81results about How to "Easy to integrate and install" patented technology

The invention relates to a multi-parameter measurement probe and a measurement method for on-orbit tiny space debris, belonging to the field of space debris monitoring and measurement, and relates to a method for measuring multiple parameters of size, velocity and mass of on-orbit passive tiny debris, which is used for spacecraft In-orbit space debris measurement payload. The invention includes front and rear thin film sensors, front and rear charge collection electrodes, charge measurement amplifiers and high frequency pulse counters. The front and rear films are plated with metal films, and there are equal-spaced charge collection wires behind the front film and in front of the back film. A negative DC voltage is applied between the collection electrode and the film to collect the charge signals generated by the impact of tiny fragments on the front and rear films. The charges generated by the front and rear films are collected by the collecting electrodes, and amplified into voltage pulse signals by the charge amplifier. The high-frequency pulse counter measures the time difference between the impact signals on the front and rear films to obtain speed and direction information. The energy of the impact debris is obtained from the charge signal, and the mass of the space debris can be obtained by combining the velocity.

The invention relates to a flexible and bendable shape-memory alloy driver. The shape-memory alloy wire is used as a driving element, which shrinks when energized and heated, and elongates when cooled to realize the output of the displacement and force of the driver. The driver is composed of a driving end, a flexible helical sleeve and a fixed end; the shape memory alloy wire is placed inside the bendable helical sleeve, one end of the memory alloy wire is rigidly connected to the output shaft, and the other end is connected to the fixed end cover; The driving end has a built-in bias spring, whose function is to assist the elongation of the memory alloy wire during the cooling process. The driver is small in size, light in weight, simple and reliable in structure, adjustable in output force and displacement, can be bent according to a certain curvature, and is easy to install and integrate with external mechanisms.

The application discloses an outer cabin structure for an underwater vehicle, which includes an outer shell and a hard frame; the overall outer shell is a flat horizontal hexagonal prism structure; the two V-like ends of the horizontal hexagonal prism structure respectively form a bow The outer peripheral surface of the shell is provided with a raised skirt along the horizontal direction; the hard frame is detachably arranged in the middle part of the shell. Through this shell structure design, the rolling stability can be significantly improved under the premise of increasing the lift-to-drag ratio, and the accuracy of data collection can be ensured. Moreover, it also has the advantages of stronger navigation maneuverability, more advantageous lift-to-drag ratio, and a certain recovery force when it is not expected to pitch, which can save propulsion or control energy and increase the cruising range. It can also meet the space requirements of the internal loading as much as possible, and realizes the modular design as a whole, which is convenient for overall dismounting and hoisting, and is convenient for maintenance and replacement. At the same time, the rigid frame can also play a supporting role to strengthen the mechanical strength of the overall structure and resist greater external pressure.