Abstract: A kitchen instrument with a replaceable head is described having a handle, an ejection shaft, and an ejection knob. The handle is mostly hollow with an opening on a first side and an opening on the second side opposite the first side. The opening on the first side includes an indent shaped to secure a replaceable head by preventing exiting from the indent and also from rotating. The replaceable head has a connector with a first connecting portion and a second connecting portion shaped to be secured in the indent. An ejection shaft is sized and arranged to be inserted in the second side and pass through the handle. The ejection shaft is sized to press on the replaceable head to eject the replaceable head. Multiple replaceable kitchen utensils in the form of replaceable heads are attachable to the same handle of the kitchen instrument.

Abstract: According to a first aspect of the invention we provide an apparatus (1) for use with a threaded fastener including: —an inner sleeve member (100) having an internal surface threadedly engagable with the fastener and a tapered external surface; and an outer sleeve member (200) having an inversely tapered internal surface rotatably engagable with the tapered external surface of the inner sleeve member. Advantageously, the invention allows for an increased load bearing surface area between the inner sleeve member (100), which is clamped, and the outer sleeve members (200) without increasing the overall diameter of the apparatus (1) 6; a three dimensional load bearing surface area rather than a conventional two dimensional plane; more efficiently and evenly distributed load stress distribution over the load bearing surface area; higher torsion strength; and apparatus with lower mass, dimensions and volume.

Abstract: A lubrication device is provided comprising a lubricant container (1) for containing a lubricant, an outlet opening and an adjustable release mechanism. The outlet opening is provided at a first end of the lubricant container (1) for releasing the lubricant. The adjustable release mechanism comprises, at a second end of the lubricant container (1), an insert (5) which is rotatable relative to the lubricant container (1) for setting a release rate of the lubricant. The lubrication device (1) further comprises a protective cap (6) comprising a hard cover (7). The hard cover (7) covers the insert (5) and the second end of the lubricant container (1). The hard cover (7) has a smooth outer surface and an inner surface comprising engaging means (9) for engaging with the insert (5), such that the protective cap (6) is rotatable together with the insert.

Abstract: An arc welding apparatus comprising a conductor tube defining an internal passageway is disclosed. The conductor tube further defines an external surface profile and a distal end portion. The conductor tube is configured to engage a sleeve having inner and outer surface profiles. The inner surface profile is configured to abut the external surface profile of the conductor tube, and the outer surface profile comprises an engaging portion.

Abstract: A tool for the application and removal of a wire nut from a plurality of wire ends being connected together, the tool providing a handle with a grip end for increased grip and torsion applied to the tool and a lower tool end defining a hollow lower opening leading into a hollow cylindrical cavity within which a stack of wire nuts may be placed, the cavity supplying an internal spring to urge against the stacked wire nuts positioning the last wire nut into the opening for application, the cavity defining axial grooves within an internal wall of the cavity, temporarily securing the winged extension of the wing nuts during the twisting motions involved in the application and removal of the wire nuts until an intentional release of the secured wire nut from the tool.

Abstract: A socket for driving a lug nut. The socket may include a tapered external surface which eliminates shoulders which might otherwise exist at the external surface of the socket. The tapered external surface may be formed as a sleeve. In a second implementation, the sleeve may both provide the tapered external surface and may also cover one end of the socket to increase the overall diameter and hence grippability of the socket. The socket may be fabricated from steel, while either of the sleeves may be fabricated from a lighter material such as aluminum or an alloy thereof. The socket may have a chamfer at the internal termination of the wrench surface of the socket to better seat lug nuts having a correspondingly tapered configuration.

Abstract: A system for engaging fasteners includes a socket assembly and a fastener jig. The socket assembly having a socket body and a spring blade assembly, which includes a blade retaining ring and a plurality of resiliently deformable retaining blades that are movable with respect to a blade guide, between releasing and securing positions that selectively enclose and expose the socket body opening. The fastener jig includes a jig frame and at least one pair of opposing fastener jaws, which are movable between a releasing position and a securing position. The fastener jig may include a pair of opposing mounting jaws movable between a releasing position and a securing position. The socket assembly and fastener jig are configured to be operated at the distal ends of elongated tool arms, such as lineman hot-sticks.

Abstract: This invention is a new beginning for AN wrench users. No more uncomfortably thin AN or Bonney wrenches are needed. This wrench/tool system with separate, ergonomic handle is loaded with features designed for comfort. The separate handle is specifically designed with contoured finger grips, and gently radiused back edge resting against the palm of the user's hand. These are features that will provide the user all-day comfort. In addition, with the common blade of the wrench/tool ends, fitting the matching receiving groove of the handles, wrench/tool ends and handles of differing styles can be added, and upgraded to build a set of wrench/tool ends and handles to meet every need.

