6results about How to "Increase stretch" patented technology

The invention relates to the technical field of nylon film processing, in particular to a transverse stretching device for a nylon film and a method thereof.The transverse stretching device comprises a processing table, shielding frames are fixedly connected to the two sides of the top of the processing table, supporting plates are arranged in the shielding frames, and the supporting plates are fixedly connected to the top of the processing table; a plurality of clamping tools are arranged above the supporting plates; the clamping position of the nylon film is transversely stretched under the action of the movable stretching mechanism, and clamping of the side edge of the nylon film is relieved after stretching is finished, so that in the movable conveying process of the nylon film, the side edge of the nylon film is continuously and transversely stretched through one-way circulating movement of the multiple clamping tools, and the clamping efficiency of the nylon film is improved. Therefore, the stretching efficiency of the nylon film and the automation degree of transverse stretching are improved, and the requirement for human resources is reduced.

This application discloses a spin-coating carbon composition, a semiconductor fabrication method, and a semiconductor device. The spin-coating carbon composition comprises a cyclic phenolic resin. The cyclic phenolic resin used in this invention has the characteristics of small molecular weight, narrow molecular weight distribution, and active crosslinking groups distributed on the resin periphery. The spin-coating carbon composition based on the cyclic phenolic resin of this invention, while maintaining excellent coating performance, can significantly improve the thermal stability, etching resistance, and pattern fidelity of the thin film, providing a new generation of hard mask materials for advanced semiconductor manufacturing.

The utility model discloses a single wave crest dust cover which comprises a first cover body, the top end of the first cover body is fixedly connected with a second cover body, the second cover body is provided with a fixing pipe, a protection mechanism is arranged between the second cover body and the fixing pipe, and the protection mechanism comprises a first wave crest part, a second wave crest part and a third wave crest part. The second wave crest part is located between the first wave crest part and the third wave crest part, the first wave crest part, the second wave crest part and the third wave crest part are arranged in a height progressive mode, and the second wave crest part is connected with the second cover body through the first wave crest part. The first wave crest part, the second wave crest part, the third wave crest part, the first bending groove, the second bending groove and the third bending groove are matched with one another, the first wave crest part, the second wave crest part and the third wave crest part increase the swing angle between the fixing pipe and the second cover body, and the stretching degree of the fixing pipe and the second cover body is increased; limit pulling of the dust cover can be relieved conveniently, and the service life of the dust cover is prolonged.

The invention relates to the technical field of battery production, in particular to fibrosis powder discharging equipment and a fibrosis powder discharging method. The fibrosis powder discharging equipment comprises a press-fit structure and a twisting and cutting mechanism, the press-fit structure can press the fibrosis powder into a fiber material block, and the twisting and cutting mechanism can twist and cut the fiber material block into a fibrosis sheet with the preset thickness and the preset size. The fiberized sheets can be agglomerated together under the action of surface tension of the fiberized sheets and form fiberized particles, and the density of fibers in the fiberized powder is smaller than or equal to the density of fibers in the fiberized sheets and the density of fibers in the fiberized particles; and the stretching degree of the fibers in the fiberized powder is smaller than or equal to the stretching degree of the fibers in the fiberized sheets and the stretching degree of the fibers in the fiberized particles, so that the fiberized powder is rapidly discharged, and meanwhile, the processing quality of subsequent electrode diaphragms is guaranteed.

The tension spring with the stable locking structure comprises a tension spring body, the two ends of the tension spring body are respectively provided with a connecting arm, the two connecting arms and the tension spring body are integrally formed, the two sides of the tension spring body are respectively provided with a connecting hook, one end of each connecting hook is provided with a movable arm, and the other end of each connecting hook is provided with a locking device. According to the tension spring, the distance between the connecting hooks and the tension spring body is shortened through the adjusting mechanism, so that the stretching degree of the tension spring body after installation is improved, and therefore, the tension spring is convenient to use, and the service life of the tension spring is prolonged. The pressure between the connecting hook and the connecting component can be increased, the friction force between the connecting hook and the connecting component is larger, so that the stable locking effect is achieved, meanwhile, the inner side protrusion of the connecting hook is flattened, the contact area between the connecting hook and the connecting component can be larger, and the purpose of improving the stable effect is achieved.

This invention relates to the field of nylon film processing technology, and in particular to a transverse stretching device and method for nylon films. The device includes a processing table, with shielding frames fixedly connected to both sides of the top of the processing table. Each shielding frame contains a support plate, which is fixedly connected to the top of the processing table. Multiple clamping fixtures are positioned above each support plate. This invention uses a moving stretching mechanism to transversely stretch the nylon film at its clamping position, and releases the clamping of the nylon film's sides after stretching. Thus, during the movement and conveying of the nylon film, the unidirectional cyclic movement of multiple clamping fixtures continuously stretches the sides of the nylon film, thereby improving the stretching efficiency and automation of the transverse stretching process, and reducing the need for manpower.