Abstract: A locking device that may be used with display hooks is provided. The locking device includes a housing and a shell. A pivoting member is coupled to the housing. The pivoting member may be pivoted to grasp a peg or display hook in a cylindrical channel formed by the housing and the pivoting member. The shell includes a projection that is at least partially disposed within the interior of the housing and is movable in a longitudinal direction within the interior of the housing. In an unlocked position, the projection is biased away from the channel in the housing. In a locked position, the projection passes through an aperture in the pivoting member, holding the pivoting member in a stationary position relative to the housing. Further, in the locked position, the projection may secure the peg hook in the cylindrical channel formed by the housing and the pivoting member.

Abstract: A system for securing an item to an anchor is disclosed. The system may include a first extension extending from an item, an interface mechanism connected to the first extension, and a lock. The interface mechanism may include a cylindrical base, a sleeve, and a second extension. The cylindrical base may comprise an extension aperture receiving the first extension therewithin. The slide may surround at least a portion of the cylindrical base and occupy a blocking position locking the first extension within the extension aperture. The second extension may extend from the slide and comprise a traveler occupying a locking position locking the slide in the blocking position. The lock may engage the second extension and lock the traveler in the locking position.

Abstract: A system for securing an item to an anchor is disclosed. The system may include a first extension extending from an item, an interface mechanism connected to the first extension, and a lock. The interface mechanism may include a cylindrical base, a sleeve, and a second extension. The cylindrical base may comprise an extension aperture receiving the first extension therewithin. The slide may surround at least a portion of the cylindrical base and occupy a blocking position locking the first extension within the extension aperture. The second extension may extend from the slide and comprise a traveler occupying a locking position locking the slide in the blocking position. The lock may engage the second extension and lock the traveler in the locking position.

Abstract: A system for securing an item to an anchor is disclosed. The system may include a first extension extending from an item, an interface mechanism connected to the first extension, and a lock. The interface mechanism may include a cylindrical base, a sleeve, and a second extension. The cylindrical base may comprise an extension aperture receiving the first extension therewithin. The slide may surround at least a portion of the cylindrical base and occupy a blocking position locking the first extension within the extension aperture. The second extension may extend from the slide and comprise a traveler occupying a locking position locking the slide in the blocking position. The lock may engage the second extension and lock the traveler in the locking position.

Abstract: A padlock having a horizontal shackle is disclosed. The padlock may include a base comprising a latching mechanism, a first shackle aperture, and a second shackle aperture. The padlock may also include a shackle. The shackle may comprise a first post extending from within the first shackle aperture, a second post extending from within the second shackle aperture, and a horizontal cross member extending in a line from the first post to the second post.

Abstract: An object of this invention is to provide a way for a person to lock and secure the hitch of an unhitched utility trailer. Another object of this invention is to allow a person to keep an unhitched utility trailer from being stolen when the utility trailer is not hooked to a truck hitch.

Abstract: The invention relates to a brake disk lock having a receiving gap for the receiving of a brake disk, comprising: a securing section for the closing of the receiving gap, an alarm device for the output of an alarm signal, a movable brake disk recognition device, a pressure switch having a contact element which is movable against the spring force of a first spring means by the brake disk recognition device to activate the alarm device, and an actuation section which is movable out of a release position into a securing position to close the receiving gap by means of the securing section.

Abstract: A brake disk lock having a lock body which has a first housing section and a second housing section which bound a receiving gap for the reception of a brake disk in a typically U-shaped arrangement. A locking bolt is provided at the first housing section and is movable along a closing direction from a release position into a closed position. In the closed position, the locking bolt engages into an engagement opening of the second housing section and closes the receiving gap. The closing direction of the locking bolt is aligned obliquely to the receiving gap of the lock body at an angle different from 90°.

Abstract: A system, apparatus (100) and method are described for an electronic article surveillance security tag (102) having a magnetically releasable tack retaining system, and a magnetic detaching device for use with the electronic article surveillance tag. Other embodiments are described and claimed.

Abstract: A lock is provided with an electronics module (30) by forming the lock with a body (10) and a separate unit (18). The unit (18) includes a locking mechanism (23) and is inserted and removed from the lock body (10), removal allowing easy access to the electronics module (30) without requiring a separate access. This gives increased security. The locking mechanism (23), electronics module (30) and body (10) can be replaced with compatible components.