Abstract: A socket is disclosed for securing frangible collar fasteners to bolts, and collecting the separated nut portions of the fasteners to avoid introducing debris into the work area. The socket comprises the socket housing having a first end formed to receive and engage the frangible nut portions, and the second end to receive and engage a ratchet. At least one retention member is disposed within the socket housing, proximate the housing first end. The retention member is resiliently displaceable to allow each nut portion to enter into the socket housing during fastening, and to retain a plurality of nut portions within the socket housing after the nut portions have been separated from the frangible collar fasteners. Nut ejection apparatus is provided having a first portion disposed exterior to the socket housing and a second portion disposed interior to the socket housing.

Abstract: A socket is disclosed for securing frangible collar fasteners to bolts, and collecting the separated nut portions of the fasteners to avoid introducing debris into the work area. The socket comprises the socket housing having a first end formed to receive and engage the frangible nut portions, and the second end to receive and engage a ratchet. At least one retention member is disposed within the socket housing, proximate the housing first end. The retention member is resiliently displaceable to allow each nut portion to enter into the socket housing during fastening, and to retain a plurality of nut portions within the socket housing after the nut portions have been separated from the frangible collar fasteners. Nut ejection apparatus is provided having a first portion disposed exterior to the socket housing and a second portion disposed interior to the socket housing.

Abstract: A socket assembly includes a socket having a mounting hole which includes a plurality of insides and yield recesses located alternatively between the insides. A control member is rotatably mounted to the socket and has a through hole, a plurality of stops extend inward from an inner periphery of the through hole. The stops are deformable when being applied with a force along the axis of the through hole. A polygonal object can be forced into the mounting hole by squeezing and bending the stops. After the object is loosened and received in the socket, the stops support the nut from dropping from the mounting hole. When the control member is rotated to off align the stops from the path that the corners of the polygonal object may drop, the object is easily take out from the socket.

Abstract: This present invention discloses a socket for wrenches, which comprises a main body having a proximal section, a distal section, and a central axis extending from proximal section to distal section. The main body has recess at inside on the proximal section with punctures on the recessed periphery and each puncture has a moving part mounted therethrough. A sleeve is in slide-fitting communication with the main body, which has an inner wall provided a plurality of push fronts thereon, each push front surface rises gradually by a plurality of continuous steps from one end to the other. When the sleeve is rotated of axially moved with respect to the main body, the gradual rising steps of the push fronts are pushing the moving parts toward the central axis to match with varieties of scales of work pieces.

Abstract: A socket assembly includes a socket having a mounting hole which includes a plurality of insides and yield recesses located alternatively between the insides. A control member is rotatably mounted to the socket and has a through hole, a plurality of stops extend inward from an inner periphery of the through hole. A polygonal object is engaged with the mounting hole of the socket and the stops of the control member are located on the path along which the polygonal object may drop from the socket. After the object is loosened and received in the socket, the control member is rotated an angle to remove the stops such that the path that the polygonal object may drop is clear and the object is easily take out from the socket.

Abstract: A quick release bit socket assembly includes a socket and a screw bit is removably inserted in a first recess in a first end of the socket. A second recess is defined in a second end of the socket and a passage is in communication between the first and second recesses. A push rod includes a head and a shank which extends through the first recess, the passage and is inserted in the second recess. A spring is mounted to the shank and biased between the head and an inside of the first recess. The screw bit can be quickly pushed out from the second passage by pushing the push rod toward the screw bit.

Abstract: A spanner with a sleeve having teeth and a smooth portion comprises a spanner body having a sleeve at one end thereof. A lower portion of the sleeve is formed with a resisting portion at a lower end. The resisting portion has a plurality of teeth at an inner periphery thereof. An inner wall of the sleeve below the resisting portion is formed as a smooth portion. An upper side of the sleeve is formed as a retracting portion. An annular recess being formed at a retracting portion; a restoring structure including a C ring, a spring, and a push unit. When the buckling flange of the push unit resists against one end of the resisting portion, the resisting surface of the push unit protrudes out of the resisting portion to slightly protrude from the smooth portion.

Abstract: A box end wrench includes an annular flange extending from a first side thereof and an inner diameter is larger than a maximum inner diameter of the box end. A compressible member is engaged with a second side of the box end and can be compressed by an object engaged with the box end. The compressible member pushes the object from the toothed inner periphery of the box end to a space enclosed by the annular flange, so that the object is retained in the box end while the handle of the wrench is allowed to be rotated in counter clockwise.

