Milwaukee Electric Tool Corporation

Todd M Gehring

Troy Charles Thorson

Matthew J Mergener

Jeremy R Ebner

Steven N Winkel

Cameron R Schulz

Scott W Anderson

Michael Kolden

William W Strohfeldt

Kenneth M Brazell

Taku Ohi

Scott D Bublitz

Douglas K Ritterling

Michael W Phillips

Michael L Welliver

Peter B Lane

Tom J Edwards

Thomas J Edwards

A bladder configured to support a phase change material in a heat transfer relationship with at least one battery cell including a wall defining a channel, the phase change material surrounding a portion of the channel.

Battery pack with phase change material

A cutting tool includes a housing and a pair of cutting blades at least partially extending from the housing. At least a first of the cutting blades is movable. The cutting tool also includes a drive mechanism including a cam and a ratchet mechanism. At least a portion of the ratchet mechanism is drivably coupled to the first cutting blade. The cutting tool further includes a motor for providing torque to the cam to actuate the ratchet mechanism. The ratchet mechanism includes a follower that is translatable in a direction transverse to a rotational axis of the cam in response to rotation of the cam.

Powered cutting tool

A battery pack may include a housing; at least one battery cell supported in the housing; a phase change material; and a bladder containing the phase change material, the bladder defining a channel having an opening, the bladder being in a heat transfer relationship with the at least one battery cell. The phase change material in the bladder may also surround a portion of the channel. The phase change material may include a paraffin wax.

A cutting tool includes a housing and a pair of cutting blades at least partially extending from the housing. At least a first of the cutting blades is movable. The cutting tool also includes a drive mechanism including a cam and a ratchet mechanism. At least a portion of the ratchet mechanism is drivably coupled to the first cutting blade. The cutting tool further includes a motor for providing torque to the cam to actuate the ratchet mechanism.

Battery

A fastener feeding device may include a housing that is securable to a power tool, a glider assembly that is slidably coupled to the housing, a depth control nose slidably coupled to the glider assembly and the housing, and a locking member pivotally coupled to the glider. The locking member may include a mounting sleeve coupleable to a power tool for providing a quick release connection of the feeding device to the power tool. A depth stop may be coupled to the mounting sleeve and may be engageable with a depth stop adjusting ring to adjust a depth to which a fastener driven by the system is driven relative to a surface of a workpiece. A depth control locking member may be pivotally coupled to the glider assembly for adjusting the depth nose control nose with respect to the glider assembly. An extension may be connectable between the power tool and the feeding device.

Fastener feeding system

Growing community of inventors

Hartland, WI, United States of America

Todd M Gehring