Abstract: The brake bolt and the lock cylinder of the vehicle lock are mounted in a part of the vehicle for preventing the rotation of a wheel of the vehicle in a locked state. The brake bolt and lock cylinder are mounted in a brake bolt bore and a lock bore, respectively, located in the swing arm, the chain guard, or a lock body mounted over the axle-retaining nut. The vehicle lock engages a ventilation hole on the rotor, a ventilation hole on the sprocket, the teeth of the sprocket, or a hole on the hub to prevent rotation of the wheel in the locked state. Preferably, the lock cylinder is mounted to the vehicle in both the locked state and the unlocked state, and in the unlocked state the brake bolt is removed from the brake bolt bore for operation of the vehicle.

Abstract: A locking device includes a first and second body members that may optionally include laterally projecting arms. A retainer element has end portions respectively received in the interiors of the first and second body members and mechanically links them for longitudinal movement between collapsed and expanded orientations. The retainer element also moves between a retain position and a release position that respectively secure the body members in the collapsed orientation and allows them to move to the expanded orientation. A lock core is operative to engage the retainer element. In a locked state, the lock core holds the retainer element in the retain position and in an unlocked state that moves the retainer element to the release position. A shackle may extend between arms on the first and second body members in order to enclose a locking region when the bodies are in the collapsed orientation.

Abstract: The invention relates to a brake disk lock having a receiving gap for the receiving of a brake disk, comprising: a securing section for the closing of the receiving gap, an alarm device for the output of an alarm signal, a movable brake disk recognition device, a pressure switch having a contact element which is movable against the spring force of a first spring means by the brake disk recognition device to activate the alarm device, and an actuation section which is movable out of a release position into a securing position to close the receiving gap by means of the securing section.

Abstract: The invention relates to a brake disk lock having an actuable housing shell, a support section, an engagement hoop and a securing section, with the support section and the engagement hoop bounding a receiving gap for the receiving of a brake disk, with the housing shell being arranged on the same side as the support section with respect to the receiving gap and being movably supported at the support section and with the housing shell, the support section and the securing section cooperating with one another such that the housing shell is movable from a release position into a securing position by a movement of the housing shell relative to the support section in the direction of the receiving gap in order to close the receiving gap by means of the securing section.

Abstract: A link for connecting at least one securing member, such as chain, with a locking device having a body and a shackle, where the link comprises a base having a through hole adapted to receive the shackle of a locking device and a first securing element associated with the base, the first securing element adapted to receive a first securing member, wherein the shackle of a lock may be inserted through the through hole such that the lock blocks the first securing member from being separated from the securing element. Also disclosed is a system for securing a locking device having a handle hinged to a vertical lockrod, where the system comprises a strap and a link adapted to be installed upon the vertical lockrod and handle such that the handle is prevented from being manipulated in such a manner as to unlock the locking device.

Abstract: A padlock hasp assembly including a first hasp member (12) and a second hasp member (14) including interface contours including complimentary shaped protrusions and recesses that mate with one another, and a locking assembly housed in the first hasp member (12), the locking assembly including a cylinder lock (10) including a tumbler adapted to bring a locking element into locking engagement with a notch formed in a locking bolt (16), the locking bolt (16) being arranged for sliding motion through a first bore formed in the first hasp member, and when the second hasp member (14) is aligned with the first hasp member (12), the locking bolt (16) is slidable into a second bore formed in the second hasp member (14) so as to lock the first and second hasp members (12, 14) together.

Abstract: The vehicle brake-rotor lock includes a mounting bracket, and a lock mechanism, including at least one deadbolt shaft, which is preferably made of steel, stainless steel, titanium, tungsten, boron, or any other dense metal, used to mechanically immobilize the vehicle. The bracket is preferably permanently attached to the protected vehicle. In a locked state, the deadbolt shaft extends through a cross-drilled ventilation hole or slot on the brake rotor of the vehicle, thereby preventing rotation of the brake rotor and the wheel. The lock mechanism preferably prevents any forward or rearward movement of the vehicle when engaged to allow for a heightened security for any vehicle using a disc braking system. In one embodiment, the lock mechanism is mechanically actuated. In another embodiment, the lock mechanism is electronically actuated.