Abstract: A magnetic socket includes a main body, an urging ring, an elastic member, and a retaining ring. Thus, the urging ring is provided with a magnetic member to provide a magnetic effect, so that the workpiece is attracted by the magnetic member without detachment, thereby facilitating the user mounting and removing the workpiece.

Abstract: A wrench includes a box end which has a through hole and a polygonal inner periphery is defined in an inner periphery of the through hole and located close to a first side of the box end. A plain inner surface is defined in the inner periphery of the through hole and located close to a second side of the box end. An inner diameter of the plain inner periphery is larger than an inner diameter of the polygonal inner periphery. A spring member is engaged with the through hole of the box end and enclosed by the polygonal inner periphery. A nut can be engaged with the polygonal inner periphery by pressing the spring member and is rotated with the wrench, or is freely rotatably engaged with the plain inner surface while the spring member is not compressed.

Abstract: The present invention 10 discloses a universal lug wrench that can be used by ordinary people to loosen and fasten the lug nuts 12 on automobile tires 14 without undue strain on the users part. This is made possible by a supporting adjustment stand 16 and the longer arm 18 of the wrench 20. The present invention 10 is also easy to disassemble and store and also versatile as the sockets 22, 23 for the lug nuts 12 of different sizes can easily be interchanged. The purpose of the wrench 20 is to exert a torque on a lug nut 12 at the socket 22 end and around the axis by pressing the handle end 21. The improved wrench of the present invention 10 eliminates the unwanted torque generated by a conventional wrench 24. The present invention 10 has an extension 54 for the sockets 22 that are inserted into the adjustable clamp 56 and provides a pivoting point for the wrench 20. Various sockets 22, 23 can be interchangeably used for lug nuts 12 of different sizes.

Abstract: A socket magazine is made of a tubular body with a drive end and an open end. An O-ring lies in an annular groove in the tubular body and retains nuts in the tubular body while permitting them to squeeze past the O-ring for insertion into the magazine and removal from the magazine. A biasing spring biases the nuts toward the O-ring.

Abstract: A lug nut dispenser including a housing having an interior wall defining an elongate chamber for receiving lug nuts therein, an exterior wall, an upstream end for releasably receiving a drive impact tool, and a downstream end defining a port communicating with the chamber for permitting consecutive release and ejection of the lug nuts therethrough. A displacer ring is carried on the exterior walls of the housing and slides relative thereto. A displacer is connected to the ring and extends through a slot defined by and extending through the housing into the chamber. The displacer slides along the slot for moving the nuts downstream. The displacer includes a shoulder for engaging a nut positioned in the chamber for permitting sequential, axially-aligned movement of the nuts through the chamber. There are also at least two spaced-apart, flexible detent arms. Each arm has first and second ends. The second end includes a tip and is moveable between nut-retaining and nut-dispensing positions.

Abstract: A tool capable of extending the reach of a socket containing an ejector mechanism that is capable of holding a nut, screw or bolt (hereafter called a fastening device) within a socket by magnetism. Said tool will also be capable of ejecting the fastening device from the socket chamber. The tool is also capable of being attached to different size sockets. The tool may be attached to a ratchet device. The tool is composed of a cylindrical shaft containing a metal shank inside of a lesser diameter. They cylindrical shaft has a square opening on one end and an extruding square nodule on the opposite end. The metal shank has a magnet attached to one end and a spring coil located at the opposite end. On the outside of the cylindrical shank is a metal sleeve of a greater diameter surrounding the middle portion of the cylindrical shaft.

Abstract: A screw clamping apparatus includes a shank and a drive member for exerting a driving force on a shank to screw the same into a bore to exert a clamping force on an article. The shank is provided to shear once a predetermined turning torque from the drive member, and hence clamping force, is achieved and the plane of shear can be accurately determined relative to the surface of the article on which the bore is formed and into which the shank is screwed. This is an advantage over the conventional clamping screw, which is provided to shear at one fixed weakened location and, when sheared, can leave an undesirable protrusion.

Abstract: A screw clamping apparatus includes a shank and a drive member for exerting a driving force on a shank to screw the same into a bore to exert a clamping force on an article. The shank is provided to shear once a predetermined turning torque from the drive member, and hence clamping force, is achieved and the plane of shear can be accurately determined relative to the surface of the article on which the bore is formed and into which the shank is screwed. This is an advantage over the conventional clamping screw which is provided to shear at one fixed weakened location and, when sheared can leave an undesirable protruding portion above the surface of the article. The screw clamping apparatus of this invention allows one size shank to be used for clamping articles to different sizes and the position of the planar shear can be located at a position along the length of the shank, thereby eliminating the occurrence of protrusions when shear occurs.