5results about How to "Unified function" patented technology

The application discloses a construction method for improving the strength of fiber reinforced cement boards and relates to the field of building construction; the construction method for improving the strength of fiber reinforced cement boards effectively solves the problems of easy loosening, edge warping and deformation of the board under the traditional single-board fixing mode, significantly improves the overall connectivity of the board and the keel and the anti-deformation capacity of the wall, and forms a double-board cooperative stress structure by connecting long U-shaped steel to the inner side of the fiber reinforced cement board joint and by jointly restraining the edges of the adjacent boards on the keel; meanwhile, the water-resistant flexible putty is filled and pressed into the glass fiber mesh belt at the joint of the outer board, which not only can offset the joint stress of the fiber reinforced cement board caused by dry shrinkage, wet expansion and temperature change, prevent the putty layer from cracking and rainwater leakage, but also avoids forming a rigid filling layer to hinder the normal pressure relief of the wall.

A kind of matrix self-loading photocatalytic high-strength high-toughness polymer and its preparation method, belong to the cross technical field of solid waste resource utilization and functional building materials, the raw material of the polymer includes the following components by weight parts: base activator 30-50 parts, silicon-aluminum precursor 100-120 parts, high-activity nanometer silicon powder recovered from scrap photovoltaic panel 15-25 parts, surface-modified glass fiber recovered from scrap photovoltaic panel 8-12 parts, water 10-20 parts.The present application realizes the full-value consumption of silicon powder and glass fiber components in scrap photovoltaic module by low-temperature pyrolysis, grading screening and directional modification process, activates the photocatalytic activity of recycled elemental silicon by mechanical chemical means, and assists directional interface modification to strengthen the reinforcing effect of fiber, so as to realize the deep coupling of mechanical properties and photocatalytic function in a single material system.

The application provides a co-frame table frame and a table, and relates to the technical field of furniture. A co-frame type basic structure composed of an inner ring frame, an outer ring frame and a connecting piece is created, so that a first connecting structure for connecting a rotating table top, a second connecting structure for connecting an outwardly extending table top and a third connecting structure for connecting a table leg are highly integrated and unified in a stable rigid frame. A standardized building block type platform is further provided, and a user can flexibly select to install a rotating table top, an outwardly extending table top or keep the basic form of a fixed table top according to an actual use scene. Each functional module can be stably and reliably connected through a corresponding standard interface, and the unity of rich functionality and compact structure is achieved.

The invention provides a fire alarm mycelium material and a preparation method and application thereof, and belongs to the technical field of fire alarm materials, and the fire alarm mycelium material comprises hemp stalks, ganoderma lucidum, ethanethiol and the like. The preparation method of the mycelium material comprises the following steps: carrying out mixed culture on a hemp stalk culture material and ganoderma lucidum; dissolving polyvinyl alcohol and lauryl sodium sulfate in deionized water; adding ethanethiol and polymethyl methacrylate into an organic solvent; dropwise adding the water phase into the oil phase, and emulsifying to obtain ethanethiol microcapsules; and mixing the pure mycelium material with ethanethiol microcapsules, culturing, and demolding to obtain the fire alarm mycelium material. According to the invention, intrinsic integration of a material structure and an early warning function is realized through a mycelium biological assembly and microcapsule embedding and fixing technology, so that the material becomes a sensing unit. According to the material, rapid and active fire early warning without external energy is realized by utilizing the temperature-triggered fracture characteristic of the microcapsules and the extremely low odor threshold value of ethanethiol.

The invention discloses an air fryer with variable capacity. Comprising a base, a guide rail assembly vertically arranged on one side of the base, a sliding seat in sliding fit with the guide rail assembly, a heating machine head connected with the sliding seat, an elastic reset piece, a locking assembly movably arranged on the side face of the guide rail assembly, an unlocking assembly arranged at the upper end of the guide rail assembly and at least two pot bodies capable of being placed on the base. During use, the press-down machine head can drive the sliding seat to move downwards along the guide rail, and the locking assembly automatically locks the press-down machine head at the corresponding height, so that the press-down machine head is adaptive to pot bodies with different heights; locking can be released by operating the unlocking assembly, the elastic reset piece immediately drives the sliding seat and the machine head to automatically reset to the top end of the guide rail, and the pot body is convenient to replace. According to the structure, convenient adjustment and automatic reset of the height of the machine head are achieved, the machine head does not need to be disassembled, operation is easy, and sanitary and potential safety hazards caused by independent placement of the machine head are avoided.