Search results
Results from the WOW.Com Content Network
European toy makers created and mass-produced the first wind-up tin toys during the late 1880s. [citation needed] Over the next 60 to 70 years, more manufacturers created more intricate designs. The trend stopped with the introduction of the small and inexpensive Alkaline battery in the 1960s, which allowed motors to run without a wind-up ...
A wind-up toy is a toy powered by a clockwork motor. It can also refer to: Wind-up doll joke, a type of joke that imagines a celebrity as a wind-up toy; Wind Up Toys, a 2007 album by Capdown; Wind-Up Toy, a 1991 song by Alice Cooper
Wind-up toys – often as a simple mechanical motor, or to create automata. These may be either key-wound, as were many 20th-century model trains, or a simpler pullback motor. Most photographic camera leaf shutters use a clockwork mechanism not unlike that of wristwatches to time the opening and closing of the shutter blades.
Their Big Wheel trikes, model trains, wind-up toys, and toy soldier sets were among Marx Toys bestsellers worldwide. Rock'Em Sock'Em Robots even got movie cameos, as vintage toys in "The Santa ...
Originally, the jack-in-the-box was made out of wood, but with new technology the toy could be constructed from printed cardboard. [8] Around the 1930s, the jack-in-the-box became a wind-up toy made from tin. Additionally, the tin boxes began to be covered in images from children's nursery rhymes with corresponding tunes. [9]
"Wind-Up Toy" is the twelfth and final track on Alice Cooper's nineteenth studio album Hey Stoopid (1991). Though the song was never released as a single (it does feature as the B-side to the " Hey Stoopid " single), the song is very popular among Cooper's fans, often favourite above all others by some.
Wind-up toys have also played a part in the advancement of toy vehicles. Modern equivalents include toy cars such as those produced by Matchbox or Hot Wheels , miniature aircraft, toy boats, military vehicles , and trains .
Mechanical toys use several types of mechanisms, because Cam toys are powered by a very large cam and even bigger cam follower which transfers the cam rotation to the working area of the toy. The cam is unevenly rotated by placing the rotator out of the ideal center. This transforms the circular motion into motion that moves up and powers the toy.