30results about "Cylinder locks" patented technology

The invention relates to a locking cylinder, comprising a cylinder core with a key channel for a key. A blocking device is also provided, which has an interrogation pin preloaded in the direction of the key channel and has a blocking pin which is preloaded in the blocking position, in which position the blocking pin prevents a rotation of the cylinder core into the open position. The interrogation pin can be pushed by the key into an interrogation position, wherein the interrogation pin and / or the blocking pin has a permanent magnet on an end portion facing the respective other pin, said permanent magnet being designed, when the interrogation pin is pushed into the interrogation position, to hold the blocking pin in a release position in which the blocking pin releases the cylinder core for the open position.

A lock cylinder including a plug, a plurality of key followers, a sensor assembly structured to sense positions of the key followers, and a controller in communication with the sensor assembly. The plug includes a keyway and a plurality of plug tumbler shafts. Each of the key followers is movably seated in a corresponding one of the plug tumbler shafts and includes a sensor interface. The sensor assembly includes a plurality of sensors, each of which includes at least one sensing region. Each of the key followers is associated with one of the sensors via an associative link formed between the sensor interface and the corresponding sensing region. The sensors are structured to generate an output signal indicative of the transverse position of the associated key follower, and the controller is structured to select and perform actions based upon the output signals.

A lock assembly including a locking module assembly extending along an actuation axis. The locking module assembly includes a carrier assembly configured to rotate and translate along the actuation axis, a spacer assembly rotationally coupled to the carrier assembly, a validation bar movable with the carrier assembly, a key engaging assembly with key engaging elements, and a key validating assembly with corresponding key validating elements. A housing defines a cylindrical cavity to receive the locking module assembly and includes a clearance slot for the validation bar. A displacement mechanism induces relative movement between the carrier assembly and housing, causing separation of the key validating assembly from the key engaging assembly during operation. The lock assembly enables secure key validation and offers potential for rekeying functionality.

The utility model discloses a drawer lock core convenient to disassemble, include: lock bottom and lock head, the lock head installs one side at lock bottom, and built -in has lock gall, lock gall with lock bolt connection in lock bottom, the lock bottom passes through axle hole and installs lock gall, the axle hole built -in limit lock gall's inner ring part, lock gall is equipped with the limiting piece of adaptive inner ring part, when unlocking piece extends through lock hole and triggers limiting piece, makes limiting piece shrink, and removes limiting piece to the restriction of inner ring part, makes lock gall and separates from lock head. The utility model provides a drawer lock core convenient to disassemble, utilizes the stress of lock handle cooperation convex and presses, and the contraction blade is in lock gall, makes the limiting end of leaf blade type limiting piece not to be blocked by inner ring part, drives limiting piece to be downward in lock gall, and the upper limiting end displacement removes in lock gall, and the end of lock gall can pass through inner ring part.

This utility model discloses an anti-theft security lock, including a lock shell, a lock cylinder, a lock rod, and a locking block. The lock cylinder and lock shell together form a keyhole. The lock cylinder has a lock cylinder hole, and the keyhole is located on one axial side of the lock cylinder hole and communicates with it. The lock rod can move along the lock cylinder hole to the unlocked position. The lock rod has a slot. When the lock rod moves to the unlocked position, the locking block can move into the slot, allowing the lock cylinder to rotate relative to the lock shell. When the lock rod moves away from the unlocked position, the locking block moves away from the slot and abuts against the lock rod, restricting the rotation of the lock cylinder relative to the lock shell. This utility model, by configuring the keyhole on one axial side of the lock cylinder hole, allows the lock rod to move to the unlocked position by abutting against the paired key when the paired key is inserted into the keyhole, enabling the locking block to move into the slot and unlock the lock. It has the advantages of simplified lock rod structure, compact and reasonable internal lock structure, and simple assembly. Furthermore, because the lock rod moves to the unlocked position by abutting against the paired key, it has the advantages of stable and precise movement.

An electromechanical lock arrangement (10) comprising a core body (30), and a core (50) arranged to interact with the core body (30). The core (50) is movable at least between a first position (P1) and a second position (P2) in relation with the core body (30). A position indicating element (70) is arranged to indicate the position of the core (50) in relation with the core body (30). The position indicating element (70) in the first position (P1) of the core (50) is at a first state and in the second position (P2) of the core (50) in a second state. Change of the state of the position indicating element (70) triggers an indication signal for indicating the position of the core (50).

