IMITATION PEARLS

Brand Owner (click to sort) Address Description
MAIRCA INDUSTRIA ESPANOLA DE PERLAS IMITACION,S. A. BARCELONA, NUMANCIA, 45 Spain IMITATION PEARLS, CULTIVATED PEARLS, AND JEWELRY AND NECKLACES;
MENORCA GLUCK, LEO 629 W. WASHINGTON BLVD. CHICAGO IL IMITATION PEARLS;
PEARL-ITE TIARA CORPORATION Evanston IL Imitation Pearls;
SATINA MARJORICA, S.A. AVDA. INFANTA CARLOTA 123-127 BARCELONA 08029 Spain IMITATION PEARLS, AND IMITATION PEARL JEWELRY;SATIN;
SCHEHERAZADE MAJORICA, S.A. Spain Imitation Pearls, Cultured Pearls, Imitation Jewellery and Necklaces Made of Same;
SCHEHERAZADE MAJORICA, S.A. Spain imitation pearls, cultured pearls, imitation jewellery and necklaces made of same;
SCHEHERAZADE MAJORICA, S.A. Spain Imitation pearls, cultured pearls, imitation jewelry, and necklaces made of same;
VELINA MAJORICA S.A. BARCELONA Spain IMITATION PEARLS, AND IMITATION PEARL JEWELRY;
VELINA INDUSTRIA ESPANOLA DE PERLAS IMIRACION,S.A. NUMANCIA, 33-49 BARCELONA Spain IMITATION PEARLS, AND IMITATION PEARL JEWELRY;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The invention relates to a flame imitation device for a wall-mounted heater. The flame imitation device comprises a light source, a combustion bed including imitated firewood and embers, and a vertical translucent screen located closely adjacent to the back edge of the combustion bed. The light source is located under the combustion bed. A glittering member is rotatably provided behind the translucent screen. The main body of the glittering member comprises a polyhedron with a polygonal cross section. A reflector is provided on the polyhedron. The glittering member is connected to a rotational driver. Light irradiated from the light source partially transmits upward onto the combustion bed for imitating firewood and embers. Light irradiated from the light source partially transmitted rearward to the glittering member positioned at the back portion of the heater, and reflects the light to the translucent screen. With the rotation of the glittering member, a dynamic flame image presents on the translucent screen. The structure and manufacturing process of the flame imitation device of the invention are simple. Moreover, the reflectors are arranged over the whole polyhedron which results in that the flame images produced by reflecting lights are continuous and the imitation effects are more vivid.