FIELD: building, particularly creating vibration insulation into buildings and building structures for protecting people and equipment against vibration acting upon building or building structure through ground.
SUBSTANCE: method involves installing at least one vibration isolator and force-applying means with ends abutting base and upper structure temporary supported by base through supports such that vibration isolator and force-applying means are arranged in opened depressions created in upper structure facing base; bringing vibration insulator into operational position by compression thereof with the use of force-applying means arranging bearing members formed as set of pads between vibration insulator and base for vibration insulator securing in compressed state; removing force-applying means and removing supports after separating vibration insulators of upper structure from base due to elastic force action. Base has at least one depression opened from upper side thereof and at least one cavity communicating with depression and opened from one end of base. Edges of cavity are reinforced by angle elements. At least one support force-applying plate is placed into depression above cavity before vibration insulator installation. Vibratory insulator is placed on support force-applying plate and force-applying means are arranged in cavity under support force-applying plate. Parameters of force-applying plate are calculated from given relation.
EFFECT: increased safety and reliability, possibility of controlled vibration insulator installation.
16 cl, 30 dwg
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Authors
Dates
2004-07-27—Published
2003-11-12—Filed