This invention discloses an anti-theft security lock cylinder, including a lock cylinder with an anti-theft mechanism inside. The anti-theft mechanism is used to improve the anti-theft performance of the lock. When unlocking, when the correct key is inserted, after the key has gone a certain distance, the key teeth will push the upper pin 1 to the correct height. At this time, the annular notch groove of the upper pin 1 is aligned with the locking block. Due to the pressure of the spring force, the locking block will be forced to move into the annular notch groove of the upper pin 1 and embed into the notch groove, thereby linking one side of the locking block and causing the locking block to disengage from the annular locking groove of the upper pin 2. This allows the lower pin of the lock teeth to move up and down. At this time, the key will go a certain distance into the lock cylinder, and the frontmost locking tooth of the key will push the lower pin of the lock teeth to the accurate height. At this time, the upper pin 2 will no longer block the lock cylinder and the lock cylinder. The lock cylinder can then be turned by the key, thereby outputting the unlocking action through the bolt.

A lock mechanism is disclosed. The lock mechanism includes a body and a clasp with a hole in. The clasp engages and locks with the body. There is also a key receiver with a keyway and a latch biased in a first direction by a spring. The latch has a protrusion for engaging the aperture to lock the clasp to the body. There are split pins which straddle a shear line between the latch and key receiver when in a locked condition and that do not straddle the shear line when the correct key is in the keyway. The split pins are biased by springs in a second direction, transverse to said first direction. The lock mechanism also has a retainer for maintaining the engagement of the latch and the key receiver.

The invention relates to a locking system (100) for a hygiene product dispenser, wherein a pivotable door of the hygiene product dispenser can be locked to a dispenser housing of the hygiene product dispenser by means of the locking system (100), comprising: - a locking device (1) with a lock (2) which has a housing (3) and a locking cylinder (4) which is housed inside the housing (3), and with a locking means (5) which is rotationally fixed to the locking cylinder (4) and is designed to lock the door to the dispenser housing in the closed position; - a first key (7) and a second key (8) which can be selectively inserted into the locking cylinder (4) from the outside during use; and - a locking pin (9) which can be inserted into the locking cylinder (4) from the inside and can be locked into it in two different detent positions, wherein the first key (7) and the locking pin (9) are designed such thatthat the first key (7) cannot be locked to the locking pin (9) in any of the detent positions after the locking pin (9) and the first key (7) have been inserted into the lock cylinder (4), and wherein the second key (8) and the locking pin (9) are designed such that, after the locking pin (9) and the second key (8) have been inserted into the lock cylinder (4), the second key (8) is positively locked to the locking pin (9) in a first detent position of the locking pin (9) and is not locked to the locking pin in a second detent position of the locking pin (9).

A lockset including a chassis having a locked state and an unlocked state, a latchbolt connected with the chassis, a handle mounted to the chassis, and a lock cylinder connected with the chassis. The handle is operable to retract the latchbolt when the chassis is unlocked, and is inoperable to retract the latchbolt when the chassis is locked. The lock cylinder includes a shell and a plug selectively rotatable relative to the shell. The chassis is configured to transition from the locked state to the unlocked state in response to rotation of the plug in a first rotational direction from a home position to a first rotated position. The chassis is configured to return from the unlocked state to the locked state in response to rotation of the plug in a second rotational direction from the first rotated position to the home position.

The application relates to a lock with high safety, which enhances the safety of the lock through a simple structure. Specifically, the lock comprises a lock cylinder and a key. The lock cylinder comprises a lock shell, the lock shell comprises a lock shell connecting portion installation cavity, a main ball locking assembly which can be telescopically arranged in the lock cylinder along the vertical direction is arranged between the lock shell connecting portion and the lock cylinder, a special-shaped magnetic ball locking assembly which can be telescopically arranged in the lock cylinder is arranged between the installation cavity inner wall surface and the lock cylinder in the axial direction, the main ball locking assembly and the special-shaped magnetic ball locking assembly are used for locking and releasing the circumferential limiting between the lock cylinder and the lock shell; the key is provided with a first tooth opening corresponding to the main ball locking assembly, and the key is further provided with a first magnet corresponding to the special-shaped magnetic ball locking assembly; when the key is inserted into the key hole, the upper end of the main ball locking assembly is correspondingly inserted into the first tooth opening, and the special-shaped magnetic ball locking assembly is attracted into the lock cylinder by the first magnet; at this time, the key can be rotated to drive the lock cylinder to rotate, so that the lock is opened.

The utility model discloses a kind of pin hidden type lock cylinder improvement structure with matching key, including cylindrical inner lock cylinder, the outer lock cylinder of being rotatable and being sleeved in the outer portion of inner lock cylinder and the key matched with inner lock cylinder and can drive its rotation, the end of inner lock cylinder is equipped with the keyhole corresponding with key, keyhole extends to inner lock cylinder inside along the axial direction of inner lock cylinder, key includes sub-key, push rod one and push rod two;Push rod one and push rod two are connected with sub-key, the end of push rod two in keyhole and push rod one are connected and can rotate around junction. The scheme is pushed upward by push rod one and push rod two, so that the key teeth of sub-key can be exposed in full, to guarantee the contact rate when unlocking, improve unlocking success rate. Various key teeth tip shapes are designed to solve the security problem when the length of key teeth is the same, and the length of key teeth is also the same when key teeth tip is the same.

