Blade guard with dust collection
Blade guards for power tools such as table saws are disclosed. The blade guard may include a shroud that pivots up and down to allow a workpiece to move past the guard, a dust collection channel, and a pivot joint which maintains the dust collection channel in an operable condition as the shroud pivots up or down. The guard may also include a wood stop and anti-kickback pawls. The blade guard may be part of a dust collection system and may be connected to a vacuum system by a conduit such as a flexible hose.
1. A dust collection system for use on a power tool with a blade, the system comprising:
a guard configured to at least partially shield the blade, and further configured so that a workpiece traveling under the guard can move the guard, and
dust collection means for collecting dust generated by the power tool while allowing the guard to move freely, where the dust collection means includes a dust port rigidly attached to a splitter.
2. A dust collection system for use on a power tool with a blade, the system comprising:
a guard portion configured to at least partially shield the blade, and further configured so that a workpiece traveling under the guard portion can move the guard portion,
a dust collection channel associated with the guard portion, where the dust collection channel has an outlet, and where the dust collection channel is configured to channel dust generated by the power tool to the outlet,
a vacuum,
a conduit connecting the vacuum to the outlet, and
a splitter,
where the conduit is supported by the splitter so that the conduit does not hinder the movement of the guard portion.
3. The dust collection system of claim 2 , where the conduit supported by the splitter is supported so that it does not move when a workpiece moves the guard portion.
4. A blade guard for use on a power tool with a blade, the guard comprising:
a shroud configured to at least partially shield the blade, where the shroud has a channel through which dust may travel;
a splitter:
a dust port fixed to the splitter, where the dust port includes a channel through which dust may travel, an inlet and an outlet, where the outlet is configured to connect to a dust collection system; and
a joint connecting the shroud to the dust port, where the joint is configured so that the shroud can move without the dust port moving, and where the joint is further configured so that the channel in the shroud operably connects with the channel in the dust port;
where the dust port is fixed to the splitter so that the splitter supports the weight of the dust collection system connected to the outlet of the dust port.