The present invention provides a universal fastening system that joins or affixes two or more objects together. The universal fastening system comprises a driving tool having a first end and a second end connected through a cylindrical shaft, wherein one end is a tip end having a plurality of indentations, and the other end is a tool head for receiving a driving shaft which can be rotated by a hand-driven tool or motorized tool. The system also includes a fastener comprising a head part on which a plurality of protrusion or teeth are positioned to facilitate the engagement of the fastener with the driving tool at various angles. Furthermore, the fastener also includes a shank member centrally attached to the head of the fastener, having a plurality of threads enables the insertion of the fastener within the fastening channel when rotated by the driving tool.

A driver tool for insertion and removal of a first part configured for threaded engagement in a corresponding threaded bore in a second part has a driving end portion of polygonal shape with multiple flats configured for engagement in a recess in the first part having a corresponding polygonal shape. Some or all of the flats have a respective grabbing feature or edge designed to grab or grip into the opposing surface of the recess to allow a greater amount of torque to be applied to the first part when the tool is rotated in the unthreading direction than when it is rotated in the opposite threading or insertion direction.

A universal tool which can be a screwdriver, wrench, pliers, or any other tool. The tool can operate on an object (e.g., a screw, bolt, etc.) of any shape because of a set of pins that can mold to match a shape of the object. For example, a same universal screwdriver has pegs which mold themselves to match a shape of a slotted screw head or mold themselves to match a shape of a philips screw head. A user of the universal screwdriver can then turn such screw by turning the universal screwdriver in a standard fashion. When the universal screwdriver is removed from the object, then the pegs automatically revert themselves to a default position so a different shaped screw head can then be operated on.

A camera mounting system includes a mount and a mounting bracket removably coupled to the mount. The mount includes a plate and a screw extending rearward of the plate. The mounting bracket includes a tab and a base pivotably coupled to the tab. A camera may be mounted to the mounting bracket. In addition, a tool having a bit and configured to to interfit with a head of the screw to secure may be used to secure the mount to a tree-like object. The tool is further configured to interfit with an orifice formed in the mounting bracket and allow a user to lift the mounting bracket and removably couple the mounting bracket to the mount.

An implantation set for implanting a screw in a human or animal body includes a tool and a screw designed to receive the tool. The screw has a tool receiving region into which or onto which a torque transmission region of the tool can be or is inserted or placed to transmit torque. At least one inclined insertion region is formed on the tool receiving region to guide the tool during insertion of the screw. The tool forms at least one centering surface that is matched to the inclined insertion region such that when the centering surface comes into contact with the inclined insertion region, a form fit and force fit is created.

A hidden tool for an electronic device holder includes: a holder; a main body, in connection with the holder, and provided with an adjusting portion; and a side plate, placed on one side of the main body, and provided with a tool turning portion complementary to the adjusting portion. With the adjusting portion and side plate inside the main body, the corresponding tool can be quickly obtained when the torque of holder needs to be adjusted, and the tool can be placed on the main body through the side plate, allowing a user to place the side plate back to the main body after the tool is used, so that the tool can be quickly obtained when needed to use next time and both the tool and adjusting portion can be hidden, thereby having a safe effect.

A drive system including a bit with a bit end configured to provide targeted frictional engagement with a fastener. The bit end has an outer leading wall tapered with respect to the bit end longitudinal axis at a leading wall angle selected from leading wall angle values ranging within a leading wall angle tolerance band and the fastener has an inner recess wall tapered with respect to the fastener longitudinal axis at a recess wall angle selected from recess wall angle values ranging within a recess wall angle tolerance band, wherein the leading wall angle values within the leading wall angle tolerance band and the recess wall angles values within the recess wall angle tolerance band do not overlap when the outer leading wall contacts the inner pilot recess wall at a targeted focal area to achieve a desired level of frictional engagement between the pilot end and the fastener.

An apparatus, system, and method are disclosed. The apparatus includes a body coupled to a head, the head including a hole of at least three sides and a shaft of at least three sides, the shaft being disposed inside the hole. The system includes a fastener apparatus that includes a head including a hole of at least three sides and a shaft of at least three sides located inside the hole. The system further includes a fastener driver that includes a driver head of at least three sides, and a driver hole of at least three sides, the driver hole located within the head. The method includes providing a fastener apparatus that includes a body coupled to a head, the head including a hole of at least three sides and a shaft of three sides that is located within the hole. The method further includes using the fastener apparatus.

A screw driver system includes a screw driver and a guide clamp. The screw driver includes a driving bit. The driving bit includes a body having a first end and a second end and an outer surface comprising a cylindrical portion between the first and second ends. The screw driving bit includes a first circumferential groove and a second circumferential groove on the outer surface of the cylindrical portion each having a bottom surface. The bottom surface of the first circumferential groove defines a first outer diameter that is larger than a second outer diameter defined by the second circumferential groove. The guide clamp includes a jaw for holding the screw driving bit. When engaged with the first circumferential groove, the guide clamp prevents rotation of the screw driving bit. When engaged with the second circumferential groove, the guide clamp does not prevent rotation of the screw driving bit.

An anti-slip fastener driver includes a shank and a driving portion formed on an end of the shank and defining a longitudinal axis. The driving portion includes an outer periphery surrounding the longitudinal axis and having a first peripheral face. An end of the driving portion opposite to the shank includes a first bevel face connected to the first peripheral face. The first bevel face includes a first side and a first corner opposite to the first side. The end of the driving portion opposite to the shank defines a reference plane perpendicular to the longitudinal axis. The first side is located on the reference plane. The first corner is located between the reference plane and the shank.