초록 ▼

By the fastening device, two electric transmitters are to be arranged on a supporting structural part from which two extensions (11) protrude spaced from each other. For this purpose, one bored attachment end (15, 16) each of the two transmitters are arranged each on one side (13, 14) of one of the

By the fastening device, two electric transmitters are to be arranged on a supporting structural part from which two extensions (11) protrude spaced from each other. For this purpose, one bored attachment end (15, 16) each of the two transmitters are arranged each on one side (13, 14) of one of the two extensions (11) on a threaded bolt (1, 2). The threaded bolt is screwed, with one collar (5, 6) each lying on both sides against the extension (11), directly to the latter. The attachment ends each have such a large recess (20 22) that they rest only on the extension without resting on the collars (5, 6). The threaded bolt (1, 2) is provided on the outside on both ends with a threaded section (9, 10). Nuts (25, 26) which are screwed on the respective threaded sections press in each case one of the two attachment ends (15, 16) against the extension (11).

대표청구항 ▼

In a fastening device for the attaching of an electrical shear-stress transmitter to a supporting structural part of an aircraft landing gear; and wherein the structural part has two extensions spaced apart from each other, each extension having a hole passing through it, said transmitter having an

In a fastening device for the attaching of an electrical shear-stress transmitter to a supporting structural part of an aircraft landing gear; and wherein the structural part has two extensions spaced apart from each other, each extension having a hole passing through it, said transmitter having an attachment end with a hole therein, there being plural threaded bolts with at least one nut engageable with each bolt, each of said extensions being bolted to at least one attachment end of the transmitter by a threaded bolt which extends through the extension into the attachment end, and at least one nut for engagement with a threaded bolt, the attachment end lying against one side of the extension; the improvement wherein two of said transmitter are attached on opposite sides of each said extension, said device having plural bolt assemblies each of which incorporates the threaded structure of at least one of said bolts and one of said nuts; and wherein each said bolt assembly comprises a first collar means and a second collar means for engagement with opposite sides of one of said extensions, each said bolt assembly including bolt means passing through a hole of said one extension for urging said first and said second collar means against opposite sides of said one extension for securing thereto said bolt means, said bolt means extending outwardly of each said collar means for receipt of attachment ends of said two transmitters on opposed termini of said bolt means; and wherein said bolt means is bolted to each said collar means, each said collar means being of widened diameter on both sides of a shank of the bolt means; each of the attachment ends has a recess large enough to envelope a collar means to permit resting on an extension, without resting on the collar means; and the bolt means has on each terminus a threaded section for engagement with at least one nut which is screwed on each threaded section, each nut pressing one of the two attachment ends against an extension.