2results about How to "Avoid corners" patented technology

This utility model relates to the field of packaging line technology, and more particularly to a packaging line for protecting fragile products. The technical solution includes a conveyor and a base disposed at the outlet end of the conveyor. Carding plates are fixedly disposed on both sides of the base, and a fixing plate is fixedly disposed on the upper surface of the carding plates. A base plate is interlocked between the carding plates. An mounting groove is formed in the fixing plate, and a fixing rod is fixedly disposed inside the mounting groove. An adjusting component for cushioning the product is movably sleeved on the outer wall of the fixing rod. This utility model allows the product to slide down slowly by adjusting the inclination of the base plate, thereby avoiding breakage or chipping of the dough due to excessive impact, reducing the product defect rate, and ensuring that frozen dough slides down at an appropriate speed, thus protecting the integrity of the dough.

The invention provides a positioning bending mechanism with a scale and a segmented bending device for a spine orthopedic rod, belongs to the technical field of surgical medical instruments, is used for pre-bending the spine orthopedic rod before an operation, and comprises a base component, a fixed clamping component, a sliding clamping component, a positioning carriage component and a rotary cylinder component, according to the core working principle, the longitudinal position of a bending point is determined through a linear sliding rail and a side ruler of the linear sliding rail, a bending plane is set through an angle adjusting ruler of a rotating cylinder assembly, and the bending displacement amount is preset and monitored in real time through a displacement measuring instrument installed on an adjusting rotating cylinder; during operation, the bending bolt is screwed to push the bending clamping seat to apply pressure to the orthopedic rod until the deformation of the orthopedic rod reaches a preset value; according to the device, preoperative three-dimensional planning is converted into quantifiable operation in three dimensions of linearity, angle and displacement, closed-loop control from measurement positioning to accurate bending is achieved, and the accuracy, efficiency and repeatability of orthopedic rod forming are remarkably improved.