Cam-driven hydraulic fingers enable continuous compression, eliminating batch idle time and manual weighing errors.
A weight checker body slides along rail members to adjust position in the transport direction.
Segmented microscale units with wireless transceivers resolve the contradiction between high weighing capacity and limited space occupation.
A printer controller allocates weight data to template input objects and determines corresponding output values for printing.
A dispensing device uses a scanner to read container tags and a scale to measure material weight for precise dosing.
Extending virtual image distance past eight meters aligns secondary reflections with primary views, resolving ghosting without wedged glass or optical films.
A Wi-Fi body weight scale uses load sensors and a processor to detect user stability for accurate measurement.
A dual-sided scale uses a nested weighing surface below the main platform to switch measurement modes by rotating the device 180 degrees.