Method and Apparatus Pertaining to Selectively Blocking a Lock Hasp
These various embodiments can be deployed in conjunction with a movable barrier ( 100 ) and an end user manipulable lock hasp ( 300 ) and generally provide a movable hasp-blocking member ( 301 ) and a transport member ( 302 ) that can selectively move that hasp-blocking member between a hasp-blocking position and a non-blocking position. By one approach, this transport member further comprises a locking component ( 305 ) that readily permits the movable hasp-blocking member to be pulled from the hasp-blocking position towards the non-blocking position but that resists pushing of the movable hasp-blocking member towards the non-blocking position. These teachings will also generally provide for a barrier mounting member that is configurable to secure the movable hasp-blocking member and the remotely controllable transport member to the movable barrier.
1 . An apparatus for use with a movable barrier and an end user manipulable lock hasp, comprising:
a movable hasp-blocking member;
a transport member configured to selectively move the movable hasp-blocking member between:
a hasp-blocking position that prevents the hasp from being moved by an end user to an unsecured position that will permit the end user to move the movable barrier to an opened position; and
a non-blocking position that does not prevent the hasp from being moved by the end user to the unsecured position;
wherein the transport member further comprises an articulated portion that bears at least one pin, such that when the movable hasp-blocking member is in the hasp-blocking position, the at least one pin resists forced movement of the movable hasp-blocking member towards the non-blocking position;
a barrier mounting member configurable to secure the movable hasp-blocking member and the remotely controllable transport member to the movable barrier.
2 . The apparatus of claim 1 wherein the end user manipulable lock hasp is attached to the movable barrier.
3 . The apparatus of claim 1 wherein the transport member comprises a first longitudinal member and a second longitudinal member that are operably coupled by the articulated portion.
4 . The apparatus of claim 3 wherein the first longitudinal member and the second longitudinal member are disposed substantially co-axial to one another.
5 . The apparatus of claim 4 wherein the articulated portion comprises a first link that is pivotally connected to the first longitudinal member and a second link that is pivotally connected to the second longitudinal member.
6 . The apparatus of claim 1 further comprising a track that receives the at least one pin.
7 . The apparatus of claim 6 wherein the track comprises a curved portion that guides the at least one pin into a particular position, when the movable hasp-blocking member is in the hasp blocking position, that causes the pin to resist the forced movement of the movable hasp-blocking member towards the non-blocking position.
8 . The apparatus of claim 1 further comprising:
a transport member mover configured to selectively move the transport member between the hasp-blocking position and the non-blocking position.
9 . The apparatus of claim 8 further comprising:
a wireless receiver that is configured to receive wireless remote control signals and wherein the transport member mover is responsive to the remote control signals.
10 . An apparatus for use with a movable barrier and an end user manipulable lock hasp, comprising:
a movable hasp-blocking member;
a transport member configured to selectively move the movable hasp-blocking member between:
a hasp-blocking position that prevents the hasp from being moved by an end user to an unsecured position that will permit the end user to move the movable barrier to an opened position; and
a non-blocking position that does not prevent the hasp from being moved by the end user to the unsecured position;
wherein the transport member further comprises a locking component that readily permits the movable hasp-blocking member to be pulled from the hasp-blocking position towards the non-blocking position but that resists pushing of the movable hasp-blocking member towards the non-blocking position;
a barrier mounting member configurable to secure the movable hasp-blocking member and the remotely controllable transport member to the movable barrier.
11 . The apparatus of claim 10 wherein the locking component comprises an articulated portion that bears at least one pin, such that when the movable hasp-blocking member is in the hasp-blocking position, the at least one pin resists forced movement of the movable hasp-blocking member towards the non-blocking position.
12 . The apparatus of claim 11 wherein the articulated portion comprises a first link that is pivotally connected to the first longitudinal member and a second link that is pivotally connected to the second longitudinal member.
13 . The apparatus of claim 12 further comprising a track that receives the at least one pin.
14 . The apparatus of claim 13 wherein the track comprises a curved portion that guides the at least one pin into a particular position, when the movable hasp-blocking member is in the hasp blocking position, that causes the pin to resist the forced movement of the movable hasp-blocking member towards the non-blocking position.
15 . An apparatus for use with a movable barrier and an end user manipulable lock hasp, wherein the hasp has an exterior periphery, the apparatus comprising:
a movable hasp-blocking member;
a transport member configured to selectively move the movable hasp-blocking member between:
a hasp-blocking position that positions the hasp-blocking member to be in proximity of the exterior periphery of the hasp and thereby prevent the hasp from being moved by an end user to an unsecured position that will permit the end user to move the movable barrier to an opened position and a non-blocking position; and
a non-blocking position that does not prevent the hasp from being moved by the end user to the unsecured position;
a barrier mounting member configurable to secure the movable hasp-blocking member and the remotely controllable transport member to the movable barrier.
16 . The apparatus of claim 15 wherein the transport member further comprises a locking component that readily permits the movable hasp-blocking member to be pulled from the hasp-blocking position towards the non-blocking position but that resists pushing of the movable hasp-blocking member towards the non-blocking position.
17 . The apparatus of claim 16 wherein the locking component comprises an articulated portion that bears at least one pin, such that when the movable hasp-blocking member is in the hasp-blocking position, the at least one pin resists forced movement of the movable hasp-blocking member towards the non-blocking position.
18 . A method for use with a movable barrier and an end user manipulable lock hasp that is secured to the movable barrier, wherein the hasp has an exterior periphery, the method comprising:
securing to the movable barrier an apparatus comprising:
a movable hasp-blocking member;
a transport member configured to selectively move the movable hasp-blocking member between:
a hasp-blocking position that positions the hasp-blocking member to be in proximity the exterior periphery of the hasp and thereby prevent the hasp from being moved by an end user to an unsecured position that will permit the end user to move the movable barrier to an opened position; and
a non-blocking position that does not prevent the hasp from being moved by the end user to the unsecured position;
a barrier mounting member configurable to secure the movable hasp-blocking member and the remotely controllable transport member to the movable barrier.
19 . The method of claim 18 further comprising:
using the apparatus to selectively overlock the hasp by using the transport member to move the movable hasp-blocking member to the hasp-blocking position.
20 . The method of claim 19 wherein using the apparatus to selectively overlock the hasp comprises receiving a wireless remote control message.
21 . The method of claim 20 further comprising:
using the apparatus to selectively undo the overlock by using the transport member to move the movable hasp-blocking member to the non-blocking position.