The utility model relates to a hip and
knee joint cavity
perfusion drainage device. The device comprises a
drug delivery mechanism and a suction mechanism which are arranged
in vitro; the
drug feeding mechanism is connected with a
drug injection header
pipe, the suction mechanism is connected with a drainage header
pipe, and the
drug injection header
pipe and the drainage header pipe enter a
human body through a
skin incision; the
medicine injection header pipe is arranged in a forked mode after entering a
human body to form
medicine injection
branch pipes used for being placed in a hip
joint cavity or a
knee joint cavity, and
medicine injection holes are evenly distributed in the medicine injection
branch pipes. The main drainage pipe is arranged in a forked mode after entering the body, and a suction
branch pipe used for being placed in a hip
joint cavity or a
knee joint cavity is formed. According to the utility model, a self-made simple medicine injection drainage tube commonly used in clinic at present can be replaced, so that the local part of an
articular cavity is continuously, stably and uniformly dosed, the optimal effect of locally applying
antibiotics is achieved, and the stable high-concentration state of the
antibiotics is maintained. Meanwhile,
skin incisions can be reduced, and the risks of
incision infection and reverse infection are avoided.