MATHEMATICAL MODEL OF OPTICAL-MECHANICAL SYSTEM OF FIBER-OPTIC PRESSURE CONVERTER OF ATTENUATOR-REFLECTIVE TYPE

The article proposes a fiber-optic diagnostic system based on fiber-optic sensors of the tongue pressure on the palate of the attenuator-reflective type for use in therapeutic dentistry in the diagnosis of various abnormalities in the oral cavity caused by congenital cleavages of the upper lip and palate and other accompanying anomalies.

Motor Stall Technical Analysis

The rush lock is due to assembly tightly during assembling three gripper so that it curls after some time assembled in motor and bare motors. The motor happen to have current increasing and cause rotary too slowly is an important technique problem. At last the motor hasn’t worked due to disconnection. It give company to bring assembly issue for customers. So the motor stall is main issue in motor working. We shall pay more attention to it necessarily and shall be strict quality inspection and we shall monitor the flow line for the sake of decreasing it to happen. We shall solve the problem as soon as possible with and communicate with the customer engineers. Unloaded rotation is radical in the base inspection. The engineer need to negotiate with supplying engineers for the qualified material of rushes. Increasing inspection into more times is a method to decrease unqualified rushes. While delivering motors the crash between motors is a no neglect issue. Some experiment method is explained to analyze for customer engineers. Two kinds of motors ie. stepping and asynchronous motor use in future in car is explained to further knowledge to motor’s application,such as . Such as the experiment with torque,voice and electric pressure converter(ie. voltage converter) as reflectors. EMI(Electo magnetic interference) is used to inspect the motor to prevent from radiation of electro magnetic field. The cold solder results the slow rotary.

The Multi-Point Initiation Technology Based on Piezoelectric High-Voltage Converter of an Electronic Security System

The multi-point initiation control technology of electronic security systems uses high-performance and high-pressure transformer, which gains efficient multiple high-pressure slapper ignition energy. Because of its small size, light weight, good high frequency performance characteristics of electronic security systems for the high-voltage transformation circuit, piezoelectric transformer provides a new solution. Firstly, the structure and working principle of electronic security systems based on piezoelectric pressure converter is discussed in this paper. By analyzing the high-voltage converter output circuit of the equivalent load of converter, the frequency characteristics of the charging process for the piezoelectric-driven frequency high-voltage converter is designed in theory. To improve the efficiency of its high-voltage charge, control circuits such as quantum-based control mode design is presented. At last, high-voltage converter of piezoelectric multi-point initiation of electronic security systems technology is given here.