Portable Power Drill With Pump
An example cordless portable power drill is provided. The drill may include a drill chassis, and a spindle mounted to the drill chassis. The spindle may be configured to drive a working bit. The drill may also include an exit port configured to direct a flow of a substance towards the working bit and an electric motor mounted to the drill chassis and operably configured to rotate the spindle. The drill may also include a pump mounted to the drill chassis. The pump may be fluidly coupled to the exit port, and the pump may be configured to pressurize the substance for output via the exit port to cool the working bit or remove debris created by the working bit through interaction with a workpiece.
1 . A cordless portable power drill comprising:
a drill chassis;
a spindle mounted to the drill chassis, the spindle configured to drive a working bit;
an exit port configured to direct a flow of a substance towards the working bit;
an electric motor mounted to the drill chassis and operably configured to rotate the spindle; and
a pump mounted to the drill chassis, the pump being fluidly coupled to the exit port, wherein the pump is configured to pressurize the substance for output via the exit port to cool the working bit or remove debris created by the working bit through interaction with a workpiece.
2 . The cordless power drill of claim 1 further comprising a battery configured to power the electric motor.
3 . The cordless power drill of claim 1 wherein the pump comprises an air compressor.
4 . The cordless power drill of claim 1 wherein the pump comprises a piezoelectric pump.
5 . The cordless power drill of claim 1 further comprising a storage tank fluidly coupled to the pump and the exit port, the storage tank being configured to retain at least a component of the substance in a pressurized state;
wherein the pump is further configured to force the at least a component of the substance into the storage tank to pressurize the at least a component of the substance.
6 . The cordless power drill of claim 5 , wherein the storage tank is mounted to the drill chassis.
7 . The cordless power drill of claim 1 further comprising a positive feed drill head mounted to the drill chassis and operably coupled to the spindle.
8 . The cordless power drill of claim 7 wherein the positive feed drill head includes a plurality of reduction gears that operably couple to the spindle to cause translational movement of the spindle along a center of rotation of the spindle.
9 . The cordless power drill of claim 7 wherein the positive feed drill head comprises an engage feed mechanism configured to translate the spindle in a forward direction towards the workpiece and a retract feed mechanism configured to translate the spindle in a rearward direction away from the workpiece.
10 . The cordless power drill of claim 1 further comprising a lubricant reservoir holding a lubricant, the lubricant reservoir being fluidly coupled to the pump such that the substance forced through the exit port comprises the lubricant.
11 . The cordless power drill of claim 10 wherein the lubricant is an oil-based coolant.
12 . The cordless power drill of claim 1 wherein the exit port is disposed on a rotating fitting on the drill spindle.
13 . The cordless power drill of claim 1 further comprising a microcontroller configured to control the electric motor and the pump.
14 . A cordless portable power drill comprising:
a drill chassis;
a spindle mounted to the drill chassis, the spindle configured to drive a working bit;
an electric motor mounted to the drill chassis and operably configured to rotate the spindle;
a battery configured to power the electric motor;
an air compressor mounted to the drill chassis, the air compressor being powered by the battery; and
a storage tank fluidly coupled to the air compressor and an exit port, the storage tank being configured to retain air in a pressurized state;
wherein the air compressor is configured to pressurize air into the storage tank for controlled output via the exit port to cool the working bit or remove debris created by the working bit through interaction with a workpiece.
15 . The cordless power drill of claim 14 further comprising a positive feed drill head mounted to the drill chassis and operably coupled to the spindle.
16 . The cordless power drill of claim 15 wherein the positive feed drill head includes a plurality of reduction gears that operably couple to the spindle to cause translational movement of the spindle along a center of rotation of the spindle.
17 . The cordless power drill of claim 15 wherein the positive feed drill head comprises an engage feed mechanism configured to translate the spindle in a forward direction towards the workpiece and a retract feed mechanism configured to translate the spindle in a rearward direction away from the workpiece.
18 . The cordless power drill of claim 14 further comprising a lubricant reservoir holding a lubricant, the lubrication reservoir being fluidly coupled to the storage tank, wherein the storage tank and the lubricant reservoir are configured to output the compressed air with the lubricant through the exit port.
19 . The cordless power drill of claim 18 wherein the lubricant is an oil-based coolant.
20 . The cordless power drill of claim 1 wherein the exit port is disposed on a rotating fitting on the drill spindle.