An enclosure for protecting mating end connectors of electrical cables comprising two end housings, each end housing comprising two opposed portions hingedly coupled together in sealing relationship, a center housing disposed between the two end housings in sealing relationship with the two end housings and adapted to receive the mating connectors of the electrical cables therein, the end housings and center housing being moveable as a unit between a closed condition and an open condition, at least one of the end housing portions of each end housing comprising a first sealing member for sealing to an opposed end housing portion when the two portions are closed upon each other, an electrical cable channel being disposed in each end housing, the cable channel comprising two opposed parts, one part disposed in one end housing portion and the other part disposed in the other opposed end housing portion, a formable, non-resilient second sealing member being provided on each cable channel part substantially transverse to a longitudinal axis of an electrical cable to be received in the channel thereby to seal to an electrical cable traversing the cable channel; and a third sealing member for sealing opposed portions of the center housing when the center housing is disposed in the closed condition.
Sealable Enclosure For Electrical Cable Connectors
An enclosure for protecting mating end connectors of electrical cables comprising, a housing, the housing having two ends, each end having a closable opening allowing a connector of an electrical cable to be passed therethrough into the housing, each opening including a cable receiving channel having a seal for sealing to a respective electrical cable, the housing adapted to receive the mating connectors of the respective electrical cables therein, each end having two opposed members adapted to be placed in sealing relationship with each other, the housing being movable from a first condition in which a connector of a first electrical cable passing through the opening at one end is exposed for connection with the connector of a second electrical cable to a second condition in which the housing fully encloses both electrical cable connectors and wherein the ends of said housing can be closed to seal both electrical cable connectors from the external environment in the housing.
Device And Method For Correcting Misalignment Of Building Structural Parts
A device for correcting misalignment of building structural parts such as studs of building structure walls comprising a bracket adapted to be at least partly coextensive with a stud of a building wall, the bracket having a front face and a side face, the side face being attachable to a stud of a building structure whereby misalignment of the stud from a desired orientation can be compensated.
System For Correcting Misalignment Of Wood Studded Building Structural Parts
A prepackaged arrangement of shims for correcting for misalignment of building structural parts, for example, wall studs used in building construction, comprising a plurality of shims provided together in a package, wherein the shims have a length, width and thickness, the shims including at least one shim of a uniform thickness from end to end and at least one shim having a thickness varying from a first thickness at one end to a second thickness at a second end. A method of correcting for the building structural part misalignment is also disclosed.
Name / Title
Company / Classification
Phones & Addresses
Michael Alfis Owner
Mva Construction & Electric Single-Family House Construction