In this work, possible options for constructing optical systems for analysing the dynamic signals of objects characteristic of the conditions of material processing are proposed. A feature of such systems is the use for automated process equipment. Thus, the use of analysers based on acousto-optical processes, as well as on the basis of fiber Bragg elements, has been proposed. The paper presents the main analytical dependencies for determining the current state of the object. Also, graphical dependences of the experimental results of the study using an acousto-optic system are shown, which show possible changes in the state of objects as a result of their operation.
This work is the result of research and modeling of a set of forces that create the movement of the object with acceleration in a certain direction. The proposed analytical dependences determine the values of the coordinates of spatial locations of technological object, for example, when machining or in the medical diagnosis of pathological formations. An analytical model of maintaining stable spatial coordinates of the object, taking into account the peculiarities of the object's motion, is presented. Further research on the creation of analytical dependences that take into account the influence of external forces on the stability of the object’s spatial coordinates is proposed. This will increase the accuracy of determining the location of the object, which is very important in determining the positioning of the workpiece in the processing of parts, and in determining the spatial coordinates of pathology in the mass of a living organism.
The known methods for defining the parameters of interaction between different abstract objects, as technological or biological origin, do not reflect the full influence of environmental factors. This leads to errors in the measurement of the mechanical and physical properties of the quality of the manufacture of precision parts, as well as to errors in the diagnostics of the fluid state of objects. This article discusses the method of determining the interaction of objects on the basis of determining the processes that affect the creation of a zone of the presence of objects, that is, the abstract object always has spatial-temporal properties, that is, it notifies about its presence, as well as features of the life of the mass of object within its Pandan zone. The assumption is made that the Pandan zone is a force factor in a limited space, to determine the influence of factors of the environment.
KEYWORDS: Sensors, Active sensors, Prisms, Transition metals, Aerospace engineering, Electronics, Information technology, Scientific research, Mathematical modeling, Control systems
The concept of active background plane touching of two abstract objects is considered in the paper. The model of active plane touches on the principles of real and imaginary surfaces is offered. Geometry of active plane sensors at the touches of the technological objects, and theoretical density of elementary detector elements at the location on a common plane of technological object are shown. Using the model of the active zone, the concept of zone accuracy is offered. In the followed scientific of research direction, you should consider of the overall situation, which a sensor is create at the time by touch of the two surfaces of technological objects
There are a number of problems in the manufacture of precision instruments related to the accuracy of the size of details, which affects the quality of the product. Therefore, it is necessary to take into account those distortions of the geometry of the element of details, which are machining, for example, on CNC machines. At work the main possible variants of deviation from geometric sizes, which lead to loss of accuracy of the detail are considered
The paper contains the results of the research carried out to create new approaches to ensure the high accuracy of the precision detail’s manufacture, which will accurately determine the distance of the tool to the workpieces, which greatly affects the accuracy of the detail’s manufacture by the automated production. Purpose of the work was to create the principles of the operation of a two-parameter measuring probe for the control system of the workpiece’s setting relatively to the instrument. On based of the processing system of the informative parameters of complex electromagnetic fields (in particular, the optical range), which prevents the destruction of process equipment in the detail’s manufacture for precision devices. Consequently, the principles of construction of two-parameter electromagnetic systems of control and measurement of space-time coordinates of technological objects location in the workspace of the machine are proposed. The proposed action of the probe for the information-measuring system of contact provides an increase in the accuracy of the metalworking process during the manufacture of precision details of devices, which is especially important in the processing of metals on CNC machines.
The paper deals with important issues of diagnosis early signs of diseases of the nervous system, including Parkinson's disease and other specific diseases. Small quantities of violation trajectory of spatial movement of the extremities of human disease at the primary level as the most appropriate features are studied. In modern medical practice is very actual the control the emergence of diseases of the nervous system, including Parkinson's disease. In work a model limbs with six rotational kinematic pairs for diagnosis of early signs of diseases of the nervous system is considered. subject.
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