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SPLICING PLATES WITH INTEGRATED SHEAR AXIS

IP.com Disclosure Number: IPCOM000246397D
Publication Date: 2016-Jun-03
Document File: 6 page(s) / 297K

Publishing Venue

The IP.com Prior Art Database

Abstract

In order to realize splicing, the current situation is to install several fasteners on each hole to carry the loading of the plates This is high time consuming, The solution described here proposes some integrated splices where most of the axis are already integrated before the assembly to decrease the time,

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In order to realize splicing, the current situation is to install several fasteners on each hole to carry the loading of the plates This is high time consuming,

The solution described here proposes some integrated splices where most of the axis are already integrated before the assembly to decrease the time,

Page 2


Page 03 of 6

Current splicing situation:


◦ In order to realize splicing, the current situation is to install several fasteners on each hole to carry the loading of the plates.


◦ This approach is time consuming during manufacturing

Page 3

Plate

Splice

Loading in plates

Fasteners


Page 04 of 6

The target of the splicing with integrated axis is to reduce the time used for manufacturing and to reduce the weight of the final assembly

         Splice 2
(with integrated spaces to house the integrated axis pesent on splice 1)

Loading in plates

Plate

Axis integrated in splice 1

    Splice 1
(with integrated axis)

Fasteners

Page 4


Page 05 of 6

Optional inegrated stiffiners to prevent inter-rivet buckling in plates

Usual shear fasteners

Integrated axis

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Materials:


Splicing plates (splice1 and splice 2): Steel, Titanium, Aluminium.

Fasteners and axis positions: fasteners and axis have to be positioned in accordance with classical design rules. Besides, the positions can be adapted in accordance with stress requirements.

Manufacturing: the integrated axis can be:
Obtained in the same blank material as the splicing plate 1 by machi...