O型排水溝模具尺寸主體部分的連接部位是指折彎?rùn)C(jī)構(gòu)與皮帶、皮帶輪之間的部位，由短軸，滾珠軸承底座以及法蘭組成。上述彈簧模具組成：彈簧模具分為前后兩個(gè)部分，前面部分：上述樹(shù)脂棒與彈簧模具側(cè)板連接，通過(guò)第一折彎?rùn)C(jī)構(gòu)轉(zhuǎn)動(dòng)可以折出圓角第一道彎；浮動(dòng)墊板通過(guò)銷(xiāo)連接在彈簧模具側(cè)板上，在折彎過(guò)程中，銷(xiāo)可以在圓弧形槽中自由滑動(dòng)，前翻板底板和前翻板墊板通過(guò)擠壓浮動(dòng)墊板，浮動(dòng)墊板下降，同時(shí)配合模具前調(diào)整板作用，折出第二道彎，彈簧連接在彈簧模具側(cè)板上，當(dāng)折彎過(guò)程完成后，彈簧會(huì)拉動(dòng)浮動(dòng)墊板回到初始位置；模具前調(diào)整板通過(guò)螺釘固定在彈簧模具側(cè)板上，當(dāng)材料相同，厚度不同時(shí)，變形回彈量也會(huì)存在差異O型排水溝模具可以通過(guò)調(diào)整螺釘在弧形的槽中的固定的位置，O型排水溝模具尺寸從而使即使是不同的回彈量，也能使其達(dá)到折彎的要求。這樣可以保證在同一臺(tái)折彎?rùn)C(jī)上，不同厚度的材料的即使發(fā)生不同的變形回彈也在要求范圍內(nèi)。后面部分：模具后板通過(guò)螺釘固定在模具側(cè)板上，通過(guò)第二折彎?rùn)C(jī)構(gòu)折出第三道彎。距離式傳感器連接在彈簧模具側(cè)板上，當(dāng)折彎達(dá)到要求后，距離式傳感器發(fā)出信號(hào)，即電機(jī)停止，停止繼續(xù)折彎。上述模具頂板與主體部分的立柱支架連接，相當(dāng)于起到了導(dǎo)軌的作用，彈簧模具在氣缸作用下，在立柱的豎直方向范圍內(nèi)進(jìn)行上下滑動(dòng)。立柱上裝有光電感應(yīng)開(kāi)關(guān)，當(dāng)翻板返回到初始位置時(shí)，光電感應(yīng)開(kāi)關(guān)發(fā)出信號(hào)，

The connection part of the main part of the size of the O-type drainage ditch mold refers to the part between the bending mechanism, the belt and the pulley, which is composed of the short shaft, the ball bearing base and the flange. The spring mold is composed of two parts: the front part and the back part. The resin bar is connected with the side plate of the spring mold, and the first bend of the fillet can be made by the rotation of the first bending mechanism. The floating base plate is connected with the side plate of the spring mold through the pin. During the bending process, the pin can slide freely in the arc-shaped groove, and the bottom plate of the front flap and the base plate of the front flap can be squeezed Press the floating cushion plate, the floating pad decreases, and at the same time, with the action of the adjusting board of the mould, second curves are broken, and the spring is connected to the side plate of the spring mould. When the bending process is completed, the spring will pull the floating backing plate back to the initial position. The adjusting board of the die is fixed on the side plate of the spring mould by screws. When the material is the same and the thickness is different, the deformation resilience will also be different, O. The drainage ditch mold can adjust the fixed position of the screw in the arc-shaped groove, and the size of the O-type drainage ditch mold can make it meet the bending requirements even with different rebound amount. This can ensure that in the same bending machine, the springback of materials with different thickness is within the required range even if different deformation occurs. Back part: the back plate of the die is fixed on the die side plate by screws, and the third bend is folded out by the second bending mechanism. The distance sensor is connected to the side plate of the spring mold. When the bending meets the requirements, the distance sensor sends a signal, that is, the motor stops and stops bending. The top plate of the mold is connected with the column support of the main part, which is equivalent to playing the role of a guide rail. Under the action of the air cylinder, the spring mold slides up and down within the vertical direction of the column. The column is equipped with a photoelectric induction switch. When the flap returns to the initial position, the photoelectric induction switch sends out a signal,