6results about How to "Integrity is not compromised" patented technology

The invention discloses an antibacterial-waterproof hydrogel biosensor based on a conductive spandex fiber net and a preparation method of the antibacterial-waterproof hydrogel biosensor. The preparation method comprises the following steps: (1) preparing graphene composite elastic spandex conductive fibers by adopting a solution dry spinning method, and weaving the graphene composite elastic spandex conductive fibers into a fiber net; (2) designing a cuboid-shaped mold, and fixing a fiber net on hooks on four edges in a mold groove to serve as a first layer of conductive fiber net structure; (3) preparing a sodium alginate / acrylamide mixed solution blended with nano-silver, and pouring the sodium alginate / acrylamide mixed solution into a mold for in-situ polymerization; 4) transferring the mold into a Ca < 2 + > coagulating bath to form a second layer of gel matrix structure with double networks; and 5) after the gel is completely dialyzed, dipping the gel in a stearic acid / organic silicon emulsion / vegetable oil mixed solution for hydrophobic modification so as to form a third waterproof layer structure on the surface of the gel, and finally obtaining the hydrogel biosensor. The biosensor has conductive, stretchable, antibacterial and waterproof functions and the like, and can be applied to biological strain monitoring.

This utility model relates to the field of spunlace fabric production technology and discloses a spunlace fabric production line, which includes a sizing screen and a spunlace screen. Corresponding web-forming screens and a first web-forming vacuum suction device are arranged on both sides of the sizing screen. After the fiber web is formed on the sizing screen, the mutual compression between the web-forming screen and the sizing screen smooths the rough surface of the fiber web. The first web-forming vacuum suction device then removes moisture from the fiber web, reducing its moisture content. This reduces the deviation in distance between the fiber web and the hydroentanglement during the first hydroentanglement process, ensuring that the hydroentanglement energy is fully and evenly received by the fiber web, promoting uniform fiber entanglement. Compared to roller compression, this method is gentler. While the web-forming screen is compressing the sizing screen, the moisture is absorbed by the vacuum suction device below, and the negative pressure adsorbs the fiber web, preventing damage to its integrity. This utility model features a simple structure, strong practicality, and good performance.

The present invention discloses a cross-chain transaction method based on aggregated zero-knowledge proof, which belongs to the field of cross-chain transaction technology; including: an adaptive adjustment method of system load, optimizing batch size and branching factor; a cross-chain block aggregation method of a multi-branch balanced Merkle tree, increasing node branching factor; a rebalancing method of a local multi-branch Merkle tree, identifying and synchronizing the differences between local and global cross-chain multi-branch balanced Merkle trees; a secure multi-party computing method, verifying the data integrity of aggregated blocks. The present invention uses a cross-chain block aggregation method of a multi-branch balanced Merkle tree to pass aggregated zero-knowledge proofs between chains to verify the legitimacy of batch cross-chain transactions, significantly reducing the verification cost of cross-chain transactions while maintaining security and versatility; a secure multi-party computing aggregate block integrity verification method is used to ensure that the integrity of aggregated data is not destroyed, thereby preventing potential threats to aggregated data from malicious attacks.

The utility model provides a combined building template for constructional engineering, which relates to the technical field of building templates and comprises a main body mechanism, a damping mechanism is fixedly mounted on one side of the outer wall of the main body mechanism, and the main body mechanism comprises two side plates. According to the building template, under the action of the main body mechanism, when the building template needs to be used, the clamping blocks are inserted into the corresponding grooves respectively, primary fixing of the building template can be completed, then the baffles are rotated to make contact with the side plates, and then the fixing screws are screwed into the threaded grooves, so that the building template can be fixed; according to the building template, use of fixing screws is greatly reduced, the fixing efficiency of the building template is improved, the labor cost is saved, meanwhile, punching does not need to be conducted on the surface of the building template, the integrity of the template structure is not damaged, and the service life of the template is prolonged.

The invention discloses a cross-chain transaction method based on aggregation zero-knowledge proof, and belongs to the technical field of cross-chain transaction. Comprising the following steps: a system load self-adaptive adjustment method: optimizing a batch processing size and a branch factor; according to the cross-chain block aggregation method of the multi-branch balance Merkle tree, node branch factors are added; the invention discloses a local multi-branch Merkle tree rebalancing method. The method comprises the following steps: identifying and synchronizing differences of local and global cross-chain multi-branch balanced Merkle trees; and the secure multi-party computing method verifies the data integrity of the aggregation block. Through the cross-chain block aggregation method of the multi-branch balance Merkle tree, the validity of batch cross-chain transactions is verified through zero-knowledge certification transmitted and aggregated between chains, the verification cost of the cross-chain transactions is remarkably reduced, and meanwhile, the safety and the universality are kept; the aggregation block integrity verification method based on secure multi-party computing is adopted to ensure that the integrity of the aggregation data is not damaged, so that potential threats of hostile attacks to the aggregation data can be prevented.

This invention discloses a vortex water tank with a constant temperature extrusion die, comprising a tank body, end plates fixed to both ends of the tank body, a sealing plate dividing the inner cavity of the tank into a vacuum section and a non-vacuum section, a top cover rotatably connected to the top of the tank body, and a sealing seat disposed in the non-vacuum section. The sealing seat has a through hole for the profile to pass through, and a water seal structure for forming a dynamic water seal is provided in the through hole. It also includes an extension cover, fixedly connected to the side of the sealing seat near the non-vacuum section, with its end rotatably connected to the sealing plate via a rotating shaft. By automatically releasing the sealing plate and opening the channel, the profile head can be smoothly output under the protection of the formed complete water seal. This avoids poor profile head shaping, dimensional fluctuations, and surface defects caused by insufficient vacuum or incomplete water seal establishment, thereby minimizing the waste length during startup and significantly improving material utilization and startup yield.