Abstract: An inlet valve is provided for a pneumatic tool. The pneumatic tool defines a space and a passageway communicated with the space. The inlet valve includes a housing and a plunger. The housing is movable in the space between a first position where it blocks the space from the passageway and a second position where it allows the communication between the space and the passageway. The housing defines an inlet and an outlet. The plunger is inserted through the outlet and movable in the pneumatic tool between a first position, a second position and a third position. An end of the plunger is put in the housing for pushing the housing, from inside, to the second position as the plunger is in the third position. The plunger includes an annular flange put in the housing for blocking the outlet as the plunger is in the first position and for opening the outlet as the plunger is in the second position.

Abstract: An inlet valve is provided for a pneumatic tool. The pneumatic tool defines a space and a passageway communicated with the space. The inlet valve includes a ring and a controller. The ring can be tilted in the space between a first position where it blocks the space from the passageway and a second position where it allows the communication between the space and the passageway. The ring defines a central aperture. The controller can be pivoted in the space between a first position, a second position and a third position. The controller includes a disc and a rod raised from the disc. The disc is put against the ring as the controller is in the first position and pivoted from the ring as the controller is in the second position. The rod is inserted through the central aperture of the ring. The diameter of the rod is smaller than that of the central aperture of the ring in order to allow pressurized air to travel through the central aperture of the ring as the controller is in the second position.

Abstract: An inlet valve is provided for a pneumatic tool. The pneumatic tool defines a space and a passageway communicated with the space. The inlet valve includes a housing and a plunger. The housing is movable in the space between a first position where it blocks the space from the passageway and a second position where it allows the communication between the space and the passageway. The housing defines an inlet and an outlet. The plunger is inserted through the outlet and movable in the pneumatic tool between a first position, a second position and a third position. An end of the plunger is put in the housing for pushing the housing, from inside, to the second position as the plunger is in the third position. The plunger includes an annular flange put in the housing for blocking the outlet as the plunger is in the first position and for opening the outlet as the plunger is in the second position.

Abstract: An impact device has a carrier, a hammer, a pivot pin, two hammer pins and an output axle. The carrier has a bridge and two walls. Two depressions are defined in the bridge. An elongated hole is defined each wall. The hammer is pivotally mounted in the carrier through the pivot pin. Two legs respectively extend from the hammer to define a recess with an opening. A cavity is defined in each respective leg and corresponds to one of the depressions. An impact protrusion is formed on each respective leg to narrow the opening of the recess. Each hammer pin is moveably received in one of the depressions and the corresponding cavity. The output axle has a jaw selectively abutting against one of the impact protrusions on the hammer. Accordingly, an impact device with a durable structure is provided.