Novel mechanical equipment damping base

Abstract

The invention discloses a novel mechanical equipment damping base. The novel mechanical equipment damping base comprises an outer base, a groove, an inner base, a support plate, limiting plates, reinforcing plates, fastening bolts, mounting bases, a damping mechanism, a damping inner sleeve, a damping outer sleeve, a compression spring and an antiskid foot pad. The novel mechanical equipment damping base has the following beneficial effects: protecting layers are coated on the surfaces of the outer base, the inner base, the support plate, the limiting plates and the reinforcing plates for isolating all parts from air; the reinforcing plates are positioned in the right-angled connecting places of the support plate and the limiting plates to improve firmness of the base; two fastening boltsare respectively arranged on the limiting plates on two sides, and are positioned at two ends of the limiting plates for clamping and fixing mechanical equipment placed on the base; three mounting bases are symmetrically arranged on the limiting plates on two sides for adjusting the mounting position of the mechanical equipment; and the two ends of the damping mechanism are clamped in placing grooves formed in the outer base and the inner base, so that the base achieves excellent damping effect.

Description

technical field [0001] The invention relates to a shock-absorbing base, in particular to a novel mechanical equipment shock-absorbing base, which belongs to the technical field of mechanical equipment. Background technique [0002] When installing traditional mechanical equipment, the equipment is directly fixed on the ground or on the cement installation platform through expansion bolts. Especially for some equipment with high power, due to the fast speed and severe vibration during operation, after a long period of operation, The gap between the expansion bolt and the ground or the cement installation platform gradually becomes larger, causing the expansion bolt to loosen, and what's more, the ground or the cement installation platform will be shaken, seriously affecting the normal use of the equipment, and the shock-absorbing base is mostly used for some machinery. Among the equipment, it is used to suppress the shock when the spring rebounds after absorbing the shock and...

AI Technical Summary

Problems solved by technology

[0002] When installing traditional mechanical equipment, the equipment is directly fixed on the ground or on the cement installation platform through expansion bolts. Especially for some equipment with high power, due to the fast speed and severe vibration during operation, after a long period of operation, The gap between the expansion bolt and the ground or the cement installation platform gradually becomes larger, causing the expansion bolt to loosen, and what's more, the ground or the cement installation platform will be shaken, seriously affecting the normal use of the equipment, and the shock-absorbing base is mostly used for some machinery. Among the equipment, it is used to suppress the shock when the spring rebounds after absorbing the shock and the impact from the mechanical equipment to provide shock absorption for the mechanical equipment

[0003] For the existing shock-absorbing base, first, the structure is relatively simple and difficult to meet people's requirements, and it is easy to cause equipment damage to a certain extent, and its shock-absorbing effect is not very obvious. Second, the mechanical equipment is installed on the shock-absorbing base. When it is installed, the installation position of the mechanical equipment cannot be adjusted according to the installation environment, so it will bring great inconvenience to the operator during the actual installation process. Third, it lacks the protection of the shock-absorbing base, and it is easy to be corroded when exposed to the air for a long time cause damage and shorten its service life

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