8results about How to "Easy to paste" patented technology

This utility model relates to the technical field of integrated thermal insulation and decorative panels, and more particularly to a crack-resistant joint treatment device for integrated thermal insulation and decorative panels. It includes an installation plate, a mounting base on the top of the installation plate, a movable groove on the top surface of the installation plate, a movable block slidably connected to the movable groove and fixedly connected to the bottom of the mounting base, a fixing component for fixing the device on the bottom of the installation plate, and a mounting component for installing masking tape on one side of the mounting base. This utility model not only allows the device to be fixed to the surface of integrated thermal insulation and decorative panels of different sizes, thus making the application of masking tape easier and ensuring the adhesion effect, but also makes the installation and removal of masking tape simpler and faster, thereby improving the efficiency of masking tape replacement.

This application discloses a wear-resistant bubble bag, relating to the field of bubble bag technology. The bag body includes a bubble film layer, a fiber layer, and a wear-resistant layer. An anti-static component is disposed on the inner side of the wear-resistant layer. The anti-static component includes guide lines and a dispersion plate, both of which are bonded to the wear-resistant layer with adhesive. The bag body, from the outside in, consists of the wear-resistant layer, the fiber layer, and the bubble film layer. This application utilizes a polyethylene wear-resistant layer with high hardness to resist friction and impact during transportation, and waterproofing to isolate moisture. The polyester fiber layer, with its high strength and toughness, prevents the bag body from being punctured by sharp objects, enhancing stability. The polyurethane bubble film layer, with its high elasticity, tightly adheres to the item, improving packaging fit. Simultaneously, the silver-plated copper fiber guide lines and the "Z"-shaped connecting lines form a mesh structure, rapidly conducting and dispersing static electricity. The copper-zinc alloy dispersion plate further adsorbs and diffuses static electricity, preventing damage to the item from static electricity.

This utility model discloses a wear-resistant mold steel, including a mold steel body with an anti-corrosion coating on its outer side. A first magnet is installed at one end of a second magnet, and wear-resistant structures are installed at both the top and bottom ends of the mold steel body. This utility model features an mounting plate installed at one end of the mold steel body. A second magnet with magnetic force is placed inside a groove. Both the second and first magnets are magnetic, and the first magnet attracts the second magnet. A label plate is installed at one end of the mounting plate, on which the model number, weight, and length and width data can be written, facilitating the use of the mold steel body. Because of the use of magnets, the label plate is easy to install and remove, and can be easily replaced. Additionally, an adhesive layer is provided on one side of the mounting plate, allowing it to adhere to the mold steel body and be easily peeled off when not in use. This achieves the purpose of easily marking the mold steel body.

The utility model provides an ECMO catheter fixing device. The ECMO catheter fixing device sequentially comprises a skin adhesive tape making contact with the skin of a patient, a liner layer, a connecting band and a catheter adhesive tape making contact with an ECMO catheter. The number of the connecting bands can be two, and the two connecting bands are spaced by a set distance in the extending direction of the ECMO catheter. Each connecting band is connected with two catheter adhesive tapes, and each catheter adhesive tape has the length capable of winding the ECMO catheter by at least two circles. The ECMO catheter fixing device provided by the utility model can enhance the fitting degree of the catheter and the skin and the stability of the catheter, effectively fix the catheter and prevent the catheter from shifting, loosening or twisting, and simultaneously reduce the compression on the skin and limbs of a patient, thereby reducing the treatment risk and ensuring the smooth ECMO treatment.

This utility model discloses an easy-to-wear nose strip clip, including a nose strip clip body and an auxiliary clip. Two metal stickers are adsorbed on the inner side of the auxiliary clip at its front end. The nose strip clip body includes a bending block, a limiting groove, a movable clip block, and a rounded magnet. The auxiliary clip includes a first bending clip plate, a second bending clip plate, and a circular magnet. The metal sticker includes a rounded metal piece, a silicone pad, adhesive, and a release paper. Two limiting grooves are provided, one at each end of the bending block. This easy-to-wear nose strip clip, with its main body, allows the clip to fit different nose sizes, making it suitable for various users. The auxiliary clip makes it easier to apply the metal stickers, aligning them more easily and allowing for one-time application, thus making the nose strip clip more convenient to wear.

This utility model relates to a deep vein catheter fixation patch, comprising a fixation patch body that can adhere to the skin at the puncture site. An opening for the catheter to pass through is provided on the fixation patch body. A puncture site disinfection pad surrounds the edge of the opening and contacts the skin at the puncture site. The first tip of the catheter passes through the opening and is fixed to the outer surface of the fixation patch body. A heat-sealing film covers the outer wall of the catheter. A second tip of the catheter is fixed to the outer surface of the fixation patch body. The puncture site disinfection pad surrounds the edge of the opening and directly contacts the skin at the puncture site. This continuously disinfects and sterilizes the skin around the puncture site, effectively inhibiting microbial growth. It can fill any gaps that may exist between the catheter and the skin, blocking the pathway for microorganisms to enter the body. The heat-sealing film covering the outer wall of the catheter forms a physical barrier, reducing contact between external microorganisms and the catheter, and preventing microorganisms from spreading along the outer wall of the catheter to the puncture site.