92results about How to "Operational science" patented technology

The invention discloses a dyeing rack for tatting yarn, zippers, ropes, ribbons and loose fibers of loading needles of a dyeing machine. The dyeing rack for tatting the yarn, the zippers, the ropes, the ribbons and the loose fibers of the loading needles of the dyeing machine comprises a yarn plate, a suspender and a yarn rod. The upper surface of the yarn plate is in a disc shape. The lower end of the yarn plate is in a cavity structure. A center seat of the dyeing machine is connected with the bottom of the lower end of the yarn plate. A yarn plate water outlet, a yarn plate water return hole and a suspender hole seat are formed in the upper surface of the yarn plate. The suspender hole seat is arranged at the center of the yarn plate. A suspender is fixedly installed in the suspender hole seat. The bottom of the yarn rod is fixed on the yarn plate water outlet of the upper surface of the yarn plate. The yarn rod is in a solid structure or a hollow structure. A gap is reserved between a to-be-dyed object and the yarn rod. Dye liquor flows out of the yarn plate water outlet hole of the bottom of the yarn rod and fills the gap to form a hollow water column. The dye liquor permeates the to-be-dyed object through flowing of the hollow water column. The dye liquor permeated from the to-be-dyed object flows into the yarn plate water return hole. A bolt at the upper end of the yarn rod is provided with a gravity tapered end. The dyeing rack for tatting the yarn, the zippers, the ropes, the ribbons and the loose fibers of the loading needles of the dyeing machine is simple in structure, capable of reducing consumption of dye, auxiliaries, energy sources and water resources, and capable of improving dyeing efficiency.

The invention relates to a vertical kelp seedling clamping machine. The design of the vertical structure is more reasonable, which effectively avoids or reduces the incidence of seedling shedding and injury; it is powered by a pneumatic device, and the claws controlled by the compression cylinder and the compression rod work together to realize the loosening of the seedling rope. In order to manually insert seedlings; the pressing cylinder cooperates with the walking cylinder to complete the descending of the seedling rope, thereby realizing continuous operation in a cycle. The transmission device that moves intermittently with the seedling rope realizes the timely delivery of the seedling rope after the seedlings are clamped, avoids damage to the kelp seedlings, and reduces unnecessary losses. Compared with the prior art, the present invention has high efficiency, safety, reliable performance, scientific design and strong practicability, and will have a broad market space in today's kelp breeding industry in the ascendant.