摘要:
A lock programming device (10) is for use with a lock system (40) including a computer (2) and a one door lock(s) having a control. The computer has RAM (6), a storage device (7), and a program for generating lock code data files in response to user input. The lock control has memory (4a) for storing a lock code data file(s) and is configured to operate the lock when receiving input corresponding to the code file. The programming device (10) includes a base (12) disposeable in a user's hand and a flash memory (14) connected with the base for storing at least one data file. A controller (16) connected with the base is coupled with the flash memory and coupleable with the computer. The controller communicates with the computer to write a data file in RAM directly to the flash memory and communicates with the lock control to transfer the data file from the flash memory to the lock memory.
摘要:
An electromagnetic shear lock (10) comprising an electromagnet assembly (20) which is mounted to a door frame (16) and an armature assembly (120) which is mounted to a door (12), the electromagnet assembly and armature assembly defining a gap (18). The armature assembly (120) includes an armature (122) mounted on a leaf spring (144). The electromagnet assembly (20) includes an electromagnet (28) which is mounted to a mounting plate (22). A pair of springs (84) which engage opposite end portions of the mounting plate (22) bias the mounting plate and electromagnet (28) away from the armature (122). When the electromagnet (28) is energized and is attracted to the armature (122), the mounting plate (22) slides longitudinally along a guide member (74) against the force of the springs (84) and the electromagnet (28) is displaced to close the gap (18).
摘要:
A method of collecting data in a lock system. The method includes providing each user with a credential that contains user information, presenting the credential at an off-line access point, and reading the user information from the credential. The method also includes analyzing the user information at the first off-line access point to determine if access to the first off-line access point should be allowed, sending event data from the off-line access point to the credential, and selectively overwriting existing event data and storing the sent event data on the credential. The invention further includes presenting the credential at an on-line access point and reading the user data and reading the event data.
摘要:
A lock system (10) includes a lock adjustable between locked and unlocked configurations and at least one and preferably two input devices (30, 22) each configured to generate or/and receive user input, each input having a value. A controller (16) is operatively with the lock, coupled with the input device(s) (22, 30) to receive user input, and has memory with at least first and second data files, the first file having at least one stored value. The controller (16) is configured to receive first and second user inputs, to compare the first input value with the first file(s) value, and to store a particular second input value within the second data file when the particular first input value correspond with at least one valuein the first file, thus enrolling the user. Thereafter, the lock is preferably unlocked using only the second user input, which is carried by a key unit or a user physical feature.
摘要:
A lock system includes an access point including a portion movable between an open position and a closed position and a lock mechanism coupled to the access point and movable between a locked position in which the access point is maintained in the closed position and an unlocked position in which the access point is freely movable between the open position and the closed position. A wireless module is coupled to the lock mechanism and is operable to move the lock mechanism between the locked position and the unlocked position. The wireless module includes a receiver operable in a first mode to periodically listen for a signal and operable in a second mode in response to receipt of the signal to receive data, the first mode consuming a first amount of power that is less than a second amount of power consumed during operation in the second mode.
摘要:
A lock programming device (10) is for use with a lock system (40) including a computer (2) and a one door lock(s) having a control. The computer has RAM (6), a storage device (7), and a program for generating lock code data files in response to user input. The lock control has memory (4a) for storing a lock code data file(s) and is configured to operate the lock when receiving input corresponding to the code file. The programming device (10) includes a base (12) disposeable in a user's hand and a flash memory (14) connected with the base for storing at least one data file. A controller (16) connected with the base is coupled with the flash memory and coupleable with the computer. The controller communicates with the computer to write a data file in RAM directly to the flash memory and communicates with the lock control to transfer the data file from the flash memory to the lock memory.
摘要:
A latch assembly (10) comprising a latch frame (24) mounted to a door (12). A latch bolt (40) is mounted to the latch frame (24) for pivotal movement between a biased position extended position and a retracted position. The latch bolt (40) includes a tip portion (48) with opposing planar locking (50) and shaped engagement (50) surfaces. A link is pivotally mounted to the frame (24) for movement between a biased blocking position and a release position. In the blocking position the link prevents movement of the latch bolt (40) from the extended position. A push bar (102) pivots the link to the release position in response to an applied force. A frame bolt (82) is mounted to a door frame (14) for linear displacement between a position projecting from the door frame (14) and a position displaced toward the door frame (14). The frame bolt (82) includes opposing engagement (86) and planar locking (84) surfaces. When the door is closed the planar locking surfaces (50, 84) are in opposing surface-to-surface contact securing the door (12) to the frame (14).