Abstract: A security cover device for a door viewer inserted into a door includes a housing configured to couple to a door with a door viewer, an eye piece movably coupled with the housing, and a shutter assembly. The shutter assembly includes a shutter member disposed within the housing, the shutter being configured to alter the amount of light passing through the housing, and an actuator in communication with the shutter member to selectively reposition the shutter member with respect to the housing from a first shutter member position to a second shutter member position, wherein the actuator is actuated to reposition the shutter member in response to the eye piece being moved in relation to the housing.

Abstract: A security cover device for a door viewer inserted into a door includes a housing configured to couple to a door with a door viewer, an eye piece movably coupled with the housing, and a shutter assembly. The shutter assembly includes a shutter member disposed within the housing, the shutter being configured to alter the amount of light passing through the housing, and an actuator in communication with the shutter member to selectively reposition the shutter member with respect to the housing from a first shutter member position to a second shutter member position, wherein the actuator is actuated to reposition the shutter member in response to the eye piece being moved in relation to the housing.

Abstract: The present invention is directed toward a security cover for a door viewer such as a peephole. The security cover includes a housing having a forward opening configured to align with the peephole, a rearward viewing port, and an eyecup. The security cover further includes a shutter mechanism that is manually repositionable from a closed position to an opened position via engagement of an actuator. In operation, the security cover is coupled to a door such that it covers the door viewer.

Abstract: The present invention is directed toward a security cover for a door viewer such as a peephole. The security cover includes a housing having a forward opening configured to align with the peephole, a rearward viewing port, and an eyecup. The security cover further includes a shutter mechanism that is manually repositionable from a closed position to an opened position via engagement of an actuator. In operation, the security cover is coupled to a door such that it covers the door viewer.

Abstract: The present invention is directed toward a security cover for a door viewer such as a peephole. The security cover includes a housing having a forward opening configured to align with the peephole, a rearward viewing port, and an eyecup. The security cover further includes a shutter mechanism that is manually repositionable from a closed position to an opened position via engagement of an actuator. In operation, the security cover is coupled to a door such that it covers the door viewer.

Abstract: The present invention is directed toward a security cover for a door viewer such as a peephole. The security cover includes a housing having a forward opening configured to align with the peephole, a rearward viewing port, and an eyecup. The security cover further includes a shutter mechanism that is manually repositionable from a closed position to an opened position via engagement of an actuator. In operation, the security cover is coupled to a door such that it covers the door viewer.

Abstract: The present invention relates to an electronic containment system including one or more site units and one or more pet units. The site unit couples to a geographic site, while the pet unit is worn by a pet. Each unit includes a transceiver, and may be paired such that a unit connected to a facility or site selectively activates an alarm on the pet unit to direct the pet away from the facility. Specifically, a user enters user-defined parameters such as pet identification, permitted access level, and type of notification. A first pet unit may be programmed to permit a first pet access to the site, while a second pet unit may be programmed to deny a second pet access to the site.

Abstract: A door sign device includes an actuator mounted on the inner door surface of a door that has inner and outer door surfaces so that a user can move the actuator between first and second actuator positions, and a follower mounted on the outer door surface so that the follower can be move between first and second follower positions that each correspond to a respective one of the first and second actuator positions. Coupling components are included for coupling the actuator to the follower magnetically so that the follower follows actuator movement, and indicator components responsive to the follower being in the first follower position indicate that a predetermined sign applies. Roller-type actuator and follower components may be employed that are mounted for rotation about axes that are parallel to the inner and outer door surfaces.

Abstract: A door sign device includes an actuator mounted on the inner door surface of a door that has inner and outer door surfaces so that a user can move the actuator between first and second actuator positions, and a follower mounted on the outer door surface so that the follower can be move between first and second follower positions that each correspond to a respective one of the first and second actuator positions. Coupling components are included for coupling the actuator to the follower magnetically so that the follower follows actuator movement, and indicator components responsive to the follower being in the first follower position indicate that a predetermined sign applies.