Antiknock valve with both sides resisting shock wave and valve body thereof

A bionic tortoise shell valve body group for antiknocking comprising:

• a first valve body and a second valve body;
• wherein the first valve body comprises a first frame body and the second valve body comprises a second frame body;
• two supporters which are intersected are symmetrically provided in the first frame body and the second frame body;
• openings are provided with intervals on the two supporters;
• the openings on the two supporters which are intersected are symmetrically provided;
• wherein a first portion where the two supporters are intersected is a spine;
• and a second portion of the two supporters on two sides of the spine is a framework;
• the frame body and the two supporters which are intersected are an integrated body;
• the two valves are provided one above another, front faces of the two supporters are opposite each other and connected with an up side face of the first frame body and an up side face of the second frame body;
• the first valve body and the second valve body are matched and fixed with each other.

A bionic tortoise shell small valve core array antiknock valve, comprising:

• valve cores and two valve bodies;
• wherein each of the two valve bodies comprises a frame body;
• two supporters which are intersected are symmetrically provided in each of the frame body;
• openings are provided with intervals on the supporters;
• an intersected portion of the supporters is a spine;
• the frame body and the two supporters which are intersected are an integrated body;
• wherein the valve cores are provided above the openings of the supporter;
• the two valve bodies are matched and fixed;
• wherein front faces of the supporters of the two valve bodies are opposite and connected with the up side face of the frame bodies;
• a first end of the valve core is rotatably connected and mounted with the spine, a windward face of the valve core is provided in a middle portion of the valve cavity by springs fixed on frame bodies.

A method for enhancing a response rate of a valve core of an antiknock valve, comprising:

• providing two valve bodies which are oppositely provided and fixedly connected and a plurality of valve cores;
• wherein the valve bodies comprises frame bodies;
• two supporters which are symmetrically provided in the frame bodies;
• the frame body and the two supporters which are intersected are an integrated body;
• openings are provide with intervals on the supporters;
• the two valve bodies are matched and fixed, wherein front faces of the supporters of the two valve bodies are opposite and connected with the up side face of the frame bodies;
• the valve cores are provide on an up portion of the openings on a front face of the two supporters;
• the valve cores are provided in a middle portion of the valve cavity by springs on a base;
• rotatably connecting a first end of the valve core with an intersected portion of the supporters;
• wherein the valve core is capable of rotating around a connecting portion of an intersected portion.