초록 ▼

A lock includes two independently operating locking mechanism, one locking mechanism operating electronically and one locking mechanism operating mechanically. The lock may include a device for receiving and decoding an electronic unlock signal and a memory source for storing multiple unique unlock

A lock includes two independently operating locking mechanism, one locking mechanism operating electronically and one locking mechanism operating mechanically. The lock may include a device for receiving and decoding an electronic unlock signal and a memory source for storing multiple unique unlock signals. The electronic signal may be generated from a remote source or on the lock itself. The lock also may include a button that allows unique unlock signals to be added or deleted from the lock memory.

대표청구항 ▼

What is claimed is: 1. A lock comprising: a locking member that is selectively secured within a lock housing; one or more locking levers that are selectively moved between two positions: a locked position, wherein said locking member is secured within said lock housing; and an unlocked position, wh

What is claimed is: 1. A lock comprising: a locking member that is selectively secured within a lock housing; one or more locking levers that are selectively moved between two positions: a locked position, wherein said locking member is secured within said lock housing; and an unlocked position, wherein said locking member is released and can be removed from said lock housing; an electronically operated locking mechanism that controls an electromechanical actuator that is coupled to the one or more locking levers, the actuator being configured to move the one or more locking levers between the locked position and the unlocked position; and a mechanically operated locking mechanism that is coupled to the one or more locking levers and configured to move the one or more locking levers between the locked position and the unlocked position without requiring energization of the electromechanical actuator; wherein said electronically operated locking mechanism and said mechanically operated locking mechanism operate independent of one another, and are capable, each without action by the other, to move said one or more locking levers to said unlocked position, such that movement of the one or more locking levers by the mechanically operated locking mechanism occurs independently of the electromechanical actuator. 2. The lock of claim 1, wherein said locking member is a shackle. 3. The lock of claim 1, wherein said locking member is an adjustable shaft of a steering wheel lock. 4. The lock of claim 1, wherein said electronically operated locking mechanism includes a mechanism for receiving a coded message to unlock the lock from a remote signal generation source. 5. The lock of claim 1, wherein said electronically operated locking mechanism includes an IR detector for receiving coded unlock messages from a remote IR signal generation source. 6. The lock of claim 1, wherein said actuator includes a motor, at least two spur gears, at least one drive shaft, at least two worm gears, and a cam shaft, wherein rotation of the cam shaft moves the one or more locking levers to the unlocked position. 7. The lock of claim 6, wherein said cam shaft includes one or more protrusions that interact with a portion on said one or more locking levers to move the locking levers to said unlocked position when said cam shaft is rotated. 8. The lock of claim 7, wherein said cam shaft further comprises one or more camming features that close a switch to stop the rotation of the cam shaft when said one or more camming features align with said switch. 9. The lock of claim 1, wherein said lock body includes one or more apertures for receiving said locking member; and said lock further includes one or more 0-ring positioned around said one or more apertures for receiving said locking member. 10. The lock of claim 1, wherein said mechanically operated locking mechanism comprises a keyed lock cylinder and a cylinder extension, wherein insertion of a proper key into the lock cylinder permits rotation of the cylinder extension. 11. The lock of claim 10, wherein said cylinder extension includes a flange that interacts to a portion of said one or more locking levers to move the locking members to the unlocked position when said cylinder extension is rotated. 12. The lock of claim 1 further comprising a piezo transducer that provides an audible signal to indicate when the lock is locked or unlocked. 13. The lock of claim 1 further comprising an alarm system that can selectively be armed. 14. The lock of claim 13, wherein said alarm system includes one or more motion detectors that trigger an alarm signal when said one or more motion detectors sense a motion event. 15. The lock of claim 13, wherein said alarm system produces an audible alarm signal. 16. The lock of claim 13, wherein said alarm system provides an alarm signal to a remote device. 17. The lock of claim 13, wherein said alarm system includes an audible signal that is stored in a separate non-volatile memory source. 18. The lock of claim 1 further comprising a microcontroller that includes non-volatile memory source capable of storing one or more unlock codes. 19. A lock comprising: a locking member that is selectively secured within a lock housing with one or more locking components; an electronically operated locking mechanism that is coupled to the one or more locking components and configured to move the one or more locking components between a locked position in which the locking member is secured within the lock housing and an unlocked position in which the locking member is released from the lock housing; and a mechanically operated locking mechanism comprising a key cylinder that is coupled to the one or more locking components, wherein rotation of the key cylinder moves the one or more locking components between the locked position and unlocked position, such that movement of the one or more locking components by rotation of the key cylinder occurs independently of the electronically operating locking mechanism without requiring energization of the electromechanical actuator; wherein said electronically operated locking mechanism includes a non-volatile memory source capable of storing two or more unlock codes. 