Needle-free injection system

A needle-free injection system, comprising:

• a pressure accumulator, comprising an output portion and a power controller, said output portion is arranged at one end of said pressure accumulator, said power controller can control a power source to leave said pressure accumulator from said output portion;
• an output pipe, the two ends of said output pipe are respectively a connection port and an ejection port, an accommodating space is formed between said connection port and said ejection port, said connection port is connected to said output portion of said pressure accumulator, the outer surface of said output pipe is provided with a charging hole that can communicate with said accommodating space, and a dividing unit is arranged in said accommodating space;
• a delivery device, located at the top side of said pressure accumulator, has a driving device, a material storage member and a material delivery pipe, said material delivery pipe is arranged at the front end of the material storage member and communicated with said charging hole of said output pipe, said material storage member is used for placing a proliferating agent or a delivery material, said driving device can move forward and backward, thereby pushes said proliferating agent or said delivery material in said material storage member through said material delivery pipe and said charging hole into said accommodation space;
• a shooting button, connected to said power controller of said pressure accumulator;
• and
• a control panel, has a display and at least one control key, said control panel is electrically connected to the delivery device.

A needle-free injection system, comprising:

• a pressure accumulator, one end of which is provided with an output portion;
• an output pipe, the two ends of which are respectively a connection port and an ejection port, an accommodating space is formed between said connection port and said ejection port, said connection port is connected to said output portion of said pressure accumulator, and the outer surface of said output pipe is provided with a charging hole that can be connected to said accommodating space;
• a shooting button, which is connected to said pressure accumulator to control a high-pressure gas entering or leaving said pressure accumulator;
• a delivery device, comprising a material storage member and a material delivery pipe, said material storage member is used for storing a delivery material, said material delivery pipe is connected to said charging hole of said output pipe;
• and
• a control panel, fixed on the outer surface of said pressure accumulator or said output pipe, said control panel has a display and at least one control key, said control panel is electrically connected to said delivery device.