5results about How to "Overcome difficult production" patented technology

The present invention relates to the field of manufacturing equipment for steel wire rope slings, and in particular to a mechanized production equipment for heavy-duty jointless steel wire rope loops, wherein the main rotating frame holds a rope strand storage reel and performs a threading and winding action along the normal line of the center of the rope bundle cross section as the axis, the rope strand storage reel is arranged in a bracket, the bracket has two front and rear shaft heads whose axes are colinear and connected to the main rotating frame, the bracket can actively rotate along the axis of the shaft head with reference to the main rotating frame, the rope bundle is dragged out from the through area in the middle of the main rotating frame by a towing mechanism so that the rope loop moves along an annular path, while the main rotating frame body and the bracket rotate actively, and these three movements are superimposed to complete the process action required for winding and weaving the steel wire rope loop. During the process, the rope bundle that is coiled and folded on the ground foundation in the horizontal plane is firmly supported, and products with a large cross-sectional diameter can be produced, and the minimum ring length of the steel wire rope loop that can be produced is further reduced, and the maximum ring length of the steel wire rope loop produced is not limited by the equipment.

The present invention provides an anti-TSLP nanobody and a use thereof. The present invention provides an anti-TSLP nanobody, and the present invention also provides a coding sequence encoding the above nanobody, corresponding expression vector and host cell capable of expressing the nanobody, and a method for producing the nanobody of the present invention. The nanobody of the present invention has a good TSLP / TSLPR blocking activity; the nanobody of the present invention is expressed using pichia pastoris, and its fermenter expression yield can reach 17-23 g / L.

A jig for installing a connector plugging terminal and a jig assembly thereof belong to the technical field of FPC and connector assembly, the jig comprises a fixed plate and a plurality of comb teeth, the comb teeth are mutually independent, the single comb teeth are embedded in the fixed plate in a penetrating manner, one end of the comb teeth extends out of the fixed plate and is clamped, and the other end of the comb teeth is located in the fixed plate and is a free end; the fixing plate is fixedly connected with a supporting base, and the supporting base limits the free ends of the comb teeth. In order to solve the problem that an existing row of comb teeth is scrapped when one of the comb teeth is damaged, the utility model provides the jig in which the comb teeth are independently arranged and one comb tooth can be independently replaced after being damaged.

This utility model relates to the field of roller pressing and traction machine technology, and discloses a roller pressing and traction machine for producing fiber mesh. It includes a fixed frame, with the upper end of the fixed frame secured to the roller pressing and traction machine by multiple bolts. Roller pressing and traction adjustment components are provided at both ends of the upper part of the roller pressing and traction machine. Each roller pressing and traction adjustment component includes multiple synchronous cylinders, the output ends of which penetrate through a steel plate on the upper part of the roller pressing and traction machine and are fixedly connected to sliders. The synchronous cylinders are all bolted to the steel plates on both sides of the upper part of the roller pressing and traction machine, and the sliders slide against the upper part of the roller pressing and traction machine on both sides. In this utility model, the fixed frame provides stable support for the roller pressing and traction machine, ensuring stability during operation. The roller pressing and traction adjustment components at both ends can independently control the roller pressing gap, allowing for subsequent adjustment according to different fiber mesh models.

The ultra-light release film product comprises a high-viscosity protective film, an ultra-light release film, a micro-viscosity protective film and a plurality of film material products, the ultra-light release film and the micro-sticky protective films are both attached to the upper surface of the high-sticky protective film, the ultra-light release film is located in the middle of the high-sticky protective film, the micro-sticky protective films are located on the two sides of the high-sticky protective film, and the multiple film products are attached to the upper surfaces of the ultra-light release film and the micro-sticky protective films respectively. And the area of the part, attached to the ultra-light release film, of the film material product is larger than that of the part, attached to the micro-sticky protective film, of the film material product. In addition, the utility model further provides a forming die of the ultra-light release film product. According to the ultra-light release film, the multi-layer attached ultra-light release film product is designed, the film material product is attached and assembled on the ultra-light release film and the micro-sticky protective film at the same time, the attaching force of the film material product is enhanced by the micro-sticky protective film, and the stripping force of the film material product is ensured by the ultra-light release film; the utility model has the advantages of strong practicability and strong popularization significance.