20. The lock of claim 19 further comprising a button that can be selectively pressed to add or delete unlock codes from said non-volatile memory. 21. The lock of claim 20, wherein said button can only be pressed when said lock is in an unlocked position. 22. The lock of claim 19 wherein said one or more locking components comprises one or more locking levers. 23. The lock of claim 22, wherein said electronically operated locking mechanism and said mechanically operated locking mechanism operate independent of one another to move said one or more locking levers to said unlocked position. 24. The lock of claim 19, wherein said electronically operated locking mechanism includes a mechanism for receiving a coded message to unlock the lock from a remote signal generation source. 25. The lock of claim 19 further comprising an alarm system that can be selectively armed, and wherein said alarm system produces an alarm signal when a motion detection mechanism detects a motion event when said alarm system is armed. 26. A lock comprising: a locking member that is selectively secured within a lock housing; one or more locking levers that are selectively moved between two positions: a locked position, wherein said locking member is secured within said lock housing; and an unlocked position, wherein said locking member is released and can be removed from said lock housing; an electronically operated locking mechanism including a non-volatile memory source capable of storing two or more unlock codes; a reset button housed within the lock housing and accessible through a reset opening in the lock housing that can be selectively pressed to add or delete unlock codes from said non-volatile memory; and a mechanically operated locking mechanism; wherein said electronically operated locking mechanism and said mechanically operated locking mechanism operate independent of one another to move said one or more locking levers to said unlocked position, such that movement of the one or more locking levers by the mechanically operated locking mechanism occurs independently of the electronically operated locking mechanism without requiring energization of the electromechanical actuator; wherein at least one of said one or more locking levers is positioned between the reset button and the reset opening when the one or more locking levers are in the locked position and blocks access to the reset button such that said reset button can only be pressed when said one or more locking levers are in the unlocked position. 27. The lock of claim 26 further comprising an alarm system that can be selectively armed, and wherein said alarm system produces an alarm signal when a motion detection mechanism detects a motion event when said alarm system is armed. 28. The lock of claim 26, wherein said electronically operated locking mechanism includes a mechanism for receive a coded message to unlock the lock from a remote signal generation source. 29. A lock system comprising: (i) a lock comprising: (a) a locking member that is selectively secured within a lock housing; (b) one or more locking levers that are selectively moved between two positions: (1) a locked position, wherein said locking member is secured within said lock housing; and (2) an unlocked position, wherein said locking member is released and can be removed from said lock housing; (c) an electronically operated locking mechanism that controls an electromechanical actuator that is coupled to the one or more locking levers, the actuator being configured to move the one or more locking levers between the locked position and the unlocked position; and (d) a mechanically operated locking mechanism comprising a key cylinder that is coupled to the one or more locking components, wherein rotation of the key cylinder moves the one or more locking components between the locked position and unlocked position; wherein said electronically operated locking mechanism and said mechanically operated locking mechanism operate independent of one another to move said one or more locking levers to said unlocked position, such that movement of the one or more locking components by rotation of the key cylinder occurs independently of the electromechanical actuator without requiring energization of the electromechanical actuator; and (ii) a device for transmitting an unlock code to said electronically operated lock mechanism. 30. The lock system of claim 29, wherein said device for transmitting an unlock code to said lock is a key fob. 31. The lock system of claim 29, wherein said lock further comprises a mechanism for receiving said unlock code. 32. The lock system of claim 31 further comprising a non-volatile memory source capable of storing two or more unlock codes. 33. The lock of claim 31 further comprising a button that can be selectively pressed to add or delete unlock codes from said non-volatile memory. 34. The lock of claim 33, wherein said button can only be pressed when said lock is in an unlocked position. 35. A lock comprising: (a) a shackle that is selectively secured within a lock housing; (b) one or more locking levers that are selectively moved between two positions: (i) a locked position, wherein said shackle is secured within said lock housing; and (ii) an unlocked position, wherein said shackle is released and can be removed from said lock housing; (c) an electronically operated locking mechanism comprising: (i) an IR detector for receiving coded unlock messages from a remote IR signal generation source; and (ii) a motor, at least two spur gears, at least one drive shaft, at least two worm gears, and a cam shaft, wherein said cam shaft includes one or more protrusions that interact with a portion on said one or more locking levers to move the locking levers to said unlocked position when said cam shaft is rotated; (d) a mechanically operated locking mechanism comprising: (i) a lock cylinder; and (ii) a cylinder extension coupled to said lock cylinder, wherein said cylinder extension includes a flange that interacts to a portion of said one or more locking levers to move the locking members to the unlocked position when said cylinder extension is rotated; and wherein said electronically operated locking mechanism and said mechanically operated locking mechanism operate independent of one another to move said one or more locking levers to said unlocked position.