Abstract:
Various embodiments of the present disclosure relate, generally, to a control system for a movable partition. In one embodiment, the control system is an access control system that includes a lock control interface and a remote line interface at which lock modes are asserted, and which are communicated to a door controller. Protocols installed at the controller enable the controller to provide control signals to the movable partition responsive to the various lock modes asserted at the lock control interface and remote line interface.
Abstract:
A movable partition system includes a movable partition, a floating jamb attached to an end of the movable partition and located within a pocket configured to retain the movable partition when in a retracted position, at least two base plates attached to the floating jamb, and at least two jamb stops attached to opposing interior walls of the pocket. Each of the at least two jamb stops are configured to engage a respective base plate of the floating jamb, wherein the floating jamb, the at least two base plates, and the at least two jamb stops are configured such that disengaging the floating jamb from a secure position within the pocket when the movable partition is in an extended position requires disengaging one of the at least two jamb stops from the respective base plate on each side of the movable partition. Methods of providing a security barrier are disclosed.
Abstract:
A wireless transmitter including a rotating actuator, a plate connected to the rotating actuator, and a wireless switch. The wireless switch may include at least one actuating panel and at least one transducer element. The at least one transducer element may be configured to convert mechanical energy to electrical energy. The at least one actuating panel may be configured to transmit mechanical energy to the at least one transducer element. The plate may be configured to contact the wireless switch at a rotational end point of the rotating actuator.
Abstract:
A leading end assembly for a movable partition may include a frame, an exterior skin coupled to the frame for covering a leading surface and two opposing side surfaces of the frame, the exterior skin including a leading member forming at least a portion of a leading surface of the leading end assembly and at least two side members, each side member being formed separately from the leading member and forming at least a portion of a lateral side portion of the leading end assembly. Movable partitions may include leading end assemblies and leading end assemblies may be formed by related methods.
Abstract:
A motor control system comprises a motor control circuit, a non-transitory storage medium and a processing circuitry. The storage medium is configured to store a current threshold profile that is indicative of a current requirement of the motor control circuit for an operational cycle of a motor. The processing circuitry is configured to adjust the stored current threshold profile based on a change to the operational cycle of the motor (e.g., from standard to non-standard).
Abstract:
Panel assemblies for movable partitions include a panel and a protective clip covering at least a portion of a bottom surface of the panel. The panel includes channels defined between lateral edge portions and a back side surface of the panel. Tabs of the protective clip are positioned within corresponding channels. Movable partitions include at least one panel and at least one protective clip, which is assembled with the at least one panel and is coupled to a back side surface of the at least one panel. Tabs of the back portion of the at least one protective clip are inserted at least partially within two opposing channels of the at least one panel. Methods of attaching a protective clip to a panel of a movable partition include positioning tabs extending from longitudinal ends of the back portion of the protective clip within channels of the panel.
Abstract:
Automatic drive systems for movable partitions may comprise a floating jamb configured to attach to panels of a movable partition and glide within a pocket. A motor may be configured to extend the movable partition. The motor may be configured for mounting in the pocket on a back side of the floating jamb opposing a front side of the floating jamb to which the panels of the movable partition are configured to attach. An electronics enclosure may be sized and configured to contain electronics to connect to the motor. The electronics enclosure may be configured for positioning in the pocket on the backside in a location offset from the motor. A depth of the electronics enclosure, as measured in a direction in which the floating jamb is mounted to glide, may be less than or equal to a depth of the motor, as measured in the same direction.
Abstract:
Movable partition systems include a drive mechanism including a motor positioned at least partially on a side of a track opposite a movable partition. Automatically movable partition systems include a movable partition movable along a track and a motor configured to move the movable partition, the motor positioned on a side of the track opposite the movable partition. Methods of installing a movable partition system include coupling a movable partition to a track, positioning a drive mechanism at least partially on a side of the track opposite the movable partition, and coupling an elongated drive member to the movable partition. Methods of moving a movable partition along a track include actuating a drive mechanism positioned at least substantially in a header recess. Drive modules for a movable partition system and other methods of installing a movable partition system including attaching a motor to a section of track are also disclosed.
Abstract:
Leading end assemblies for movable partitions may include at least one sensor assembly configured to detect a force applied to a leading surface of a leading structure of the leading end assembly. Movable partition systems may include a plurality of hingedly coupled panels and a leading end assembly. The leading end assembly may include a trolley movably coupled to a track and at least one sensor assembly configured to detect movement of the leading structure relative to the trolley when the movable partition is moved from a retracted position to an extended position. Methods of operating a movable partition may include monitoring a displacement of a leading structure of a leading end assembly of the movable partition relative to another portion of the leading end assembly with a sensor assembly and ceasing movement of the movable partition in response to a signal from the sensor assembly.
Abstract:
Panel assemblies for movable partitions include a panel and a protective clip covering at least a portion of a bottom surface of the panel. The panel includes channels defined between lateral edge portions and a back side surface of the panel. Tabs of the protective clip are positioned within corresponding channels. Movable partitions include at least one panel and at least one protective clip, which is assembled with the at least one panel and is coupled to a back side surface of the at least one panel. Tabs of the back portion of the at least one protective clip are inserted at least partially within two opposing channels of the at least one panel. Methods of attaching a protective clip to a panel of a movable partition include positioning tabs extending from longitudinal ends of the back portion of the protective clip within channels of the panel.