Brush manufacturing machine
OwnerFook Yuen LEEinventor
Life of this patent
Estimating the term…
Abstract
The embodiments of the present disclosure provides a brush manufacturing machine (100) comprising a rotary transportation mechanism (160); a bristle carrier loading station (110); one or more bristle dispensing station (120a-d) comprising a bristle feed mechanism (200), a bristle tuft picker (240), and a bristle plant feeder (250), that plants high-density and short length bristle tufts on a bristle carrier (170) with fine pitch openings; an ultrasonic fusion station (130); a heating station (140); an unloading station (150); and a logic controller system for providing programmed commands, controlling the machine sequence and monitoring the feedback of operating conditions at every station through a network of sensors and actuators.
Claims20
A brush manufacturing machine comprising:
- a rotary transportation mechanism;
- a bristle carrier loading station;
- one or more bristle dispensing station comprising a bristle feed mechanism, a bristle tuft picker, and a bristle plant feeder, that plants high-density and short length bristle tufts on a bristle carrier with fine pitch openings;
- an ultrasonic fusion station;
- a heating station;
- an unloading station;
- and
- a logic controller system for providing programmed commands, controlling a machine sequence and monitoring feedback of operating conditions at every station through a network of sensors and actuators.
A system for manufacturing brushes comprising:
- a rotary transportation mechanism;
- a bristle carrier loading station;
- one or more bristle dispensing station comprising a bristle feed mechanism, a bristle tuft picker, and a bristle plant feeder, that plants high-density and short length bristle tufts on a bristle carrier with fine pitch openings;
- an ultrasonic fusion station;
- a heating station;
- an unloading station;
- and
- a logic controller system for providing programmed commands, controlling a machine sequence and monitoring feedback of operating conditions at every station through a network of sensors and actuators.
Dependencies are inferred from the claim text.