,
• Transport,
• Building & construction,
• Safety.

Visualization of results of electric network inspection

Техническое зрение / Поиск изменений в расположении объектов

NVS 3D modelling

NVS 3D modelling

Key task: objective instant contactless assessment of current psycho-emotional state of a person with the necessary visualisation of the result.

Description: HW&SW complex real-time evaluating the current psycho-emotional state of people at a speed of up to 90 persons per minute in a contactless modein a moving stream of people up to 90 persons per minute and is able to identify persons in dangerous states (when a person can be dangerous for other, himself and/or socially significant processes/technologies).

SOKOL – technology demonstrator

KTZ-VF for operators actions monitoring – technology demonstrator

KTZ-VF medical preparations and medications logistic monitoring and accounting

High-performance, energy-efficient hydraulic drives and mechanic means based on the hydraulic drives under the control of intelligent SW and HW complex.

• Robotic pilot support system for landing a helicopter in difficult weather conditions on an unstable surface (for example, the deck of a ship);
• Systems for cargo or car body stabilization;
• Robotic manipulators of varying complexity for various tasks of the customer
• Precise highly energy-equipped mechanization (incl. small)

Hydraulics robot

Hydraulics compa

KAMAZ original

KAMAZ by NR

Needs: effective rehabilitation and recovery of health after spinal and cerebral injuries. Worldwide, it is very common as a result of military duties, sports and at the production site, injuries and diseases that are associated with damage to the musculoskeletal system or to impaired normal motor skills. The timing and effectiveness of recovery from such injuries depend on effective high-tech medical rehabilitation.

Problems: a huge number of people need rehabilitation therapy after spinal injuries of various origins; deficiency, limited functionality and, at the same time, very high cost of rehabilitation equipment; long recovery time, if recovery procedures do not begin immediately after injury or surgery and there is no possibility to regularly use special equipment; significant distraction of highly skilled specialists for routine rehabilitation procedures.

Tasks: to develop an original SW&HW intelligent automatic control complex for autonomus robotic systems (IACC ARS) which ensures, in a short time and with very high efficiency, to recover the function of normal walking and/or motor skills of the upper limbs after serious spinal and/or neuro-cerebral injuries of various origins; to develop a line of intelligent portable simulators-assistants to recover normal motility of the feet and hands; Capabilities: NEYRO Robotiсs laboratory in collaboration with partners has achieved impressive practical results in this area. We have created an original SW&HW intelligent automatic control complex for autonomus robotic systems (IACC ARS). IACC ARS makes possible the development of a wide range of intelligent robotic systems of various functionalities.

We can offer:
a. Considering high-performance, high-precision of IACC ARS and original reliable drives, we are ready to offer a unique development for the rehabilitation of people with problems of the musculoskeletal system. We have a working robot-assistant model for spinal rehabilitation, starting from the earliest stages of recovery.
b. We have working models of compact simulators for rehabilitation and training of hands (it is planned to develop a simulator for feet training);
c. Based on IACC ARS, in a short time it is possible to create chassis of a mobile assistant for the independent movement of persons with mobility restrictions within the domestic space.
d. It's possible in a short time (with the methodological support of experts in the field of healthcare organization) to evaluate the practical feasibility of using robotics in technical support of healthcare institutions (cleaning, internal logistics, security):

• Reduce the proportion of handwork for cleaning the territories and premises
• Production and warehouse logistics, incl. introduction of monitoring systems for picking of goods and materials;
• Implementation of high efficiency systems of access monitoring and control to secure premises/areas.

e. In a short time a multipoint rehabilitation complex can be built at the given medical facility under the supervision and with the scientific and methodological support of Russian specialists in the field of spinal rehabilitation.

This is similar to a gym consisting of several simultaneous robots under the control of IACC ARS, which ensures to perform simultaneously the widest range of rehabilitation procedures and techniques for hundreds of patients without increasing the number of medical staff.

The line of introduced intelligent means of rehabilitation can become exclusively competitive products.

We are open to constructive dialogue.

Medicine of the neural connections Restoration

Medicine of the neural connections Restoration