Quick-Release Mount With Toggle Clamping for Shooting Devices

The connecting member is divided into distinct components: a connecting cover with an inserting portion and a mounting seat with a clamping mechanism. This segmentation allows the locking function to be achieved through a simpler clamping action rather than a complex threaded engagement, enabling quick assembly and disassembly while reducing overall structural complexity.

Instead of using a traditional screw-based closing mechanism that requires rotational movement and threading, the invention inverts the approach by using a clamping mechanism that applies direct radial force through the toggle wrench. This inversion transforms the assembly process from a multi-step rotational closing to a single-step clamping action, dramatically simplifying the operation.

The anti-loosening function is merged into the clamping mechanism itself. The toggle wrench, when activated, not only performs the locking function but also inherently prevents loosening through its mechanical geometry. The C-shaped clamping sleeve with its elastic deformation provides both the locking force and the anti-slewing capability in a single integrated mechanism, eliminating the need for separate anti-loosening components.

The clamping mechanism is designed to be self-locking through the toggle wrench mechanism. Once the toggle wrench is activated to clamp the inserting portion, the mechanical advantage of the toggle mechanism automatically maintains the clamping force without requiring additional anti-slewing components. The elastic C-shaped clamping sleeve provides continuous radial pressure that prevents loosening, making the system self-sufficient for preventing sleeve loosening.

The clamping mechanism transitions from a static threaded connection to a dynamic toggle-based system. The toggle wrench can be quickly activated to engage the clamping sleeve, and just as quickly deactivated to release it. This dynamic mechanism allows the connection to be securely established and released in seconds, dramatically improving assembly and disassembly speed while maintaining connection security through the elastic clamping force.

The invention changes the fundamental parameter of connection establishment from rotational movement (screwing) to linear radial movement (clamping). By changing the motion parameter from rotational to radial clamping, the assembly process becomes much faster while the elastic deformation of the C-shaped clamping sleeve ensures secure connection. The toggle mechanism amplifies the applied force to achieve reliable clamping with minimal user effort.