34results about How to "No intertwining" patented technology

The invention relates to textile machinery components, particularly to a yarn guiding device, which comprises an upper fixed plate and a lower fixed plate arranged in parallel, wherein center holes are both formed in the centers of the upper fixed plate and the lower fixed plate; more than three upper edge holes and lower edge holes are formed on the upper fixed plate and the lower fixed plate; a distance from the upper center hole to the upper edge holes on the upper fixed plate is larger than that from the lower center hole to the lower edge holes on the lower fixed plate; and yarn guides are arranged in the upper and lower center holes and the upper and lower edge holes. The yarn guiding device has the advantages that the structure is simple, silk yarns can be threaded conveniently, and compound yarn ballooning check twisting points can be directly formed on silk outlets of thermotropic silk and multistrand sewing threads. The yarn guiding device can precisely cover thermotropic silk quilt covers among the multistrand sewing threads, and therefore, the yarn guiding device solves the technical problems that in the prior art, the thermotropic silk quilt covers can not be covered among the ultistrand sewing threads precisely, the silk outlets can not directly form the compound yarn ballooning check twisting points, assembled structures are complex, the operation is difficult, and raw material and labor force are wasted, so that finished products of the yarns have poor quality.

The electric mosquito net elevating mechanism includes at least two electric elevators and each of the electric elevators includes a motor, a casing, a reel, a piece of elevating rope and a brake to prevent the reel from rotating inversely. The reel is connected to the brake, the the elevating rope has a end connected to the reel and the other end connected to the lower edge of the net via a string of rings. Each electric elevator draws only one elevating rope, and this can prevent twisting of rope and ensure the levelness of the elevated net.

The invention discloses a heating method of a polyethylene fibre bundle. In the process that the polyethylene fibre bundle passes through a heating box, hot gases are blown towards the polyethylene fibre bundle, and the gas inlet direction of the hot gases is same with the advance direction of the polyethylene fibre bundle. Compared with the prior art, the gas inlet direction of the hot gases forheating the polyethylene fibre bundle is parallel to the advance direction of the polyethylene fibre bundle , if a certain breakage occurs during the advance of the polyethylene fibre bundle, the broken polyethylene fibre can be always approximately parallel to the movement direction of the polyethylene fibre bundle under the blowing of the hot gases, a plurality of fiber bundles can not be mutually entwisted during the fiber bundles coexist, thereby being beneficial to the polyethylene fibre bundle entering or exiting the polyethylene fibre bundle outlet of the heating box and the smooth production of the polyethylene fibre bundle. The invention also provides a polyethylene fibre bundle prepared by the heating method of the polyethylene fibre bundle.

The invention belongs to the wire harness terminal making and glue cover penetrating technical field, and specifically provides an automatic wire harness making system mainly comprising a frame, a peeling cutting mechanism, a wire terminal making mechanism, and a glue cover plugging mechanism connected in sequence; pulling clamps and convey clamps allow the wires to be fast conveyed and transferred between the mechanisms; the technical effects are that the automatic wire harness making system saves labor, is convenient for automatic control, and high in production efficiency; finished products are tidily arranged, thus preventing wire mutual winding problems caused by free scattering; in addition, a first and a second video monitoring systems can control the terminal plugging quality in a making process, and a monitoring detection result is more objective, accurate and reliable.

The invention discloses auxiliary cable installation equipment for a power transmission network, relates to the field of engineering machinery, and includes a hoisting device, an adjusting chassis, a branching device, and a caliper device. The motor on the hoisting device drives the small pulley, the belt and the big pulley to drive, and drives the hoisting wheel to rotate to perform the cable take-up and release work. If the circuit fails, it can also be realized by manually turning the handwheel. When the cable is too tight, the oil cylinders on the two symmetrically installed bottom frames drive the two bottom frames to adjust their relative positions around the crank, and the organ damping is used to ensure the stability of the structure. The determination of the left and right positions is realized through the positioning sensor on the branching device. The signal receiver is used to receive the signal. The cable can be divided into four ways and separated from different hooks to avoid entanglement. The cable is locked and released by the caliper on the caliper device, and the oil-pneumatic spring is mainly used to reduce the vibration caused to the equipment when the cable is tight and rebounds.

The invention relates to a carpet loom bobbin creel capable of making yarns inside the carpet loom bobbin creel pass through a yarn guide tube to a yarn guide plate and ensure that the yarns are not twisted and knotted. The carpet loom bobbin creel comprises a carpet loom bobbin creel; yarns are suspended on two sides of each group of bobbin creels in the carpet loom bobbin creel; and the suspended yarns pass through the yarn guide tube to the yarn guide plate respectively. The carpet loom bobbin creel has the advantages of: 1, fundamentally solving the problem that a lot of yarns on the bobbin creel are influenced by respective tension rate in the process of weaving the carpet so as to cause the phenomenon that the yarns are twisted and knotted and cannot be weaved; 2, ensuring the smooth operation of the yarns in the guide tube due to horizontal arrangement and feed between the yarn guide tube and yarn inlet and outlet or due to a design of horizontal arrangement and arc-shaped feed; and 3, novel, unique, simple and practical structure, and unexpected technical effects and economic benefit.

The invention relates to an intelligent control system for a second-stream wire feeder of a ladle refining furnace, characterized in that the control system includes an L2 parameter storage and maintenance module, an L2 data collection module, an L2 wire yield self-learning module, and an L2 wire calculation module , L1‑L2 communication module and L1 PLC control module. This solution automatically calculates the type and length of the wire, and automatically calculates the type and length of the wire according to the initial composition and target composition requirements of the molten steel, avoiding manual calculations. The error makes the control accuracy higher, and does not require manual calculation, reducing the labor intensity of manual work.