Abstract: A padlock-type lock for suitcases and us of the type constituted by a first half-shell and a second half-shell which are mutually articulated, comprising at least one padlock in which the locking bar is engaged, in a closed configuration, in a first through hole and in a second through hole, which are coaxial and are provided respectively in the first edge and in the second edge of the first half-shell and the second half-shells the padlock forming surfaces for mating with the first first edge and with the second edge, so that in the closed configuration the padlock is retained in a preset safe and minimum-protrusion position.

Abstract: A motorcycle helmet lock securely grasps a metal strap ring (or D ring) of a helmet strap to prevent helmet theft. The helmet lock includes a groove suitable to accept the strap ring and a locking bolt to advance through the strap ring to secure the helmet. The lock may be an integral part of a motorcycle grip or foot peg, may bolt to a common accessory attachment interface of known motorcycle grips, or include an expanding portion which expands inside a tubular handlebar end to attach the helmet lock. The lock may further be used on any type of vehicle using handlebars for foot pegs.

Abstract: A mechanical device such as a lock with anti-shock arrangement, comprising a locking member adapted for linear motion. The anti-shock arrangement comprises a balancing member mounted for linear motion substantially parallel to the locking member motion and a pivotally supported lever with two ends and a pivoting axis therebetween. The locking member abuts one of the ends and the balancing member abuts the other end, the abutment being maintained by a biasing means such as a spring. The lever has substantially zero moment of inertia with respect to its pivoting axis. The locking member, for example an armature of a bi-stable solenoid, is held in a blocked position of the device by a permanent magnet. Upon a shock applied to the device, the locking member and the balancing member create inertial forces substantially balancing each other, while vibration forces are cancelled by the abutment arrangement and the permanent magnet.

Abstract: A high-security shackleless lock is provided. The lock includes a shackle pin adapted to move between a closed position extending across a lock body recess to engage a staple; and an open, staple-free position. A lock bar mounted entirely within the lock body can be move between a closed shackle pin engaging position to retain the shackle pin in its staple-engaging position, and an open shackle pin-free position wherein the shackle pin does not extend across the lock body and cannot engage a staple. A shackle pin spring urges the shackle into its open position, and a lock bar spring urges the lock bar into its closed position. The shackle pin has a distal end formed with a head element of extended dimensions. The lock body defines a recess adapted to closely confront the shackle pin head when the shackle pin is located in its closed position.

Abstract: An information handling system lock and carrying strap provides a carrying mode to transport the portable computer and a security mode to secure the portable computer to a fixed object. A cable has attachment devices coupled to each end and operable to couple to a portable computer so that the cable acts as a carrying strap. The cable further secures the information handling system to a fixed device to prevent theft by attaching one cable end to the information handling system and the other end to a fixed object. In one embodiment, the attachment device include a secured unlocked position to allow convenient use as a carrying strap and a secured locked position to allow locking of the device with a key.

Abstract: By forming a combination padlock from heavy duty metal throughout with an enlarged, heavy duty locking bar or shackle being employed having a tamper-proof holding cavity for the terminating, locking end of the locking bar, an effective, easily produced, high security padlock is achieved which employs a combination system for fully operating the padlock. In addition, the combination padlock of the present invention incorporates tumbler or clutch wheel constructions which cooperate with the rotating dials to virtually eliminate any possibility that an unauthorized person would be capable of gaining access to the padlock by known combination lock picking techniques by forming each tumbler or clutch wheel with a plurality of radially extending fins formed thereon, with each of the fins being arcuately spaced from the adjacent fin in a non-symmetrical pattern.

Abstract: A security device comprises a first component having a through first passageway surrounded by an internal first recess, and a second component having a second passageway surrounded by an internal second recess. The first and second components are configured for assembly in a mating relationship with the first and second passageways in communication with each other and in coaxial alignment. A lock has a barrel containing a spring and plunger and carrying radially shiftable locking elements, with the plunger being normally biased by the spring in one direction urging the locking elements into expanded positions protruding radially from the barrel. The barrel is insertable into and releasably retained in an unlocked position in the first passageway with the locking elements expanded radially outwardly into the first recess, and is shiftable by a forwardly applied axial force into a locked position in the second passageway with the locking elements expanded into the second recess.

