Automatic injecting interface

Abstract

The invention provides an automatic injecting interface. A receiving interface is connected with a receiving platform; an output interface is connected with an output platform; one end of a tapered butt joint of the receiving interface is provided with an opened tapered outward-flared part, and the other end of the tapered butt joint is provided with a guide pipe; the guide pipe is connected with an injection storage device; a receiving interface controller is in communication with a receiving platform computer and controls a sealing switch to drive a seal for sealing the guide pipe so as to seal injection; auxiliary butting devices of the output interface are arranged at the two sides of the head of an output pipe; the head of the output pipe is subjected to spherical treatment and is internally provided with a pressure sensing device; when both the two sides of the head of the output pipe are pressed, accurate butting is achieved, and then an inner layer sleeve driver drives a hollow cylindrical inner layer sleeve inside the output pipe to extend into the receiving interface so as to form stable connection. The automatic injecting interface is simple in information interaction mode, the control accuracy requirement during butting can be lowered, and meanwhile, the automatic injecting interface has a disturbance resisting capability and is capable of automatically injecting fluids between platforms.

Description

technical field [0001] The invention relates to a filling interface. Background technique [0002] With the development of various high and new technologies and the successful development of new equipment, new requirements have been put forward for the autonomous operation capabilities of various types of carrier platforms, the most representative of which is the autonomy of UAVs and on-orbit spacecraft supplies. change. Due to the load limitation of unmanned aerial vehicles, the flight time of the aircraft is short and the flight range is limited. The emergence of refueling technology has greatly improved this inherent weakness. By replenishing fuel, the UAV's long-distance maneuverability has been greatly improved, and its flight radius and empty time have been greatly increased. It is of great significance to realize the autonomous refueling of UAVs to improve the flight capabilities of UAVs. On-orbit spacecraft are severely restricted by the loading capacity of consum...

AI Technical Summary

Problems solved by technology

The filling interface is a simple mechanical connection, the interface does not have information generation and feedback capabilities, and is not connected to the information of the control center, so it cannot realize autonomy

When the interface is connected, no stable connection is formed, the connection stability is low, and the anti-interference ability is weak

For aerial refueling with people in the circuit, the information circuit is long when the person is on the ground, and information security is not easy to guarantee

At the same time, due to the real-time requirements of human monitoring, it is not suitable for remote control, and the application of filling system is limited

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