EXTREME DRY

Brand Owner (click to sort) Address Description
XTREMEDRY Xpower Manufacture Inc 668 S. 6th Ave Industry CA 91746 EXTREME DRY;Restorative drying equipment and replacement parts therefor, namely, blowers, dehumidifiers, dehydrating apparatus, namely, electric dehydrators, air scrubbers for commercial and industrial use, air filters, namely, filters used in restorative drying, high-efficiency particulate air filters, heaters, namely, diesel heaters used in restorative drying, gas, diesel, propane, and electric portable heaters, gas, diesel, propane, and electric indirect fired heaters, electric fans, replacement parts for the aforesaid goods; portable electric heaters; apparatus for drying floors, namely, air dryers and replacement parts therefor; electric fans for commercial and industrial use, replacement parts therefor; portable electric fans; hand held electric hair dryers for use in animal grooming and replacement parts therefor; dehumidifiers for use in restorative drying and replacement parts therefor; refrigerant dehumidifiers and desiccant dehumidifiers for use in restorative drying; air filters and air scrubbers featuring high-efficiency particulate air filters, all for commercial and industrial use; air guides and ducts not made of metal used for restorative drying equipment; detachable air guides and ducts not made of metal used for restorative drying equipment; air guides and ducts not made of metal for use with fans; detachable air guides and ducts not made of metal for use with fans; air guides and ducts not made of metal for use with dehumidifiers, fans, and heaters;
XTREMEDRY XTREME VISIBILITY 7320 Oxford St. St. Louis Park MN 55426 EXTREME DRY;Gloves; Hats; Jackets; Pants; Rain coats; Shirts; Socks; Vests; Waterproof jackets and pants;
 

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

    
Technical Examples
  1. A track-locking method for an optical disk drive is conducted according to the following steps. First, a tracking error signal (TE signal) is detected, and then the time period for a pickup head jumping from one track to another track is divided into four periods. Secondly, the extreme values of the reshaped tracking error signal (TE' signal) in the first, second and third periods are preset, and the TE signal of the first period is reshaped in view of the extreme value of the TE' signal in the first period and the crest value or the trough value of the TE signal, so as to form the TE' signal in the first period. Then, a line connecting the extreme values of the TE' signal in the first period and the second period is established as the TE' signal in the second period, and a line connecting the extreme values of the TE' signals in the second and third periods is established as the TE' signal in the third period. The TE' signal curve in the above-described periods can be obtained by the manners of linear connection or proportionally reshaping the TE signal.