4results about How to "Controllable tension" patented technology

The present invention discloses a weighing and boosting device arranged on an online friction belt conveyor. The method of the present invention comprises: two groups of weighing devices and one group of boosting devices, the boosting device is fixed between the two groups of weighing devices; the weighing device comprises a conveyor belt, rollers, etc., the rollers are placed below the conveyor belt, the bearing plate is placed below the rollers, and the weighing sensor is placed below the bearing plate; the boosting device is composed of an upper crossbeam and two end structures, the upper crossbeam is placed above the conveyor belt, the two end structures are arranged in the same symmetrical manner, and are composed of a support frame, an upper gear, etc., the support frame is provided with horizontal holes and inclined holes, the upper crossbeam passes through the horizontal hole, the upper gear passes through the upper crossbeam, one end of the long round tube passes through the inclined hole, and the other end contacts the side of the conveyor belt, the sleeve passes through the long round tube, the lower gear meshes with the upper gear, the spring is sleeved on the long round tube, one end contacts the sleeve, and the other end of the spring contacts the raised baffle of the long round tube. The present invention can realize controllable tension of the conveyor belt, has low cost, and is easy to maintain.

The invention belongs to the technical field of textile printing and dyeing, and particularly relates to continuous washing-dyeing equipment and method based on a satellite type rolling device. The dyeing equipment comprises a first cloth sending device, a satellite type rolling device, a first cloth collecting device, a washing device and a drying, color fixing and shaping device; the satellite type rolling device comprises a first roller, at least one dry-wet mixed rolling roller and a dye liquor roller, and further comprises at least one homogenizing roller or / and squeezing roller; the plurality of rollers are sequentially arranged around the first roller in a satellite shape; the guide roller assemblies are arranged at the input end and the output end of the satellite type pressing and rolling device and used for guiding the cloth to flow in the dyeing equipment; according to the invention, the amount of liquid carried by the cloth before the dye liquor is applied is lower, the permeability and uniformity of the dye liquor are better, the plurality of rollers are distributed on the outer circle of the first roller, the equipment is less, and the tension is easier to control.

The utility model discloses a kind of rotary cutting mechanisms for office paper processing, including cabinet, cutting assembly, paper guide assembly, paper winding assembly, the paper winding assembly is arranged in the inside of cabinet, the paper guide assembly is fixedly connected in the inner wall of cabinet above the paper winding assembly, paper guide assembly side cabinet is opened in the inside and is provided with paper cutting cavity, cutting assembly is provided in the paper cutting cavity, the outer wall of cabinet is opened in the paper cutting cavity side and is provided with paper taking mouth, the lower end of paper taking mouth is rotatably connected with flap, the inside surface of flap is opened with inlay groove, the inlay groove is rotatably connected with paper stop board. The utility model aims at providing a kind of rotary cutting mechanisms, which is high in cutting efficiency, low in labor cost and easy to operate.

The invention provides an oblique winding method for a diffusion section. The oblique winding method comprises the following steps: preparing carbon fiber cloth or glass fiber cloth into prepreg cloth; according to the size required by the product, the oblique winding process of the product is simulated, the width and profile of the cloth belt in the winding process are calculated, and the length, width and curved surface deformation parameters of the cloth belt are confirmed as required; the prepreg cloth is cut and spliced according to the length, the width and the curved surface deformation of a designed cloth belt; winding the prepreg tape in a special winding device according to the shape characteristics of the prepreg tape to obtain a prepreg tape reel; the prepared prepreg tape reel is put into an oblique winding device to be obliquely wound on the surface of the corresponding core mold; and the installed prepreg tape chuck penetrates through a tension control device special for oblique winding, and winding is conducted on the fixed core mold through a pressing roller. The problems that oblique winding tension of the diffusion section is not evenly applied, cloth tape winding is not compact, and the number of wrinkles of the diffusion section is large are solved.