4results about How to "Optimization direction" patented technology

The utility model discloses a length adjustable's silk guide ware for textile production, including support mechanism and silk guide mechanism, the support mechanism is by fixed carrier plate, and the board of lifting and electric push rod are composed, the board of lifting, and the number of electric push rod all are equipped with two, two the board of lifting and two electric push rod are fixedly connected respectively in fixed carrier plate both ends, and two electric push rod are set up respectively in two the board of lifting top. The utility model discloses through the telescopic drive of electric push rod, can conveniently adjust the interval length between silk guide mechanism and textile lathe, and this function makes silk guide ware can adapt to different model's textile lathe and production line layout, has improved the versatility and flexibility of equipment, in actual production, according to the tension and form requirement of fibre, adjusts interval length in time, can optimize the trend of fibre, reduces the knot or wear phenomenon to improve product quality and production efficiency.

This utility model relates to the field of tunnel kiln technology and discloses a tunnel kiln cooling device, including a tunnel kiln cooling body, a cooling assembly on the tunnel kiln cooling body, and an air outlet assembly on the cooling assembly. This tunnel kiln cooling device, by setting an air guide column inside the air outlet nozzle, with multiple evenly distributed air inlets and spiral-shaped guide grooves on the air guide column, allows the airflow blown by the quenching fan to be evenly dispersed through the air inlets after entering the air outlet nozzle. Guided by the spiral guide grooves, the airflow forms a stable rotating flow state, which is beneficial for optimizing the airflow direction. Simultaneously, the multiple evenly distributed air outlet vertical pipes and air outlet nozzles allow cooling air to be blown out simultaneously from multiple directions and positions, forming a uniform cooling airflow field. This allows the cooling airflow to better act on the surface of the object, improving the uniformity of cooling.

The utility model provides a negative oxygen ion potting base integrated device, which belongs to the technical field of integrated devices and comprises an annular base, a negative oxygen ion potting base integrated device, a negative oxygen ion potting base integrated device and a negative oxygen ion potting base integrated device, the top of the annular base is provided with a step-shaped mounting cavity, the bottom of the annular base is provided with anti-skidding supporting legs, and the mounting cavity comprises an upper-layer flow guide chamber and a lower-layer fixing chamber; the negative ion generation unit is fixedly mounted in the lower-layer fixed chamber and comprises a boosting module, a spray point group and an isolation cover; the airflow guide assembly is detachably connected to the upper-layer flow guide chamber through a buckle, and a spiral flow guide plate is arranged on the inner wall of the airflow guide assembly; the composite breathable panel is embedded in the top of the base and comprises an upper inclined through hole layer and a lower flow guide convex layer; the adjustable installation frame is hinged to the back face of the base and comprises a telescopic supporting rod and a fixing base plate, the spiral flow guide plate is an involute-shaped curved-surface blade, the defects that a traditional potted plant base integration device is single in function and inconvenient to install are overcome, and multifunctional integration and performance optimization are achieved.