Rapid vulcanization die for building lamination shock insulation rubber bearing

Abstract

The invention discloses a rapid vulcanization die for a building lamination shock insulation rubber bearing. The rapid vulcanization die comprises an inner heating die with a heat conduction strip, an outer heating die with a heat conduction strip, an excessive glue groove, heat conduction strips, an upper heating template, a lower heating template, a positioning shaft, a positioning hole and a positioning shaft mounting groove, wherein the lower heating template is mounted on a support, the outer heating die with the heat conduction strip is arranged on the upper surface of the lower heating template, the inner heating die with the heat conduction strip is arranged in the center of the outer heating die with the heat conduction strip, the height of the outer heating die with the heat conduction strip is equal to that of the inner heating die with the heat conduction strip, and the upper heating template is arranged at the tops of the outer heating die with the heat conduction strip and the inner heating die with the heat conduction strip. The rapid vulcanization die fully utilizes the structural principle of vulcanization equipment and a vulcanization target to realize rapid and uniform vulcanization and efficient mounting, is applicable to vulcanization processing of various rubber bearings, such as a standard rubber bearing, a pencil lead rubber bearing, a high damping rubber bearing and a stacked rubber bearing, and is high in vulcanization efficiency and rapid and convenient to mount and maintain.

Description

technical field [0001] The invention relates to the technical field of processing earthquake-resistant bearings that allow movement of building insulation or other protective devices in fixed buildings, in particular to a rapid vulcanization mold for building laminated seismic-isolation rubber bearings. Background technique [0002] Base isolation is an important technology for earthquake-resistant buildings, and it is widely used in high-intensity earthquake areas and in the seismic design of important buildings. Building laminated seismic isolation rubber bearings are the most important components and basic building materials to achieve base isolation. [0003] The basic structure of building laminated shock-isolation rubber bearing is according to the design requirements, a layer of rubber and a layer of steel sheets are alternately stacked together, and after vulcanization treatment, the rubber and steel sheets are integrated to become a kind with huge vertical s...

AI Technical Summary

Problems solved by technology

[0008] Although the above-mentioned invention application proposes a method of speeding up heat transfer by punching holes in the support and inserting metal heat-conducting rods, it does not deviate from the central heat-conducting diffusion technology. During the process, the rubber close to the metal heat conduction rod melts excessively, and the rubber far away from the metal heat conduction rod is insufficiently vulcanized. At the same time, because there is a large amount of air between the rubber layer and the steel sheet, it is difficult to discharge the air during vulcanization, which greatly affects the molding of the rubber bearing. The final quality and seismic effect, vertical stiffness and vertical bearing capacity will all be affected

Images