Connecting method of rubber water stopping band and copper water stopping sheet

Abstract

The invention discloses a connecting method of a rubber water stopping band and a copper water stopping sheet. The method comprises the steps as follows: a plurality of through holes are formed at intervals along the width direction of the copper water stopping sheet at the positions of a transition section of two water stopping sections and one water stopping section which are at a parting of a plunge pool plate; the end part of the rubber water stopping band of the two water stopping sections is stuck to the surface of one side of the copper water stopping sheet at the position of the transition section, and a rubber water stopping band sheet is stuck to the surface of the other side of the copper water stopping sheet; and the rubber water stopping band, the rubber water stopping band sheet and the copper water stopping sheet in the positions of the transition section are connected through a method of combing hot-melting rivets and glue spreading. The connecting method has the advantages of convenience for construction, simplicity in operation and reliability in connection, and can well solve the problem of connection of the transition section of the two water stopping sections and one water stopping section at the parting of the plunge pool sidewall.

Description

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AI Technical Summary

Benefits of technology

This technology solves problems with connecting multiple parts together when creating pools or other structures that require temporary shutdowns for maintenance purposes. It makes it easy to use without having any complicated steps needed beforehand.

Problems solved by technology

This patents discusses how different types of materials can expand or contract under varying temperatures during construction work without losing their effectiveness over time. However, there may also happen where certain parts of these structures have cracks caused by thermal stressors such as heat from sunlight hitting them causing damage. To prevent leaks through these areas, an elastic membrane called diaphragm has been developed along with metal plate members made of aluminum foil covered wires. These connections ensure stable watertight conditions even if they get damaged because of environmental factors like rainwater impact.

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