EXPO CYCLE

Brand Owner Address Description
EXPOCYCLE Hu, HuanHuan No.59 Zhangwei Group, Taiping Village, Wangzhuang Town, Xinyi City, Jiangsu 221400 China EXPO CYCLE;Aftermarket automobile accessories, namely, car interior organizer bags, nets and trays specially adapted for fitting in vehicles; Aftermarket automobile accessories, namely, luggage bags specially adapted for fitting in the trunk of vehicles; Anti-skid chains for vehicle tires; Anti-skid chains for vehicles; Anti-skid studs for vehicle tires; Anti-skid textile covers for tires; Anti-slip surface that is affixed to upholstered automobile surfaces for preventing animal paws from slipping; Anti-slipping dashboard mats for holding personal items that are affixed or specially adapted to the automobile; Auto accessories, namely, side mirror protective and vanity covers; Auto aftermarket accessories, namely, vehicle custom grills; Automobile interior accessory, namely, durable and flexible wedge, which can be expanded or contracted, to fill gap between front seat and center console of an automobile preventing objects from dropping into gap; Automobile roof racks; Automobile windshield sunshades; Automotive aftermarket parts, namely, truck bed extender and storage box; Automotive interior paneling;
 

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

    
Technical Examples
  1. A method to perform a cycle synchronization between interconnected sub-networks, in which a reference node connected to one of the sub-networks transmits a respective cycle time information to cycle masters of all other sub-networks at recurring time instants, and the cycle masters of all other sub-networks adjust their cycle time accordingly. An adjustment of the cycle time within a cycle master is performed by determining a first time interval (?t1, ?t1') in-between two receptions of cycle time information from the reference node with an own clock, determining a second time interval (?t2, ?t2') in-between two corresponding transmissions of cycle time information from the reference node on basis of the received cycle time information, comparing the first time interval (?t1, ?t1') and the second time interval (?t2, ?t2'), and adjusting the own cycle length according to the comparison result.