Did you know that the modern hyper technology that we all use today was born from someone's genius, professor robert games is the inventor of this efficient wi-fi technology and he was inspired by the human eye hyper technology before was very bad and blocked the driver's view, hyper mister clearance technology is so so original and brilliant that the ford company tried to steal it, let's go through the details of this brilliant invention, first we need to understand the mistakes that the technicians before the cool professors made while developing their hyper technology you can see that when the hyper produces an ovulating motion with the help of a four-bar link mechanism .
The dc motor drives the worm gears. The worm gear assembly here is used for torque multiplication this mechanism provides continuous motion for the webinar, but the continuous motion of the weber can block vision, starting from the constant moving it will greatly affect your vision even in light rain It was the genius of Mister Robert Clarence who introduced the idea of intermittent wiping or Weber.
He observed humans put forward the eyelids but this blinking never hinders the vision, the reason why we are not aware of our blinking is because the forward is broken off, our eyelids rest for a long time after each blink, this long rest is the reason why our eyes blink but are not bothersome our eyesight, in terms of driving if we stop when weber in a certain period of time, after each wiping cycle then the pause will reduce the disturbance to the driver's vision.
This aha moment is a flash of genius professor clearance, we can get this intermittent hyper descent using the game settings as shown, the motor output can be connected to a game that will drive the hyper in just a short time and stop for a while at the bottom of the windshield, voila we've do intermittent weber or have we done it already, can you look into this design problem.
The fact is the idle time or downtime of hyper technology should vary based on the amount of rainfall in a low rainfall situation you need a long time, whereas in a heavy rain situation you obviously need a shorter idle time varying the time he uses a purely mechanical setting is very impractical in fact Professor Kevin was so smart that he realized the intermittent hyper problem was purely mechanical and he didn't even try this design.
To get a wallpaper design with varying idle time the solution can't be purely mechanical, the solution must include electronics too, this realization is a flash of the genius of both games to do so he developed an electronic circuit with all these features embedded in it, to understand the circuit let's review some information basics about transistors, transistors turn on when their bases are forward biased.
When it is reverse biased, let's install a double switch precisely to make it easier to switch forward and reverse biased states, when the switch is in this condition the base is flushed forward and the circuit interrupts, when the switch is in state b the base is running for reverse biased conditions and the current flow stops in the circuit, let's use this transistor circuit to power the weber motor, here the mechanism why the spring is connected directly to the motor output is obviously this will wipe constantly.
Interestingly the game connected to the motor can easily operate the switches and circuits on the why per in the idle stage now however this is an infinite idle time mechanism this circuit will not be able to start the motor again let's go back to the active stage and try to fix this problem circuit this is in active stage now let's pause and put a pair of resistor capacitors in the circuit as shown the direction of current flow in the resistor as shown.
All three kayaks operate the circuit switch will turn off as we have seen before now the charged capacitor acts as a hero yes it is ready for discharging, the potential at point b is always fixed but the potential at point will change during discharge, let's imagine when the capacitor is fully charged the potential at point b a is greater than point b the transistor is clearly reverse biased, however when the capacitor debuts the voltage at point a drops.
In some examples the voltage at point a becomes less than point b and the transistor becomes active, the duration of the circuit discharge time to base activation is dia weber time, the interesting thing is that we can easily adjust this idle time by adjusting the resistance value, more resistance is more long idle time, it is by using this smart electronics that clinical professors get the mechanism of variable idle time.
The core of this invention is a brilliant electronic circuit but driven by a mechanical switch, absolute genius isn't it, however during heavy rain we need almost zero idle time it is impractical to achieve zero resistance and zero idle time during heavy rain the friction between glass and hyper is very low, lets see how this low friction affects the circuit during idle or idle stage the circuit is interrupted but the hyper still has good momentum weber will continue the downward movement due to the low friction force due to their high momentum the hyper provides the driving force for the rest of the mechanics and spin of the game.
This causes activation of the motor again, in short hyper inertia helps pass the idle period of the mechanism this is clearly a crude method of obtaining continuous cleaning of the intermittent mechanism, in professor clearance patent he has even developed a more sophisticated circuit to achieve continuous cleaning, why Modern spring consists of non-game values to drive the Weber motor.
The time can be measured and changed accurately using the timer circuit in the micro controller. In addition, this micro controller takes input from the humidity sensor or rain sensor on the windshield to automatically wipe the windshield if it is wet, after developing it in the same way. diamond what happened to professor clearance is tragic he had to spend most of his life in court fighting against the motor company for violating his patent he finally won the legal battle, hope you are inspired by the fact that simple observations can lead to amazing discoveries see you next time.
Posting Komentar