Black Decker Inc.

Stanley Fastening Systems, L.p.

Funicello, John C.

Keven E Miller

Thomas E Miller

John C Funicello

Todd A Hagan

Craig Alan Schell

Andrzej R Wojcicki

Glen V Steinbrunner

John E Buck

Ashok Samuel Baskar

David M McGee

Charles R Frohlich, Iii

Paul Gerard Gross

Adan Ayala

Michael P Baron

James R Niblett

Robert Alan Berry

William D Sauerwein

Brian C Burke

David J Simonelli

Charles L Bradenbaugh

Donald R Perron

Charles W Hewitt

Wai Hoe Ho

C Kerwin Braddock

Jonathan W Fairbanks

Richard Waterman

Lok C Lam

Adair Yang

Paul Grandstrand

Gianpaolo Scabin

Andrew Leonczyk

I-Hui Liu

Tim Kimball

Kevin Staples

Luigi Arnaldo Paiella

Paul Grandstand

Ho Wai

Glenn V Steinbrunner

Paul Jacey

Jared Rondeau

Luigi A Paiella

Charles R Frohlich Iii

Charles R Iii Frohlich

A fastening tool having plural power source ports that, when contemporaneously activated, deliver compressed air to a fastener driving assembly to drive a fastener into a workpiece.

Fastening tool with dual pneumatic handles

A fastening tool includes an actuation device configured to actuate a drive engine of the tool to initiate a drive stroke. The actuation device includes a contact trip assembly operatively connected to the movable portion of the nose assembly. The contact trip assembly a lower contact arm connected to the movable portion of the nose assembly biased in the retracted position and movable to the extended position with the moveable portion of the nose assembly, and an upper contact arm operatively connected to the lower contact arm. The actuation device includes a trigger assembly that includes a trigger, a trigger arm pivotally supported by the trigger and configured to interact with the upper contact arm, and a check pawl configured to engage an opening in the upper contact arm when the upper contact arm moves downward to prevent the tool from being operated in a contact trip mode.

Fastening tool

A fastener tool includes a housing comprising a nosepiece and a magazine connected to the housing for storing a fastener. A driving mechanism is disposed within the housing for driving the fastener into a workpiece. A trigger assembly is pivotally attached to the housing for activating the driving mechanism. A nosepiece cover is pivotally attached to the nosepiece. A latch is pivotally attached to the nosepiece cover. A latch wire is pivotally attached to the latch for engaging at least one hook disposed on the nosepiece. The latch wire has a portion extending between the latch and the hook, the portion having at least two bends.

Fastener tool

A fastener driving device includes a fastener driver, a magazine for carrying a supply of fasteners to the fastener driver, a spring that moves the fastener driver through a drive stroke, and a motor configured to move the fastener driver through a return stroke. The motor is operable upon completion of the drive stroke, to move the fastener driver partially through the return stroke a predetermined amount to partially pre-compress the spring. The motor is further operable to fully compress the spring after receiving a signal for the drive stroke.

Fastener driving device

A fastener driving device includes a housing, and a nose assembly carried by the housing. The nose assembly has a fastener drive track. The fastener driving device also includes an engine carried by the housing and configured to drive a fastener out of the drive track and into a workpiece during a drive stroke, a contact trip that includes an electrical actuator constructed and arranged to move a portion of contact trip to sense whether the workpiece is in front of the nose assembly, and a trigger configured to activate the electrical actuator to move the portion of the contact trip.

Fastener driving device with contact trip having an electrical actuator

A fastener driving device including a housing assembly, a nose assembly connected to the housing assembly, and a magazine for carrying a supply of fasteners that are provided to the nose assembly. The fastener driving device also includes a fastener driver and a spring that moves the fastener driver through a drive stroke. A motor and a coupler mechanism is also provided for moving the fastener driver through a return stroke.