Abstract: A retaining device is fitted into the end of the handlebar of a personal vehicle such as a bicycle or motorcycle. The device has a shackle, a cable, or a spring loaded lever which extends out of the distal end of the handlebar whereby it can be used to retain such items as a motorcycle helmet or a flotation vest. The retaining device may include a lock. A cable can be used, and a cap fitted over the retaining device attached to the distal end of the cable.

Abstract: A padlock includes a U-shaped lock casing having intercommunicated core receiving space and latch recess, aligned first and second shackle insert holes, and a slide channel communicating the second shackle insert hole with the latch recess. A lock core unit is received in the core receiving space, and includes a latch member extending into the latch recess and rotatable inside the latch recess between locking and unlocking positions. The latch member has an end face formed with a pin hole eccentric to an axis of the lock core unit. A shackle bar extends into the first and second shackle insert holes. A catch member is disposed slidably in the latch recess, and is formed with a pin extending rotatably into the pin hole in the latch member for engaging the latch member.

Abstract: A motorcycle disc brake lock includes a lock body, a rotary base, a deadbolt, a locking card, a coil spring, a lock column and a twist spring. In using, a key is applied to turn around the rotary member of the lock column to actuate the rotary base rotate. The engage members of the locking card are guided and actuated to move up and get into the engage recesses of the rotary base by the sloped surfaces of the two prop projections in the chamber of the lock body. Thus, the deadbolt is moved upward, forming an unlocked condition. For locking, only insert the disc brake of a motorcycle into the deep opening of the lock body to slightly push up the deadbolt and force the locking card to move into the slide slots of the rotary base. Thus, the deadbolt is pushed down to have its bottom end inserted in a lock hole to lock the disc brake.

Abstract: A padlock includes a lock casing having a core receiving space, a latch recess communicated with the core receiving space, a first shackle insert hole, a second shackle insert hole aligned with the first shackle insert hole, and a slide channel communicating the second shackle insert hole with the latch recess. A lock core unit includes a latch member extending into the latch recess and rotatable inside the latch recess between locking and unlocking positions. A shackle bar extends into the first and second shackle insert holes. A catch member is disposed slidably in the latch recess, and has a first abutment wall formed with a shackle engaging projection that extends into the slide channel, a second abutment wall spaced apart from the first abutment wall, and a latch cavity defined between the first and second abutment walls for extension of the latch member thereinto.

Abstract: A padlock assembly includes a first lock casing part having a lock core mounting portion formed with a core receiving space in a longitudinal direction, and a first shackle mounting portion that extends in a first transverse direction from one side of the lock core mounting portion. A lock mechanism includes a key operated lock core disposed rotatably in the core receiving space, and a latch member connected to one end of the lock core in such a manner that the latch member is disposed outwardly of the core receiving space. A second lock casing part has a latch engaging portion formed with a latch recess and a latch retainer disposed therein to partition the latch recess into a latch retention portion and a latch entrance portion via which the latch member is extendible into the latch retention portion and so as to be rotatable therein between locking and unlocking positions.

Abstract: The present invention is directed to a lock construction for securing to a trailer socket and thereby preventing attachment of the trailer socket to a connecting member of an unauthorized towing vehicle. The lock construction comprising a base with a first upstanding member extending from the base and adapted to engage the trailer socket of the trailer. A second upstanding member is disposed on the base in spaced relation to the first upstanding member. A shaft like member is positioned in the housing and is slidable toward the first upstanding member from an unlocked position where the third member is spaced away from the first upstanding member to a locked position wherein the third member engages the trailer socket once it is attached to the first upstanding member. A locking mechanism is operative connected to the third member and to allow slidable movement of the third member.

Abstract: A padlock includes a U-shaped lock casing having intercommunicated core receiving space and latch recess, aligned first and second shackle insert holes, and a slide channel communicating the second shackle insert hole with the latch recess. A lock core unit is received in the core receiving space, and includes a latch member extending into the latch recess and rotatable inside the latch recess between locking and unlocking positions. The latch member has an end face formed with a pin hole eccentric to an axis of the lock core unit. A shackle bar extends into the first and second shackle insert holes. A catch member is disposed slidably in the latch recess, and is formed with a pin extending rotatably into the pin hole in the latch member for engaging the latch member.

