Powered fastener driver
A fastener driver includes a magazine having a magazine cover and a magazine body. The magazine cover includes a top surface having an opening defined therein. The magazine body is slidably movable relative to the magazine cover from a closed position to an open position. A latch is coupled to the top surface of the magazine cover and extends through the opening in the top surface of the magazine cover. The latch includes a latch projection that defines a first contact surface. A pusher body is slidably coupled to the magazine body and includes an arm member that defines a second contact surface. A biasing member biases the pusher toward a nosepiece when the magazine body is in the closed position. The first and second contact surfaces are engageable to hold the pusher body in a latched position when the magazine body is in the open position.
1 . A fastener driver comprising:
a magazine configured to receive fasteners therein, the magazine including
a magazine cover having a length extending along a longitudinal axis between a first end and a second end, a top surface having an opening defined therein proximate the second end, and a bottom surface opposite the top surface, and
a magazine body slidably movable relative to the magazine cover from a closed position to an open position for reloading the magazine with fasteners;
a nosepiece including a fastener driving channel from which consecutive fasteners from the magazine are driven, the nosepiece adjacent the first end of the magazine cover;
a latch coupled to the top surface of the magazine cover, the latch extending through the opening in the top surface of the magazine cover, the latch including a first latch projection and a second latch projection, wherein the first latch projection and the second latch projection extend through the opening in the top surface of the magazine cover, and wherein the first and second latch projections are positioned on opposite sides of the longitudinal axis;
a pusher body slidably coupled to the magazine body, the pusher body including a pair of arm members; and
a biasing member configured to bias the pusher body and the fasteners within the magazine toward the nosepiece when the magazine body is in the closed position,
wherein each of the first and second latch projections includes a first contact surface engageable with a second contact surface on each of the pair of arm members on the pusher body to hold the pusher body in a latched position when the magazine body is in the open position, and
wherein the first contact surface defines a first plane oriented at an oblique angle relative to a vertical reference plane that is perpendicular to the longitudinal axis of the magazine.
2 . The fastener driver of claim 1 , wherein the oblique angle is an acute angle.
3 . The fastener driver of claim 1 , wherein the oblique angle is in a range from 10 degrees to 30 degrees.
4 . The fastener driver of claim 1 , wherein the oblique angle is approximately 15 degrees.
5 . The fastener driver of claim 1 , wherein the second contact surface is curvilinear.
6 . The fastener driver of claim 1 , wherein the second contact surface includes a constant radius.
7 . The fastener driver of claim 1 , wherein the magazine body includes an extruded rail defining a fastener channel in which the fasteners are received, and wherein the pusher body is configured to straddle the rail.
8 . The fastener driver of claim 1 , wherein a lock assembly is positioned at a rear end of the magazine body, and wherein the lock assembly is configured to selectively couple the magazine body to the magazine cover.
9 . The fastener driver of claim 8 , wherein the magazine cover includes a latching bracket and a latching recess, and wherein the lock assembly includes a latch member that selectively engages the latching bracket and is seated within the latching recess when the magazine cover is in the closed position.
10 . The fastener driver of claim 1 , further comprising a handle portion, wherein the top surface is in a facing relationship with the handle portion.
11 . A fastener driver comprising:
a magazine configured to receive fasteners therein, the magazine including
a magazine cover having a length extending along a longitudinal axis between a first end and a second end, and an opening defined proximate the second end, and
a magazine body slidably movable relative to the magazine cover from a closed position to an open position for reloading the magazine with fasteners;
a nosepiece including a fastener driving channel from which consecutive fasteners from the magazine are driven, the nosepiece adjacent the first end of the magazine cover;
a latch coupled to the magazine cover and extending through the opening in the magazine cover, the latch including first and second latch projections that each define a first contact surface and that each extend through the opening in the magazine cover, the first contact surface defining a first plane oriented at an oblique angle relative to a vertical reference plane that is perpendicular to the longitudinal axis of the magazine;
a pusher body slidably coupled to the magazine body, the pusher body including a pair of arm members that each define a second contact surface that is curvilinear; and
a biasing member configured to bias the pusher body and the fasteners within the magazine toward the nosepiece when the magazine body is in the closed position,
wherein the first and second contact surfaces are engageable to hold the pusher body in a latched position when the magazine body is in the open position.
12 . The fastener driver of claim 11 , wherein the oblique angle is an acute angle.
13 . The fastener driver of claim 12 , wherein the oblique angle is in a range from 10 degrees to 30 degrees.
14 . The fastener driver of claim 12 , wherein the oblique angle is approximately 15 degrees.
15 . The fastener driver of claim 11 , wherein the second contact surface includes a constant radius.
16 . The fastener driver of claim 11 , wherein the magazine body includes an extruded rail defining a fastener channel in which the fasteners are received, and wherein the pusher body is configured to straddle the rail.
17 . The fastener driver of claim 11 , wherein
a lock assembly is positioned at a rear end of the magazine body, and wherein the lock assembly is configured to selectively couple the magazine body to the magazine cover,
the magazine cover includes a latching bracket and a latching recess, and
the lock assembly includes a latch member that selectively engages the latching bracket and is seated within the latching recess when the magazine cover is in the closed position.
18 . The fastener driver of claim 11 , wherein the first and second latch projections are positioned on opposite sides of the longitudinal axis.
19 . A fastener driver comprising:
a magazine configured to receive fasteners therein, the magazine including
a magazine cover having a length extending along a longitudinal axis between a first end and a second end, and an opening defined proximate the second end, and
a magazine body slidably movable relative to the magazine cover from a closed position to an open position for reloading the magazine with fasteners;
a nosepiece including a fastener driving channel from which consecutive fasteners from the magazine are driven, the nosepiece adjacent the first end of the magazine cover;
a latch coupled to the magazine cover, the latch including a latch projection that extends through the opening in the magazine cover;
a pusher body slidably coupled to the magazine body, the pusher body including a pair of arm members configured to engage the latch to hold the pusher body in a latched position when the magazine body is in the open position;
a biasing member configured to bias the pusher body and the fasteners within the magazine toward the nosepiece when the magazine body is in the closed position; and
a lock assembly configured to selectively couple the magazine body to the magazine cover to maintain the magazine body in the closed position, the lock assembly having a flange portion positioned within the magazine body,
wherein the pusher body is automatically adjusted from the latched position to a released position by engagement between the flange portion of the lock assembly and the latch projection when the magazine body is moved toward the closed position,
wherein the lock assembly is positioned at a rear end of the magazine body,
wherein the latch includes first and second projections that each extend through the opening in the magazine cover,
wherein each of the first and second projections includes a first contact surface engageable with a second contact surface on each of the pair of arm members on the pusher body when in the latched position, and
wherein the first contact surface defines a first plane oriented at an oblique angle relative to a vertical reference plane that is perpendicular to the longitudinal axis of the magazine.
20 . The fastener driver of claim 19 , wherein
the magazine cover includes a latching bracket and a latching recess, and
the lock assembly includes a latch member that selectively engages the latching bracket and is seated within the latching recess when the magazine cover is in the closed position.