This utility model discloses a lock with a bead-in-bead anti-theft structure, including a lock shell, a lock cylinder, an upper bead assembly, and a lower bead assembly. The lock shell has a shell hole, and the lock cylinder has a core hole. The upper bead assembly includes several upper beads that are sequentially nested and can move relative to each other, and the lower bead assembly includes several lower beads that are sequentially nested and can move relative to each other. When the shell hole and the core hole are connected, several upper beads abut against several lower beads respectively. When several upper beads and several lower beads abut against each other at the connection between the shell hole and the core hole, the lock cylinder can rotate relative to the lock shell. When at least one upper bead abuts against a corresponding lower bead at a position away from the connection between the shell hole and the core hole, the rotation of the lock cylinder relative to the lock shell is restricted. Because this lock with a bead-in-bead anti-theft structure unlocks when several upper beads and several lower beads abut against each other at the connection between the shell hole and the core hole, and locks when at least one upper bead abuts against a corresponding lower bead at a position away from the connection between the shell hole and the core hole, the lock's locking / unlocking is complex, and its anti-theft performance is excellent.

The present application provides a lockset and a locking device. The lockset includes a lock housing, a cylinder assembly being rotatably arranged inside the lock housing, and a keyless-locking assembly connected to cylinder assembly in a transmission way. The cylinder assembly includes a cylinder core and a tailpiece unit. A first clutch mechanism is provided between the cylinder core and the tailpiece unit, and a second clutch mechanism is provided between the keyless-locking assembly and the tailpiece unit. When the second clutch mechanism is in an engaged state, the keyless-locking assembly is movable relative to the lock housing in a first direction under a driving of an external force for locking, and the cylinder core and the tailpiece unit rotate along with the keyless-locking assembly. When the external force on the keyless-locking assembly is withdrawn, the keyless-locking assembly moves in a second direction opposite to the first direction, so that the second clutch mechanism switches to a disengaged state. By means of the arrangement of the first clutch mechanism and the second clutch mechanism, the lockset provided in the present application can realize key locking and keyless locking, such that the lockset is more convenient to use.

Anti-impressioning lock cylinder (1) comprising a stator (2), a rotor (3), a plurality of driver pins (6) and a plurality of coding pins (5) comprising a tip configured to cooperate with a cut of a key, and a head facing the driver pin (6). At least one coding pin (5') comprises a sliding zone (53) between its head and its tip whose diameter progressively decreases from the end of said sliding zone closest to the head towards the opposite end. When a key blade (91) without cuts is inserted and an attempt is made to rotate the rotor (3), the sliding zone (53) abuts against the edge of the end of the respective rotor duct (7), resulting in a thrust of said coding pin (5') towards the respective driver pin (6) and towards the bottom of the respective stator duct (8).

A locking mechanism adapter for a cylinder lock, the cylinder lock having a cylinder lock housing having a first bore for receiving a first rotatable lock driving member for rotation within the first bore and a locking cam which is driveable rotatably by the first rotatable lock driving member to operate a locking mechanism on rotation of the locking cam, the locking cam being received in a recess of the cylinder lock housing, the cylinder lock further having a drive bar extending from the cylinder lock housing, the drive bar being driveable rotatably by the first rotatable lock driving member, the drive bar having a distal end directed away from the cylinder lock housing, the locking mechanism adapter comprising a sleeve configured to be received over the distal end of the drive bar, the sleeve being configured to be driveable rotatably by the drive bar.

The application discloses a blade type number changing lock, a lock system and a number changing method. The blade type number changing lock comprises a lock body, a lock cylinder rotatably installed in the lock body, a clutch block axially movably installed on the lock cylinder and rotatable with the lock cylinder, and a lock tail rotatably installed at the tail end of the lock body and provided with a driving part for driving the clutch block to axially move. The lock tail is provided with a number changing block having an unlocking position and a number changing position. When the number changing block is in the unlocking position, the number changing block is in transmission connection with the lock cylinder and the lock tail, and the clutch block is axially limited between the lock cylinder and the lock tail. When the number changing block is in the number changing position, the number changing block is in transmission connection with the lock body and the lock tail, and the clutch block can axially move under the driving of the driving part, so that the meshing structure is separated. The application completely eliminates the security hidden trouble problem caused by unauthorized number changing.