Abstract: The present anti-shock mechanism for an electronic lock is designed to limit displacement of the solenoid plunger when an external force acts on the lock case of an electronic lock. An external force, such as that created by a translating actuator, applied in a horizontal direction parallel to the direction of plunger motion may cause the solenoid plunger to displace allowing the lock to be opened without authorization. The addition of a properly sized anti-shock mechanism limits displacement of the solenoid plunger due to an external force or impact and allows movement of the solenoid plunger when the solenoid plunger movement is due to an authorized access. Under normal operating conditions when the lock is locked, the bolt is in the fully extended position and the solenoid is not actuated. Upon authorization, the solenoid actuates causing the mechanical components to be placed in a condition whereby the operator may open the lock.

Abstract: A motorcycle wheel disk lock reminder system for reminding a user that a disk lock is mounted to the wheel of the user's motorcycle so that the user does not drive the motorcycle with the disk lock attached to the wheel. The motorcycle wheel disk lock reminder system includes a disk lock adapted for attachment to a wheel of a motorcycle. The disk lock has a slot therein into which an insertion tab outwardly extending from an inner face of a reminder unit is removably inserted. The insertion tab of the reminder unit is also insertable into an ignition keyhole of the motorcycle subsequent removable of the insertion tab from the slot of the disk lock to prevent insertion of an ignition key into the ignition keyhole without prior removal therefrom of the insertion tab of the reminder unit.

Abstract: A lock includes a locking bolt (21) and a lock body (32, 33). The lock body (32, 33) has a locking space (43) and aligned bores (37, 38) provided on either side of the locking space (43). The aligned bores (37, 38) received the locking bolt (21). A latch member (14) is provided within the lock body (32, 33) to release the locking bolt (21). A transverse bolt member (10) engages with the latch member (14) and thereby controls operation of the latch member (14). The transverse bolt member (10) is also provide within the lock body (32, 33). User operable locking cylinders (6) are operable on the transverse bolt member (10) to move the transverse bolt member (10) axially. The engagement between the latch member (14) and the transverse bolt member (10) is by way of respective engagement surfaces (15, 12a). One of the engagement surfaces is an inclined surface (12a).

Abstract: A lock includes a case having a shield, a locking member housing contained in a first chamber of the case and protected by the shield, a locking member contained in the locking member housing, a locking rod also contained in the first chamber of the case and moved by the locking member in locking and unlocking, and a deadbolt having a press portion and a rod portion with an annular groove for the end of the locking rod to engage in for locking. The locking member has a single or a double pin tumbler locking mechanism, or a disc tumbler locking mechanism.

Abstract: Lock assembly including a first locking device in two parts intended to be mounted on a door, and a second detachable locking device intended to be treaded from above on the two parts of the first locking device when the door is closed. One of the locking devices shows a projecting portion and the second locking device shows a recess cooresponding to the projecting portion with a cooresponding wedge-shape. The projecting portion shows an outward directed rim along the sides extending to its wedge-shaped tip, and the recess shows an inwards directed rim along the cooresponding sides. A faucet extends in a locked position through the projecting portion across the recess. The projecting portion shows a half-cylindric cavity and the faucet shows a half-cylindric section and is fit into the bottom of the half-cylindric cavity.

Abstract: A motorcycle disk brake lock is composed of a main body, a lock core, a lock bolt, a retrieving spring, and a lock bolt spring. The main body is provided with a disk receiving slot which is in turn provided with a receiving hole and an insertion slot. The lock core is received in the receiving hole. The lock bolt is composed of an inner lock bolt and an outer lock bolt which is provided with a plurality of retaining members for retaining and locating the main body and the lock bolt such that the disk brake lock can not be easily tampered with. The retrieving spring serves to locate the lock core at the unlocking position, whereas the lock bolt spring is intended to locate the inner lock bolt at the releasing position.

Abstract: The present invention concerns a disc brake locking assembly. Specifically, a lock is employed to control the up-down movement of a controlling cotter, and the disc brake locking assembly is placed in the locked position by causing the catch on the front of the controlling cotter to bind to the catch section of a locking rod. Said disc brake locking assembly possesses a moving piece. The top of said moving piece is equipped with a protruding pin, and the bottom of said moving piece is equipped with a slot A into which a spring is to be inserted. Said moving piece also possesses another slot B. A pin is installed into the main body in such a manner that allows one end of said pin to penetrate through said main body and join with the slot B in the moving piece. The restitution action of the spring allows said moving piece to move back and forth axially within a specified range. The left side of said moving piece is also equipped with a round slot into which a spring and locking rod are inserted in said order.

