TAG Heuer Aquaracer 300 Black Titanium Alloy Watch with A Black Dial

The 43mm case is completely made of light titanium alloy materials, the surface is coated with a layer of black titanium carbide. The unidirectional rotating bezel adopts scratch rub ceramic materials, which can let the divers grasp the diving time accurately. On the bezel the luminous paint figure in the dark environment is very eye-catching. The same coating process of titanium also makes carbide and stainless steel material of the screw-in crown, closed bottom rotary watch on the back is engraved with the Aquaracer series of traditional “diving helmet” pattern. The waterproof capacity has made us become accustomed to the 300 meters.

The design of the dial is the main highlight of this watch, the sub light black surface is decorated with a horizontal line pattern, which enhances the color contrast with the time scale. The multi faceted styles at second hand and time scales are covered with a layer of strong luminous materials, which can guarantee the wearer to quickly know the time in the dim light of the environment or the dark underwater, so as to make effective judgments. The position at 3 o’clock is set with a calendar window, and the sapphire crystal watch mirror is provided with a specially single eye giant frame.

The Aquaracer 300 watch is equipped with the automatic cochain movement Cal.5 which is polished based on the movement Sellita SW 200, which has regular functions such as the hours,minutes, seconds and date. It is equipped with nylon watchstrap, whose color echoes with the watch theme , sewed fine collocates black lining, which looks like a very significant level, but also brings full sense of encirclement to wearers. Its length can be adjusted by the safety button on the titanium alloy material folding table button, which is convenient and quick.


LANGE 1 PHASES OF MOON complements the most successful watch family of A. Lange & Söhne with a model with an appreciated astronomical complication. After the LANGE 1, it is in turn to receive a new movement. The representation of moon phases, combined with a day / night indicator, gives it a particularly realistic new tone.

More than 50 years after the landing of the first probe on the Moon, this Earth satellite has not yet revealed all its secrets. Thus, in 2016, scientists still can not explain with certainty how this star was formed. This mystery fosters interest for our nearest neighbor but also the fascination for one of the most popular astronomical complications: the display of the phases of the moon. In the LANGE 1 MOON PHASES, it reproduces the synodic lunation, which lasts on average 29 days, 12 hours, 44 minutes and 3 seconds, with such precision that the deviation from the actual position only rises To one day in 122.6 years.

The organization of the display responds to a new and particularly realistic concept. In the foreground, a solid gold moon, isolated, describes its orbit, while behind it a disk of the sky, also made of solid gold, operates its rotation in 24 hours precisely. The different moments of the day are represented on the disc by various shades of blue, produced by effects of interference: during the day one sees a clear sky without a celestial body; During the night, stars shaped by laser are cut in contrast on the dark sky. The moon always appears in a realistic setting, which also serves as a day / night indicator when adjusting the luxury men watch.

With a display of the moon phases, this caliber, which is the twentieth made by the manufacturer, is based on the movement of the LANGE 1 presented two years ago, of which it takes the attributes. It has the typical double barrel offering a maximum power reserve of 72 hours and the high-precision jumping date. The LANGE 1 MOON PHASES also features an adjustable balance with balance weights and oscillating Lange balance spring freely. Under the hand-engraved cock, the pendulum vibrates at a frequency of 21,600 vibrations per hour.

The 70 pieces making up the display of the moon phases have been so skilfully integrated into the L121.3 manufacture caliber that it is only slightly thicker than the L121.1 caliber of the LANGE 1. The off-centered silver dial design Massive creates a remarkable feeling of harmony thanks to the luminescent display of the time and the power reserve, which is complemented by a large date and by the phases of moon with indicator day / night.

Here To Find The Best Windshield Wipers 2017 Online

Obviously, the hand-operated lever system of Anderson’s ‘801 patent is pretty far removed from the variable speed automatic wiper systems installed in most vehicles today. Many of the improvements on Anderson’s idea made by later inventors made windshield wipers much simpler to operate for the growing mass of American automobile drivers.

Another female inventor made an important mark on the early development of Windshield Wipers. Although we couldn’t find the official patent online through Google Patents, multiple sources, including the USPTO, report that a woman named Charlotte Bridgewood received a patent in 1917 which was titled Electric Storm Windshield Cleaner. The invention is believed to be the first automatic windshield wiper which was electrically powered. Although automating the windshield wiper was an important innovation, Bridgewood’s design incorporated rollers instead of blades and was never commercially successful.

Automatic Best Windshield Wipers which use blades were first introduced by a pair of brothers from Cleveland, Oh: William. The brothers’ invention provided driving action for the wipers by directing exhaust air from the engine manifold to an actuator which moved the wiper blade back and forth across the windshield. Much of this technology can be seen in U.S. Patent No. 1,420,538, which is titled Windshield Cleaner, issued to the brothers on June 20, 1922. The blade design was more desirable to consumers than the rollers but the method of using air from the engine manifold would cause the wipers to speed up or slow down with the vehicle. A more consistent wiping speed was desired.

Perhaps history’s most successful Windshield Wiper company is the Tri-Continental Corporation, also known as Trico, founded in 1917 by John R. Oishei of Buffalo, NY. In 1916, Oishei got into an accident with a bicyclist because of his lack of visibility. Although the bicyclist survived, Oishei was inspired to create an improved wiper mechanism. On December 14, 1920, Oishei was issued U.S. Patent No. 1,362,175, entitled Cleaner for Windshields and the Like. The operating arm is spring-pressured to ensure that the wiper maintains a consistent force against the glass. The growth of companies like Trico and Bosch, which introduced a rear-window wiping system in 1926, showed that the practical nature of windshield wiper systems was becoming much more widely accepted.

The next revolutionary innovation in the field of Windshield Wipers 2017 was the intermittent wiper system that was created by Robert Kearns of Detroit, MI. On Kearns’s wedding night in 1953, a popped champagne cork caught and almost blinded him in his right eye. The freak accident is credited with inspiring him to create his own windshield wiper. The motorized wiper technology developed by Kearns would go on to be installed in millions upon millions of vehicles over the years. Kearns did receive multiple patents in the field of windshield wiper technologies, including U.S. Patent No. 3,351,836, entitled Windshield Wiper System With Intermittent Operation. Kearns showed his technology to the Ford Motor Company but never received compensation and began a series of life-altering nervous breakdowns when he discovered that his technology was being used in most cars being produced during the 1970s. He would eventually file lawsuits seeking licensing fees from several carmakers and received tens of millions in settlements, but after decades of legal battles that severely impacted his mental health and personal life.

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