A method for operating a driving tool that can be employed for driving fasteners, such as nails. The method can include: providing a housing that defines a housing cavity with a rod aperture; mounting a plurality of seals to a cylinder sleeve; inserting the cylinder sleeve into the housing cavity; inserting a piston assembly to the cylinder sleeve, the piston assembly including a driver that extends into the rod aperture; coupling a cap assembly to the housing to enclose an end of the housing cavity opposite the rod aperture, the cap assembly including an exhaust outlet; biasing the cylinder sleeve toward the cap assembly to inhibit fluid communication between the housing cavity and the exhaust outlet and permit fluid communication between an interior of the cylinder sleeve and the exhaust outlet; and translating the cylinder sleeve away from the cap assembly to permit fluid communication between the housing cavity and the interior of the cylinder sleeve and inhibit fluid communication between the interior of the cylinder sleeve and the exhaust outlet.

Method for operating the engine of fastening tool

The fastener tool includes a nosepiece, a nosepiece cover pivotally attached to the nosepiece, a latch pivotally attached to the nosepiece cover, a latch wire pivotally attached to the latch for engaging at least one hook disposed on the nosepiece, wherein the latch wire has a portion extending between the latch and the hook, the portion having at least two bends.

A pneumatic fastening tool assembly that employs an engine having a sliding sleeve arrangement to control the supply of air to and exhaust from the pneumatic engine. The sliding sleeve arrangement eliminates the need for a conventional main valve and thereby reduces the overall weight and length of the pneumatic fastening tool relative to those tools that employ a conventional engine configuration.

Fastening tool apparatus and method for operating the engine of fastening tool

A magazine is connectable to the nosepiece of a fastener tool having a driving mechanism for driving a fastener into a workpiece. The magazine defines a fastener channel for storing one or more fasteners, and a pusher channel that receives a pusher assembly for pushing the fasteners towards the nosepiece. The pusher assembly slides along the pusher channel and includes a pusher for contacting the fastener and pushing the fastener towards the nosepiece, and a spring for biasing the pusher towards the fastener channel. The pusher has a camming surface to bypass fasteners inserted into the magazine assembly when the pusher assembly is moved towards the end of the magazine assembly farthest from the nosepiece. The magazine also has a locking mechanism near the end of the magazine assembly farthest from the nosepiece for latching the pusher.

A fastening tool including a housing, a magazine connected to the housing for storing a fastener, a driving mechanism disposed within the housing for driving the fastener into a workpiece, a trigger assembly pivotally attached to the housing for activating the driving mechanism, the trigger assembly comprising a main trigger, pivotally attached to the housing and a supplemental trigger pivotally attached to the main trigger; and a contact trip assembly comprising an upper contact trip contacting the supplemental trigger, a lower contact trip connected to the upper contact trip, wherein the upper and lower contact trips have teeth that mesh together for locking the upper and lower contact trips.

Contact trip assembly for fastening tool

A magazine assembly for a fastening tool. The magazine assembly slides on guide posts that are formed into the nose assembly of the fastening tool and is clamped to the fastening tool via a magazine clamp assembly that requires no tools to operate. The magazine clamp assembly may be partially released to permit the magazine assembly to be partially withdrawn from the nose assembly so that the nose assembly may be maintained without the complete removal of the magazine assembly. The construction of the nose assembly is such that when the magazine assembly is placed in a partially withdrawn state, a portion of the nose assembly mechanically inhibits actuation of the fastening tool trigger system.

Magazine assembly for fastening tool

A magazine assembly for a fastening tool. The magazine assembly includes a feed mechanism having a fastener follower that includes a cam device. The feed mechanism also includes a cam follower which is employed to engage the cam device so that fasteners may be loaded into the magazine assembly. The cam follower alternately engages and disengages the cam device in response to movement of the fastener follower relative to the cam device. A method for operating a fastening tool is also provided.

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Forest Hill, MD, United States of America

Keven E Miller