Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
An injector
An injector 10 for injecting an insulating material into the cavity 46 formed between first and second masonry layers 50,52, the injector having a body with a housing 40 for the insulant, a stop face 14 at one end of the body for abutting against the outside surface 64 of the first layer and an injector member 16 extending from the stop face, having a length of at least 140mm, for extending into the cavity and depositing the insulant. The injector member may comprise an elongate stainless steel nozzle with a brass threaded fastener located at one end 30 having a support portion 36 forming the stop face for attachment to the injector body. The nozzle may be 200mm or 260mm in length. The injector body may comprise three inlets for receiving insulant, a binding agent and a carrier fluid respectively. The injector allows a cavity to be filled via a hole drilled in an external masonry layer.
An injector
An injector 10 for injecting an insulating material into the cavity 46 formed between first and second masonry layers 50,52, the injector having a body with a housing 40 for the insulant, a stop face 14 at one end of the body for abutting against the outside surface 64 of the first layer and an injector member 16 extending from the stop face, having a length of at least 140mm, for extending into the cavity and depositing the insulant. The injector member may comprise an elongate stainless steel nozzle with a brass threaded fastener located at one end 30 having a support portion 36 forming the stop face for attachment to the injector body. The nozzle may be 200mm or 260mm in length. The injector body may comprise three inlets for receiving insulant, a binding agent and a carrier fluid respectively. The injector allows a cavity to be filled via a hole drilled in an external masonry layer.
An injector
IAN TEBB (Autor:in) / ANDREW TEBB (Autor:in)
19.09.2018
Patent
Elektronische Ressource
Englisch