A multi-functional safe-touching tool allows a user to safely interact with door handles, touchscreen devices, or other objects. The multi-functional safe-touching tool includes a main shaft, a stylus, a door-handle claw, a bottle opener, and a user handle. The main shaft is an extension from a user's hand in order for the user to safely interact with objects. The stylus allows the multi-functional safe-touching tool to interact with a touchscreen interface. The door-handle claw allows the multi-functional safe-touching tool to engage a door handle in order to open the associated door. The bottle opener allows the multi-functional safe-touching tool to be used to open bottles. The user handle allows a user to efficiently grip the multi-functional safe-touching tool and provides leverage when opening doors using the multi-functional safe-touching tool.

A multi-functional safe-touching tool allows a user to safely interact with door handles, touchscreen devices, or other objects. The multi-functional safe-touching tool includes a main shaft, a stylus, a door-handle claw, a bottle opener, and a user handle. The main shaft is an extension from a user's hand in order for the user to safely interact with objects. The stylus allows the multi-functional safe-touching tool to interact with a touchscreen interface. The door-handle claw allows the multi-functional safe-touching tool to engage a door handle in order to open the associated door. The bottle opener allows the multi-functional safe-touching tool to be used to open bottles. The user handle allows a user to efficiently grip the multi-functional safe-touching tool and provides leverage when opening doors using the multi-functional safe-touching tool.

A door opening system includes a trailer that has a door and the door has a door handle. A tool is provided and the tool may be manipulated. The tool has a striking surface to strike an object when the tool is swung at the object. The tool has a gripper and the gripper engages the door handle thereby facilitating the door handle to be manipulated. The gripper has a functional width of at least thirty two mm. The tool has a first hook to engage a device thereby facilitating the device to be remotely manipulated. The tool has a tapered end to engage a ratchet thereby facilitating the tool to rotate the ratchet.

The present invention relates to a technical field of a tool glove combining with various tools, more particularly to a tool glove applied for construction, civil engineering, outdoor sport, agriculture, forestry, butchery, catering, fishery, husbandry or horticulture. In addition, the tool glove of the present invention can combine with various replaceable toolheads upon working demand, such as building repair, high scaffold assembly/disassembly, hitting work, mountain climbing sport, tree climbing for picking fruit, meat cutting in butchery, peeling and vegetable-fruit cutting in catering, scales removing and fish-shrimp cutting in fishery or husbandry, boring for growing flower in horticulture, earthmoving, painting by using brush or roller in painting works, so that it is not necessary for a user to carry multiple dedicated tools to complete various works.

Provided is a tool that includes a handle assembly including a top portion and a bottom portion. The tool also includes a lock plate disposed between the top and bottom portions and having a deflectable arm having a free end biased towards the top portion, a fixed end opposite the free end, an inner edge, an outer edge, and a detent near the free end and the inner edge. The tool additionally includes a blade having first and second ends, an indent in a bottom surface of the blade near the first end for engaging the detent in a closed position, and a ramp on the bottom surface near the indent defining a reduced thickness portion of the blade that reduces in thickness from the indent towards an edge of the blade to reduce contact between the detent and the blade during rotation of the blade.

A ratchet wrench includes a ratchet wheel made of metal and having a ratchet teeth section and a driving section. A pawl made of metal engages with the ratchet teeth section and is controlled by a switch to control the rotation direction of the ratchet wheel. A plate made of metal includes a coupling portion to which the ratchet wheel is coupled. The coupling portion includes a first through-hole through which the ratchet wheel extends. The pawl presses against an inner periphery of the first through-hole. The inner periphery of the first through-hole has a length in an axial direction smaller than a thickness of the ratchet teeth section. A stopper made of plastic material is mounted around a peripheral edge of the coupling portion and includes second and third through-holes respectively located corresponding to the driving section of the ratchet wheel and the switch of the direction changing unit.

A mechanism for reducing time-lost to tedious but necessary adjustments while using a chainsaw is disclosed, as well as methods of manufacture and use. An embodiment has a metal part fitting inside a plastic handle portion, where the two are sometimes assembled in two halves and then pressed molded or fastened together, in the form of a pull-handle positioned at the end of a starter-cord on a chainsaw. Another embodiment has the metal part containing a flat-blade screwdriver surface at one end, which matches and mates with some type of slotted adjustment fixture within the chainsaw; and where the other end has a socket wrench which matches up with an adjustment bolt within the chainsaw. Yet another embodiment has a dog-bone (socket) wrench fitting at one end, and a flat-blade at the other end.

A modular survival tool including a tool body having a tomahawk axe selectively disposed on a top end thereof, a storage compartment therein, a pair of forward protrusions to which a pair of limb members forming a bow are selectively mounted for storage, a pair of angled rearward protrusions are disposed on a rear side of the tool body and the limb members attached thereto to form the bow, and a bow string attached to upper ends of the rearward protrusions. A modular arrow has connectable components stored within the storage compartment but assemble into an arrow for use with the bow. At least one arrow rest is disposed on one of a right side and a left side of the tool body to assist in aiming the arrow. A fire starting surface is disposed on a removable cap over the bottom end, which provides access to the storage compartment.

The present disclosure includes a multi-tool including a handle having a first and a second end opposite the first end and a hammer face attached at the first end of the handle. A pry bar is attached at the first end of the handle along with a lifting hook. A vault key is attached at the second end of the handle. The lifting hook may extend from the first end of the handle or may be formed as a groove or cutout in the first end of the handle or in the pry bar.

A pry bar has a transversely disposed generally triangular cross-section handle grip portion having surfaces formed of a soft elastomeric over-molded material. The handle is formed with an inner hard thermoplastic core and molded over outer elastomeric cover. A metal tether receiving element and impact cap are fixedly secured at the handle proximate end.