28results about How to "Facilitate drilling" patented technology

An improved upright drilling jig comprises two parallel panels parallelly mounted on a leveled base platform, and an inclined-hole drilling jig slidably disposed between the sides of the parallel panels in a manner that it can be vertically adjusted. A sliding saddle is slidably mounted at the top of the inclined-hole drilling jig through two axial bars. The rear side of the drilling jig is concavely constricted to form a bow jumper area and disposed with a discharge concavity in a manner approaching a clamping end plane. The discharge concavity has a chip hole inside that communicates with a guide axle hole. Such arrangement can achieve optimum performance of inclined hole drilling of woodwork.

Devices for seizing sutures within osteal tunnels, including blindly seizing such sutures, having an interior end for insertion into an osteal tunnel, the interior end having a suture seizing mechanism; an exterior end having an activating mechanism for activating the suture seizing mechanism; a target ring, which is a component of the suture seizing mechanism, having an opening through which a suture to be seized can pass through; and a suture clamping component, which is a component of the suture seizing mechanism, for clamping the suture to be seized against a surface of the target ring.

Methods for drilling enlarged osteal tunnels using osteal guides capable of drilling an angled osteal tunnel, namely, an osteal tunnel having an angle or turn within the bone and for drawing a muscle, tendon or ligament in need of repair into the enlarged osteal tunnel such that the bone can mend about, around, over and / or within the muscle, tendon or ligament. A reamer and guide wire can be used to create the enlarged osteal tunnel to accommodate a portion of the muscle, tendon or ligament in need of repair. The device allows for the blind intraosseous preparation of osteal tunnels and the blind intraosseous retrieval of sutures from such osteal tunnels.

Methods for drilling an angled osteal tunnel into a bone by drilling or punching at least one first tunnel portion into the bone from a first surface location on the bone, the at least one first tunnel portion having an interior end within the bone and then drilling or punching at least one second tunnel portion into the bone from a second surface location on the bone using a guide component to guide a drill to the interior end of the first tunnel portion, whereby the at least one first tunnel portion and the at least one second tunnel portion intersect and connect at an angle, resulting in an angled osteal tunnel.

An improved door hinge attachment device is provided. The device includes a plate formed separately of the door and door frame that is attached to a door or door frame. The device has elongate threaded bores alignable with screw holes in the hinge plates. The device is useful with metal doors and door frames. The attachment devices have projections on the backside thereof and may be provided with covers to prevent construction material or debris from fouling the threads in the threaded bores.

A casing bit, which may comprise a composite structure, for drilling a casing section into a subterranean formation, and which may include a portion configured to be drilled therethrough, is disclosed. Cutting elements and methods of use are disclosed. Adhesive, solder, electrically disbonding material, and braze affixation of a cutting element are disclosed. Differing abrasive material amount, characteristics, and size of cutting elements are disclosed. Telescoping casing sections and bits are disclosed. Aspects and embodiments are disclosed including: at least one gage section extending from a nose portion, at least one rotationally trailing groove formed in at least one of the plurality of blades, a movable blade, a leading face comprising superabrasive material, at least one of a drilling fluid nozzle and a sleeve, grooves for preferential failure, at least one rolling cone affixed to the nose portion, at least one sensor, discrete cutting element retention structures, and percussion inserts.

Press rolls for washing or dewatering pulp are disclosed including a core, a mantle section attached around the core, at least one perforated roll plate extending around the circumference of the press roll, and including a plurality of mounting openings disposed between the end edges of the perforated roll plate and distributed around the entire circumference of the press roll, and a plurality of fixing pins corresponding to the mounting openings, each being anchored to the mantle section and surrounded by the corresponding plurality of mounting openings whereby movement of the perforated roll plate relative to the mantle section in a circumferential direction of the press roll is prevented.

Interlocking acetabular fixation screws having a threaded shaft for threading into cancellous bone and a tapered threaded head for threading into tapered threaded screw holes in a reverse hip acetabular cup. The reverse hip acetabular cup has a central stem and the threaded screw holes are drilled at an angle that allows drilling of the bone of the acetabular cavity, placement of the screws and tightening of the screws without touching the central stem and without interference from the central stem.

A tooling accessory for use with a slightly modified hand drill to produce accurate holes includes a base plate with a central opening having a vertical member arising at 90 degrees from the perimeter of the base plate. A body of a conventional hand drill is modified by attaching one or more protruding members. Once the protruding members engage the vertical member, then the hand drill may be moved towards the base plate in a controlled manner, thereby producing a perpendicular hole. Additionally, a stop may be provided in the vertical member to control the distance the modified hand drill moves towards the surface to be drilled, thereby controlling the depth of the hole. The tooling accessory may be used to produce accurate holes in a large wall-like surfaces, or alternatively may be used to drill a small workpiece.

A system for assisting a surgeon in implanting hook plate-type bone plates includes a cannulated multiple barreled drill guide, a cannulated inserter / impactor, and a cannulated fastener coupling the inserter / impactor to a bone plate. The multiple barreled drill guide facilitates the drilling of at least two parallel holes at the distal end of a bone at the correct position and angle of entry, and includes a body and two drill guide channels coupled to the body in substantially parallel orientation relative to each other, with a guide pin aperture disposed between and substantially parallel to the drill guide tubes. The inserter / impactor likewise includes a central channel accommodating the same guide pin employed to place and align the multiple barreled drill guide.