7 results about "Elasto plastic" patented technology

The utility model relates to a liquid insulated rubber tape brush which comprises a brush handle and two brush strips, the two brush strips are arranged at the bottom of the brush handle at intervals, each brush strip is in a C shape with the two ends folded inwards, the brush strips are elastic rubber strips, and bristles are arranged outside the brush strips. The beneficial effects of the utility model are that the two brush strips infiltrated with the liquid insulating tape are inserted outside the wire joint, the inner walls of the two brush strips are clamped with the wire joint, then the brush handle is moved forward from the starting point of the wire joint, the two sides of the wire joint are coated with the liquid insulating tape, and after the brush handle moves to the terminal point of the wire joint, the brush handle is rotated by 90 degrees. The brush handle is reversely moved from the end point of the wire joint, the liquid insulated rubber tape can be completely brushed outside the wire joint through two times of brushing, time is saved, brushing is uniform, and the insulation and anti-corrosion effects are good.

The utility model relates to a bonding material of a single-layer high-elasticity adhesive film. A TPU (Thermoplastic Polyurethane) hot melt adhesive layer and an elastic fiber net layer are mixed to form a single-layer structure. The TPU hot melt adhesive film layer is obtained by modifying TPU hot melt adhesive, the melting point is reduced to 80-100 DEG C, the rebound rate is larger than or equal to 70%, the TPU hot melt adhesive film layer can be used in a composite mode, and good adhesion and elasticity can be provided. The TPU hot melt adhesive layer and the elastic fiber net layer are mixed to form a single-layer structure, a synergistic effect can be achieved, high elasticity, high peel strength and excellent aging resistance are achieved, the single-layer structure has high elasticity and high peel strength, and the layering problem of a traditional multi-layer film is solved.

The utility model relates to the technical field of pipeline fixing, in particular to an elastic adhesive tape for fixing a pipeline through a high-lift platform method, which comprises an elastic adhesive tape body, the elastic adhesive tape body is rectangular, and a U-shaped opening is arranged in the middle of the interior of the elastic adhesive tape body to form a U-shaped stress wrapping portion. When the elastic adhesive tape is used, the peripheral rectangular adhesive tape body is firstly fixed on the skin, then a pipeline can be fixed through the U-shaped stress wrapping part, and main traction force is borne through the inner U-shaped stress wrapping part, so that the elastic adhesive tape body is small in stress due to buffering, discomfort of a user is reduced, the pipeline is not prone to falling off, the fixing effect is good, and the elastic adhesive tape is convenient to use. Unplanned pipe pulling is effectively prevented, the peripheral rectangular elastic adhesive tape body and the inner U-shaped adhesive tape wrapping part wrap a pipeline, so that the skin is more effectively prevented from being pressed and rubbed by the pipeline, the pipeline is fixed through a high-lift platform method, medical instrument related pressure damage is prevented, and better pipeline fixing use is achieved.

This utility model discloses a universal fishing shore float comprising: a fishing rod, a fishing line, a latex base, a rigid tube, an aluminum alloy box, an aluminum alloy positioning rod, an open slide rail, an elastic rubber sleeve, a stainless steel tension spring, a traction aluminum nail, a stainless steel tube, a transparent fixing sleeve, a rubber float seat, a carbon fiber float rod, a reflective bead, and a tapered tube; one end of the stainless steel tension spring is connected to the elastic rubber sleeve, and the other end is connected to the aluminum alloy box via the traction aluminum nail; the aluminum alloy box is connected to the fishing rod via the latex base. Since the bottom of the latex base has a slit, the bottom of the latex base can be opened, and the opened latex base can be connected to fishing rods of different diameters via an elastic fixing strap, which is highly versatile and also allows for easy adjustment of the different positions of the latex base.

The application discloses a graphene separation membrane with a wrinkle structure and a preparation method thereof, and belongs to the technical field of membrane separation. The graphene separation membrane is prepared by the following steps: depositing a nanofiber layer on a porous membrane substrate, depositing a graphene layer on the nanofiber layer, turning over the obtained material and tightly attaching the graphene layer on a pre-stretched elastic tape, tearing off the porous membrane substrate, and releasing the elastic tape to shrink the nanofiber layer and the graphene layer, then coating an organic polymer casting solution on the shrunk nanofiber layer, immersing the nanofiber layer in anhydrous ethanol to perform phase conversion, and finally peeling the prepared membrane from the elastic tape. The preparation method is simple and reliable, and does not need expensive medicines and equipment. The prepared graphene separation membrane with the wrinkle structure has high porosity, large water flux, and good light-heat conversion capacity, and can heat water on the membrane surface under the irradiation of sunlight, so that the water flux is further improved.

The utility model provides a four-side inner-pulling mould, which relates to the field of moulds, and comprises a mould structure formed by combining an appearance demoulding mechanism, an internal demoulding mechanism and a glue feeding mechanism, the appearance demoulding mechanism is used for demoulding an inverted buckle on the outer side of a product, the internal demoulding mechanism is used for demoulding an inverted buckle in the product, and the glue feeding mechanism is a point glue feeding three-plate mould. According to the invention, the design of the sliding block and the inner-pulling secondary ejection is adopted. The appearance is demolded by an upper mold sliding block mechanism, and when the injection molding machine is opened, the nylon expansion plug, the elastic rubber and the hook leg cooperate to laterally move the upper mold sliding block to be separated from the appearance buckling position. According to the internal-pulling secondary ejection structure for internal demolding, when an injection molding machine ejects out, the ejector pin plate, the buckling machine assembly, the insert check block and the like are linked, so that the internal-pulling insert moves inwards in parallel to be separated from a buckling position, and the demolding problem is efficiently solved.