Abstract: A motorcycle disk brake lock comprises a main body including a retaiing slot to fit over the brake disk and a lock body which fits into a first recess. A lock bolt, part of the lock body, extends in a through hole, across the slot, into a second recess. The lock bolt has a stop slot near the end protruding through the slot into the main body across from the first recess. A stop member is inserted into a third recess that intercepts the second recess. The stop member is capable of moving back and forth to engage and disengage the stop slot. The lock bolt is held securely in the second recess when the stop member engages the stop slot. To release the lock body, the lock body is rotated by key to remove the stop slot from the opening of the third recess and force the stop member out of engagement. The device may also include an additional stop slot and stop member on the side of the main body on the opposite side of the slot.

Abstract: The lock body of a motorcycle disk brake lock has a first side, a second side adjacent to the first side, and an open slot of a predetermined depth and extending into the lock body, which is divided into a first portion and a second portion in which a locking device is disposed. The locking device is provided centrally with a locking bolt. When the locking device is in an unlocking state, the locking bolt is located at a first position. When the locking device is in a locking state, the locking bolt is located at a second position. The first portion is provided with an open end adjacent to the open slot and located in a locking hole coaxial with the locking bolt. The first portion is provided with at least one through hole having one end joining obliquely with the locking hole and having another end located in the side which is not adjacent to the open slot.

Abstract: A padlock, having a substantially U-shaped lock body (1), a shackle (2) moveable back and forth between a locked position and a free position, connected in its locked position to both branches (1a,1b) of the lock body and one end (2b) of which extending through one of the branches (1b) of the lock body. The lock body (1) is provided with a lock mechanism (3) operated with a key (5) and bolt means (7) connected to the lock mechanism for locking the shackle (2) to the lock body (1). In addition, supported to said end (2b) of the shackle (2) extending through one of the branches (1b) of the lock body there is a lever element (11), which is transversal with regard to the shackle (2) and is turnable relative to the lock body (1).

Abstract: A locking device of a motor cycle disk brake has a body provided with a slot perpendicular to one of the sides of the body. A locking bolt is disposed in the body such that the locking bolt can be caused to move between a first position and a second position. When the locking bolt is located at the second position, the locking bolt seals off an end of the slot. A locking apparatus is housed in the body and is composed of a lock core capable of being caused to locate at a third position or at a fourth position at such time when the locking apparatus is in an unlocking state or in a locking state. The lock core is coupled with the locking bolt in such a manner that the axes of the lock core and the locking bolt are parallel to each other. The locking bolt and the lock core can be caused to act synchronously. When the locking bolt is caused to seal off the slot, the locking bolt is simultaneously aligned to pass through one of the heat-radiating holes of the disk brake, thereby incapacitating the motor cycle.

Abstract: A lock for incapacitating a motorcycle disk brake has a lock body containing a locking bolt, a braking bolt, and a locking and unlocking device. The lock body is provided with a slot to receive a disk brake piece of a motorcycle. The locking and unlocking device has a rotatable core capable of turning between a locking position and an unlocking position. When the rotatable core is situated at the locking position, the braking bolt is at the third position so as to confine the locking bolt to the second position. When locking bolt is situated at the second position, the slot of the lock body is sealed off so as to cause the lock body to fasten securely to the motorcycle disk brake, which is then disabled. When the rotatable core is at an unlocking position, the braking bolt moves from the third position to the fourth position so as to cause the locking bolt to move from the second position to the first position.

Abstract: A door structure having a stationary portion and a hinged portion swingable into an open position has a locking assembly with a strap mounted on the door structure along at least two adjoining sides thereof and formed with a projection adjacent a separation between the portions and extending substantially parallel to an opening swing of the hinged portion, the projection being formed with at least one aperture, and a lock removably mounted on the projection and having a shaft traversing the aperture, the lock having a body which extends across the separation between the portions, blocking both portions of the door structure and acting to prevent the opening swing of the hinged portion.