60results about How to "Strong prestress" patented technology

The invention discloses an explosion-proof and anti-riot transparent partition mounting structure comprising a building body, a mounting frame and partitions. The partitions are mounted on the building body or with the adjacent partitions through the mounting frame, the sides of the partitions are inserted into first mounting grooves and are combined with an escape-prevention frame matched in the first mounting grooves, and at least one limit structure and at least one elastic buffer part are arranged between the escape-prevention frame and the mounting frame. The elastic buffer parts and a slide buffer device can function in buffering effectively at the first time after the partitions are impacted by explosion, time and probability of breaking of the partitions can be remarkably alleviated and reduced, and safety protection performance of the partitions is improved evidently. The escape-prevention frame can prevent the partitions from separating from the mounting frame after impacting, explosion-proof function can be effectively taken into effect, and safety protection can be provided for indoor people to the greatest extent.

The invention discloses a pre-stress arm structure of an aluminum alloy door window, which comprises the glass door window body fixed in a fame, wherein the frame comprises a compression assembly and a fastening assembly, the fastening assembly is compressed by coordination between the compression assembly and the glass door window body to generate pre-stress and thus fasten the glass door window body, the glass door window body becomes a main control part which generates the pre-stress, the fastening assembly is made of an elastic material, the stable pre-stress is formed and stored in the material as driven by external force, and a stable pre-stress system is consisted by the material, the glass door window body and the compression assembly. The pre-stress arm structure of the aluminum alloy door window disclosed by the invention can enhance strength, torsional behaviors and external force resistance of a whole aluminum alloy door window structure in order to avoid problems such as door window falling and deformation; and due to application of the pre-stress structure frame around glass, corresponding fastening points and fastening manners can be disposed according to fastening installation requirements of hardware fittings at any position of a frame pressing block, so that utilization functions and firmness requirements of the hardware fittings can be satisfied, and limitations from a sectional material thickness are avoided.

The invention discloses a transparent shield mounting structure comprising a building body, a mounting frame and transparent shield plates. The transparent shield plates are mounted on the building body or with adjacent transparent shield plates through the mounting frame, first mounting grooves are formed in the mounting frame, the sides of the transparent shield plates are inserted into the first mounting grooves and combined with an escape-prevention frame matched to the first mounting grooves, first limit structures and elastic buffer parts are arranged between the escape-prevention frame and the mounting frame, and a slide buffering device is arranged at the bottom of the escape-prevention frame. The elastic buffer parts and the slide buffering device can function in buffering effectively at the first time after the shield plates are impacted by explosion and the like, and time and probability of breaking of the shield plates after being impacted can be remarkably alleviated and reduced. Meanwhile, the transparent shield plates cannot be separated from the mounting frame after being impacted by the aid of the escape-prevention frame, and safety protection performance of an integral protection shield can be improved remarkably.

The invention discloses a decorative frame sealing structure of an aluminum alloy door window, which comprises the glass door window body fixed in a fame, wherein the frame comprises a compression assembly and a fastening assembly, the fastening assembly is compressed by coordination between the compression assembly and the glass door window body to generate pre-stress and thus fasten the glass door window body, the glass door window body becomes a main control part which generates the pre-stress, the fastening assembly is made of an elastic material, the stable pre-stress is formed and stored in the material as driven by external force, and a stable pre-stress system is consisted by the material, the glass door window body and the compression assembly. The decorative frame sealing structure of the aluminum alloy door window disclosed by the invention can enhance strength, torsional behaviors and external force resistance of a whole aluminum alloy door window structure in order to avoid problems such as door window falling and deformation; and due to application of the pre-stress structure frame around glass, corresponding fastening points and fastening manners can be disposed according to fastening installation requirements of hardware fittings at any position of a frame pressing block, so that utilization functions and firmness requirements of the hardware fittings can be satisfied, and limitations from a sectional material thickness are avoided.

The invention discloses a pressing component for installing an aluminum alloy door and window, comprising a glass door and window body fixed in a frame. The frame comprises a pressing component and a tightening component. Through matching of the pressing component and the glass door and window body, the tightening component is pressed to generate pre-stressing force to tighten the glass door and window body. The glass door and window body serves as a main control part for generating the pre-stressing force. The tightening component is made of an elastic material, a stable pre-stressing force is formed inside the material under the action of external force and is stored, and the pre-stressing force forms a stable pre-stressing force system together with the glass door and window body and the pressing component. The strength, torsion property and external force resistance of the whole aluminum alloy door and window structure can be increased, and door and window drop, deformation and the like can be avoided. Because of the adoption of a pre-stressing force structure frame around the glass, corresponding tightening points and tightening modes can be set in any position of a frame pressing block according to the hardware fitting tightening and mounting requirement, so that the using functions and fastness requirements of hardware fittings are satisfied, without being limited by the thickness of profiles.

A hidden frame glass curtain wall mounting structure comprising a building main body (3) and a glass curtain wall (2) mounted onto the building main body (3). The mounting structure also comprises a mounting base (1). The glass curtain wall (2) is adjusted to a set position via the mounting base (1) and fastened, and, the position of the glass curtain wall remains unchanged during the fastening process. The mounting structure is robust and durable, while a mounting method therefor is precise and safe.