The application provides a double-layer position control lock, which comprises a lock body, a lock cylinder arranged in the lock body and rotating relative to the lock body, a locking piece arranged on the lock cylinder and moving relative to the lock body between a locking position and an unlocking position, and a regulating mechanism for controlling the movement of the locking piece; the regulating mechanism comprises a plurality of regulating pieces arranged in the lock cylinder in an axial direction and lifting in a first direction, a plurality of driven pieces arranged between the regulating pieces and the locking piece, and an unlocking slot formed on the side of the driven piece close to the locking piece; two adjacent regulating pieces drive the same driven piece to lift to adjust the position of the unlocking slot, so that each unlocking slot is combined to form a shape in which the locking piece can partially enter in a second direction perpendicular to the first direction, so as to allow the locking piece to move from the locking position to the unlocking position. The application solves the technical problem of low unlocking difficulty in the prior art by the regulating pieces and the driven pieces.

The application discloses a lock cylinder with anti-damage unlocking function, which comprises a core body, a lock channel for inserting a key is arranged in the core body and penetrates through the outer end surface of the core body, a plurality of insertion grooves for accommodating an insertion part are arranged in the core body, and the insertion part is provided with an inner groove with a higher hardness than the core body; when the insertion part is located in the insertion groove, the width of the inner groove is greater than or equal to the width of the corresponding position of the lock channel. The application aims to provide the lock cylinder with anti-damage unlocking function, which has better displacement resistance and better anti-theft function.

The lock plug can have a plug body rotatably mountable within a lock housing for rotation around an axis, the plug body having a solid of revolution shape, the plug body having an insert component assembled to a primary component, a keyway defined in the plug body, the keyway having a length parallel to the rotation axis, the keyway adapted to receive a key blade matching a cross-sectional shape of the keyway, and a blocking mechanism protruding into the keyway, the blocking mechanism configured to prevent the plug from rotating unless actuated by the key blade and unless the key blade is of a matching type, the blocking mechanism integrated to the plug insert. The method of assembling the lock plug can include assembling components of the blocking mechanism to the insert component prior to assembling the insert component to the primary component.

A cylinder lock comprising: a stator provided with at least one cylindrical cavity having an axis A; a rotor housed in each cylindrical cavity, wherein each rotor comprises a longitudinal recess along the axis A; a flat key configured to be inserted into the longitudinal recess of the rotor and to control the rotation of the rotor within the stator; wherein the flat key comprises two substantially opposite main faces delimited by two longitudinal edges substantially parallel to the axis A, a widened base end, a tip end, and a set of teeth protruding from one of the two longitudinal edges; wherein a notch is formed on one of the two main faces by material removal, wherein the notch is obtained in a position such that when the flat key is inserted into the rotor, the notch at least partially houses a first sphere of a pair of spheres arranged in series and slidable in a channel obtained in the rotor so as as to free the rotation of the rotor within the stator previously blocked by interference by the second sphere of the pair of spheres; wherein the notch does not have a circular profile and has a length along the axis A greater than the diameter of the first sphere.

The present application is a cylinder lock with a lock core seat and a limiting opening; a plurality of leaves and a plurality of shims are arranged alternately in the lock core seat, each leaf forms a limiting block, each shim forms a limiting portion and a rotation-stopping portion, one side of each limiting block abuts against one side of the limiting opening, two sides of each limiting portion abut against two opposite sides of the limiting opening, and each rotation-stopping portion is adjacent to the other side of each limiting block; each shim, because of the rotation-stopping portion, can limit the limiting block in the limiting opening when in the locked state, so that each leaf can be prevented from rotating freely when vibrating due to external force, thereby improving the overall structural stability and avoiding the key from being unable to be inserted correctly due to the rotation of the leaves.

A mounting plate for a storage box, has a rigid plate having a front face having a surface, a back face opposite the front face, and at least one passage through the front face to the back face to receive a portion of a storage box. The mounting plate has a lock with a key mechanism accessible from a user side. The lock has a rotatable locking bar positioned on the second side, the rotatable locking bar having a flange, the rotatable locking bar further responsive to an activation of the key mechanism, whereby the flange is configured to engage the storage box when the lock is in a locked configuration. The passage and the rotatable locking bar affix the storage box substantially adjacent the front face of the rigid plate when the lock is in the locked configuration.

A padlock including a shackle having a short leg and a long leg, a lock body having a first hole configured to receive the short leg of the shackle, and a second hole configured to receive the long leg of the shackle, where the long leg is configured to at least partially remain within the lock body, a latch movable between a first position engaged with the short leg of the shackle and a second position disengaged from the short leg of the shackle, a cylinder configured for rotational movement within the lock body and operatively engaged with the latch, a sleeve configured to control rotational movement of the cylinder, and wherein when the latch is in the first position the padlock is in a locked mode, and when the latch is in the second position the padlock is in an unlocked mode.