초록 ▼

Automatic feeding blind rivet guns and method facilitating rapid installation of blind rivets with good freedom of movement of the operator. The blind rivet guns receive a carrier holding a substantial plurality of blind rivets in close side by side proximity and automatically sequentially loads and

Automatic feeding blind rivet guns and method facilitating rapid installation of blind rivets with good freedom of movement of the operator. The blind rivet guns receive a carrier holding a substantial plurality of blind rivets in close side by side proximity and automatically sequentially loads and sets the blind rivets in response to operator control. The blind rivets are preferably supplied on an inexpensive disposable plastic carrier ready for use with the rivet installation gun. The installation gun itself is pneumatically powered, though other sources of power, such as electrical power, could be used.

대표청구항 ▼

Automatic feeding blind rivet guns and method facilitating rapid installation of blind rivets with good freedom of movement of the operator. The blind rivet guns receive a carrier holding a substantial plurality of blind rivets in close side by side proximity and automatically sequentially loads and

Automatic feeding blind rivet guns and method facilitating rapid installation of blind rivets with good freedom of movement of the operator. The blind rivet guns receive a carrier holding a substantial plurality of blind rivets in close side by side proximity and automatically sequentially loads and sets the blind rivets in response to operator control. The blind rivets are preferably supplied on an inexpensive disposable plastic carrier ready for use with the rivet installation gun. The installation gun itself is pneumatically powered, though other sources of power, such as electrical power, could be used. coupled to the upper cross member, the upper control device configured to alter elastic deformation along a vertical axis of the upper cross member; and a lower control device coupled to the lower cross member, the lower control device configured to alter elastic deformation along a vertical axis of the lower cross member. 2. The pressing-bending machine of claim 1, wherein the upper control device includes a hydraulic jack configured to interact with the upper cross member in response to bending detected by the upper detection device. 3. The pressing-bending machine of claim 1, wherein the lower control device includes a hydraulic jack configured to interact with the lower cross member in response to bending detected by the lower detection device. 4. The pressing-bending machine of claim 1, wherein the upper control device includes a hydraulic jack configured to interact with the upper cross member in response to bending detected by the upper detection device, and wherein the lower control device includes a hydraulic jack configured to interact with the lower cross member in response to bending detected by the lower detection device.