
On such occasions, I have invariably finally woken up to find the phone lying dismantled on the floor. And the pattern was almost the same. The phone body - lying exactly where it hit the floor, the battery lying a little apart and the back cover lying some more distance apart. Leaving me annoyed as to why the designers equipped phones with such flimsy back covers and batteries that pop apart on a little drop to the floor.Why couldn't they build sturdier ones. Surprisingly it never stuck me as curious, that this happened almost in all variants from the oldest phones to the newest ones and consistently whenever the devices were dropped from a good height. I, in fact went ahead and concluded that this was very poor design on the part of the manufacturers ;-)
That was till yesterday, when I had a chance to put two and two together. The stimulus was a lecture by an eminent person who remarked that things were often designed to work in various ways and we never try to figure out why it works that way. He mentioned mobile phone(s) casually. And voila the neurons fired... the phone was actually designed to come apart that way. I confirmed it with him (somewhat of an authority on device design). In the parlance of mechanical stress distribution, the coming apart of the removable phone components actually dissipates the energy and reduces further damage to the phone. This is by design of the phone itself. If the phone were a solid entity, the stress would be passed on to the internal components, damaging them beyond repair. Also what would be easier to replace - a broken back cover or a broken PCB ?
So if your phone falls from a considerable height the next time and miraculously remains in a single piece - you better be mentally prepared for some service center visits ;-). Also all disclaimers here - please don't try this observation at home and pin the blame on me for a broken phone. The GraphJam entry below should give you a queer idea of the impact levels and damage (fun).
No comments :
Post a Comment