Abstract: A drive multiplying device for simultaneous drilling of multiple holes includes a housing. A drive shaft is rotationally coupled to and positioned through a first face of the housing. A first end of the drive shaft extends from the first face of the housing. A plurality of second shafts is rotationally coupled to and positioned through a second face of the housing. A first terminus of each second shaft extends from the second face of the housing. A gear set is positioned in the housing and is gearedly coupled to the drive shaft as well as each of the second shafts. The first end of the drive shaft is configured to couple to a rotary tool. The drive shaft is positioned to compel the gear set to rotate the second shafts. Drill bits coupled to the first termini of the second shafts are rotated concurrently with the drive shaft.

Abstract: An endodontic file system is provided for simultaneously cleaning and shaping multiple root canals, the system includes a drill head having a distal portion and a proximal portion; at least two adjustable couplers on the distal portion of the drill head, each adjustable coupler configured to secure an endodontic file for cleaning a root canal; and a rotary system configured to rotate each adjustable coupler, where at least one endodontic file has an adjustable working distance from the drill head to a root canal of a tooth. In an example, each adjustable coupler can be configured to have a torque control configured to allow for controlling the rotation of the adjustable coupler based on an amount of torque.

Abstract: A device for drilling an acoustic component including a drilling head, and the drilling head has a support unit including at least two autonomous drilling cassettes. Each cassette includes at least one drill bit, a stationary frame with respect to the support unit, and a bit support moveable along the main axis (?) of the cassette between a retracted position and a deployed position. In particular, each bit support is equipped with a device for sensing the skin of the acoustic component to be drilled allowing to automatically control the drilling depth of the bits of each cassette.

Abstract: A peripheral peg drill component comprising a housing having a first side and a second side opposite the first side, at least two drill bits extending from the second side of the housing, and a driving mechanism located within the housing, the driving mechanism including a series of pulleys and a belt that together are configured to rotate the at least two drill bits and cause them to simultaneously penetrate a bony surface.

Abstract: A peripheral peg drill component comprising a housing having a first side and a second side opposite the first side, at least two drill bits extending from the second side of the housing, a defined opening on the second side of the housing, the defined opening being configured to receive an alignment pin extending from a bony surface, and a driving mechanism within the housing, the driving mechanism being configured to rotate the at least two drill bits and cause them to simultaneously penetrate the bony surface.

Abstract: A drilling apparatus designed used to drill multiple holes in the bottom surface of an overhead surface. The drilling apparatus includes a lower frame member and an upper frame member longitudinally aligned thereover. The lower frame member includes two vertical uprights perpendicularly aligned and attached to a lower base mounted on caster wheels. A cable attached to a winch selectively lowers and raises the upper frame member over the lower frame member. Attached to the upper end of the upper frame member is a perpendicularly aligned horizontal support member. Mounted on the support member are two or more drill brackets that hold inverted drill motors each with a drill bit at a fixed location and at a fixed angle. At least one drill bracket includes a horizontal alignment flange surface that is used as an alignment surface for a laser placed on the support surface and aimed upward to the precise hole location on the overhead surface.

Abstract: A dual drill and anchoring device comprising a first shaft; a first bevel gear on the first shaft; a second shaft positioned 90 degrees from the first shaft; a second bevel gear slidably disposed on the second shaft wherein that the rotation of the first shaft can be translated to a rotation of the second shaft; a first ram fixedly attached to the second shaft, a first ram protrusion of the first ram and a ram engage nut for engaging the first ram protrusion, wherein when the first ram rotates in a first direction the ram engage nut moves down the first ram protrusion; and an anchor ram with a well for accommodating the protrusion and an anchor ram protrusion that protrudes away from the first ram.

Abstract: The invention relates to a system and a method for marking any non-living or living objects, in particular medical instruments, implants, structural parts, e.g. tools, machines, items of clothing, jewelry, and many others, and to a marking element and the use of same for marking any objects, in particular for object control and object management. For this purpose, a marking system is proposed that comprises a holding device for the object (82) that is to be marked, a marking element (70) with a round, oval or polygonal cross-sectional shape, and a drill device with which a receiving bore for the marking element is formed in the object that is to be marked, wherein the receiving bore has a cross-sectional shape corresponding to the cross-sectional shape of the marking element and has a cross-sectional surface area that is smaller than the cross-sectional surface area of the marking element, and a pressing device for pressing the marking element into the bore.

Abstract: A nail care system and method using a rubber or soft plastic coated mandrel bit connected to a rotary device, the mandrel bit reducing vibration during operation of the nail care system allowing for smoother polishing and filing as well as a more comfortable experience for the client and nail care practitioner.

Abstract: A rotary hole punch (T) comprising a cylindrical head (10) with circular section, the free end (11) of which can be gripped by a means able to drive said hole punch rotationally, a cylindrical tube (20) of circular section, attached to the inner end (12) of the head (10), and ending in a cutting edge (21), characterized in that the head (10) of the hole punch includes at least one duct (13) making it possible to feed a fluid under pressure inside the tube (20) at the level of the inner end (12) of the head (10).

Abstract: An electric drill (10) has a drive assembly (31, 70), and a pivot head (32) having first and second bit gripping assemblies (14, 22) disposed at 90 degrees to each other. The electric drill (10) also includes means for adjusting the position of the bit gripping assemblies (14, 22) relative to the drive assembly (31, 70) by pivoting the head (32) through 90 degrees, whereby a selected one of the bit gripping assemblies is operatively engaged to the drive assembly. The position adjusting means may include a movable locking sleeve (36) which, in a first position, allows the drive assembly to operatively engage the selected bit gripping assembly and, in a second position, allows the drive assembly to disengage the selected bit gripping assembly.

