2results about How to "Efficient and convenient production" patented technology

This utility model discloses a blade base, including a base and an upper part. The base includes a base body with grooves for accommodating the rods at both ends of the blade. The upper part includes an upper body with limiting parts that cooperate with the grooves to limit the rods. The base and upper part are fitted with snap fasteners. The blade base of this utility model is made of aluminum alloy and features a flanged composite copper sleeve, which enhances hardness, wear resistance, and lubrication, making the blade operation smoother and more durable. Furthermore, the U-shaped groove in the base can block the left, right, and downward forces of the rods, while the upper part, in conjunction with the groove, can block the upward forces of the rods, ensuring overall stability and limiting of the rods. Simultaneously, the blade base structure eliminates the need for grooving, making production convenient and efficient.

This utility model relates to the field of low-carbon silicon-manganese ingot mold technology, and provides a low-carbon silicon-manganese ingot mold structure, including: a mold body; a cooling box fixedly sleeved on the mold body; a support fixedly installed at the bottom of the cooling box; multiple pillars fixedly installed at the bottom of the support; a water tank fixedly installed at the bottom of the multiple pillars; a circulating cooling mechanism installed on the water tank, the circulating cooling mechanism being used to circulate and cool the mold body; and an auxiliary demolding mechanism installed on the inner wall of the support, the auxiliary demolding mechanism being used to demold the low-carbon silicon-manganese ingot after it has cooled and solidified in the mold body. The low-carbon silicon-manganese ingot mold structure provided by this solution can not only cool and solidify the low-carbon silicon-manganese ingot, but also has an auxiliary demolding function and an auxiliary cooling function, resulting in high efficiency in cooling and solidification.