2results about How to "Cause deformation" patented technology

The utility model provides a new energy battery box thin wall spare processing frock, including four axle bottom plate, four axle bottom plate is equipped with a plurality of positioning slot, a plurality of bridge pier mounting hole, a plurality of installation slot, positioning block, a plurality of positioning block installation fixed in positioning slot is used for with the bottom plate recess of battery box cooperation positioning, bridge pier, a plurality of bridge pier mounting fixed on bridge pier mounting hole, pressboard, install on bridge pier, be used for cooperation bridge pier vertical direction fixed battery box, side edge fixing device, install on installation slot, be used for horizontal direction fixed battery box, the utility model strengthens universality, is applicable to different size's battery box blank, prevents the phenomenon of vibration sword in processing, and the reinforcing device also is equipped with the adjustment function to adapt the error of blank, reduce battery box clamping frequency, improve processing efficiency, increase the limiting device, even if the worker locks the force excessively also can not cause the product deformation to the additional pressure of product, guarantees its processing accuracy.

This utility model relates to the field of aluminum tube processing technology and discloses a deburring device for aluminum tube processing, including a base. The top of the base is provided with a fixing component and a protective component. The fixing component includes a fixing block, a rack, a transmission component, and a clamping plate. The protective component includes a T-shaped plate. In this deburring device for aluminum tube processing, when the aluminum tube is clamped, continuously rotating the knob moves the clamping plate closer to the rack, simultaneously driving the T-shaped plate one to move closer to the T-shaped plate two. The connecting rod flips, and through the slider and connecting rod, the surface of the rubber pad comes into contact with the surface of the fixing block. The friction force limits the T-shaped plate two, preventing it from continuing to move with the rack and preventing the clamping plate from continuing to clamp the aluminum tube. This avoids excessive clamping force caused by not stopping the knob rotation in time, which could deform the aluminum tube. Reversing the knob causes the connecting rod to drive the rubber pad to flip, without affecting the normal reset of the rack.