Abstract: A tool for a power drill allows fast and convenient loading and unloading of a screw bit, drill bit, or other implement. The user preferably loads the tool with the necessary implements which are then carried with the tool. Each received implement is movable from a storage position to an in use position in drive engagement with the power drill or power screwdriver. The desired implements can rapidly be changed from one to the other, while the implements are retained on the tool.

Abstract: A universal holding frame provides convenience and safety for certain drill accessories which all have an elongate drivable shaft and a mounted storage barrel. The universal holding frame maintains the mounted storage barrel against rotation with the shaft of the drill accessory. It can contract and extend and be able to fit almost all drills.

Abstract: A stabilization system, including a drive head, stabilization cap and anchor is provided for boring an anchor into the ground and engaging the stabilization cap with the surface of the ground. The drive head engages the head of the anchor and the stabilization cap. Accordingly, rotation of the drive head results in rotation of the anchor and stabilization cap. It is by rotation that the anchor bores into the ground, the shaft of the anchor is placed at the center of the stabilization cap, and the stabilization cap engages the surface of the ground. After setting the anchor, the stabilization cap opposes lateral movement of the upper end of the anchor.

Abstract: A tool for rethreading a damaged threaded object having a solid body with at least one through bore including at least one cutting tooth. A slot intersects the through bore, allowing relief for shavings removed from the object as it is rethreaded. The tool can be adapted to receive a pivot arm to increase the force exerted on the object. Multiple through bores and cutting teeth of varying sizes can be formed in a single tool. The tool may also be adapted to be used in conjunction with taps of varying sizes.

Abstract: A plunge cutting device for use with a portable drill, drill press, or other rotary drive source which is capable of cutting irregularly shaped openings or workpieces in a single operation. A drive chain, belt, or other means carries a plurality of cutting teeth along a path defined by a series of chain guides. A lower plate, adjacent the surface being cut serves as a finer resolution guide for the cutting teeth to define their cutting path. The configuration and orientation of the cutting teeth causes them to push inward against the edge of the plate so that they follow its shape closely. A preferred shield encloses the teeth, chain, and drive mechanism for safety and to serve as a vacuum shroud for dust collection. The shield may also act as a guide, holding the teeth in position prior to the start of the cutting operation.

Abstract: A taper implant of the invention comprises a taper portion having an outer surface being frustconical in shape, a flange portion formed at an outermost end of the taper portion on the larger-diameter side to project outward with respect to the taper portion and having a flat surface lying perpendicularly to the axial direction of the taper portion, and female threads serving as a fit portion extending in the axial direction of said taper portion. A hole taper portion and a hole step portion are drilled at the same time to bore a hole in one of members to be fastened, and the taper implant is driven into the hole, thereby providing a screw-fastening structure for the fastened members. The taper implant ensuring good working efficiency is achieved.

Abstract: An apparatus for deburring a cartridge inside and outside comprising a base plate having an upper surface and a lower surface adapted to be positioned on a work surface, an upstanding interior housing secured to the upper surface of the base plate interiorly at its edges to define therewithin a chamber, a motor located within the interior chamber with a power generating drive shaft extending therefrom to within the exterior chamber for rotation upon energization of the motor, a driven gear rotatable on a horizontal axis having external drive teeth on the periphery thereof, a pair of driven shafts mounted about parallel, horizontal axis above the motor and drive shaft and rotatably secured adjacent to their ends to the interior housing, a driven gear mounted on each driven shaft at a common elevation within the exterior housing above the motor and power shaft at laterally spaced locations, each driven gear being in driving engagement with the drive gear for counter rotating with respect to each other and a pai

Abstract: A portable drill with drill bit storage capability, and with mechanized bit feeding from bit storage to chuck.

Abstract: A holder for taps and dies has an elongated holding portion having sockets for holding dies in fixed position for use, elongated recesses for storage of taps therein, a drive socket for reception of taps thereinto for use, a movable retainer secured over the recesses for selectively retaining the taps in the recesses and releasing the taps individually for engagement with the drive socket, and retention means cooperating with the holding portion, the retainer, and the taps for retention of the taps on the holding portion for preventing loss of the taps from the holder during their aforesaid release for engagement with the drive socket.

Abstract: A tool driving attachment is provided for use with a tool driving machine having a rotatable powered driving member. The attachment includes a first tool driving member which is connectable with the powered member for rotation therewith. A second tool driving member may be guided and resiliently locked into and out of rotating engagement with the first tool driving member when the first member is rotating.

Abstract: A combination tap and die wrench is provided having a center portion with an aperture extending through the thickness thereof for receiving and retaining tapping apparatus and at least two oppositely extending arm portions extending outwardly from the center portion, each of said arm portions including a plurality of receptacles for receiving and retaining dies. An extension handle is also provided and may be secured to either of the arm portions at their outwardly extending ends. Storage means for tapping apparatus may be provided in the handle.

Abstract: A boring machine for large diameter workpieces such as reactor vessels, the machine comprising a horizontally work table, preferably in a pit, a gantry spanning the work table, a boring bar centered at its lower end on the table and at its upper end on the gantry, a drive to rotate the bar and a tool carrier mounted for movement along the bar.