A smart window/door opening-closing device that can easily be installed for use with an existing door or window or can be built-in by the door or window manufacturer, can be programmed to activate the opening or closing of the door or window either (a) remotely, (b) automatically by a pet, (c) automatically by a voice command and/or (d) automatic in response to external sensors, is easily disengaged when use is not desired, provides safety and security to prevent unwanted opening or closing of the door or window, and is integrated with a wireless communication network to enable smart and remote control of the window/door actuator.

The present invention relates to a novel automatic stall latch device. The device is a secure, automatic latch for stall doors that house livestock, but can be retrofitted to any sliding door. The device comprises a locking plate and a wedge that the locking plate slides over to lock the door. A narrow rod is then installed on the side of the sliding door to operate the automatic latch. The locking plate is bolted to the top of the stall or sliding door and operated via the narrow rod that runs down the side of the door. The rod can be actuated to open the stall door. When the door is closed, the locking plate automatically connects to the wedge component that bolts to the top of the stall wall next to the closed door.

An adjustable bar window lock is a straight bar with a foot at each end, and a snap-locking buckle in the center wherein the two double hung halves of the bar are able to be adjusted incrementally and solidly locked at a preferred length to lock a double hung window in a partially opened position against a window cooling unit to prevent removal or access to the interior of the home.

A device for securing sliding windows and doors includes a telescoping bar and a plate. An end of the bar and the plate together form a connector pair that couples the bar end to the plate in one of a separable orientation and an inseparable orientation according to a relative angle between the bar end and the plate. The connector pair allows the bar to be separated from the plate in the separable orientation when the relative angle is a first angle, and the connector pair prevents the bar end being separated from the plate in the inseparable orientation when the relative angle is a second angle. A lock in the locked position physically prevents the relative angle between the bar end and the plate being changed from the second angle to the first angle. A T-bar or side-wing may prevent unlocking when the window or door is open.

Leaf (4) of a sliding window (1) or sliding door, whereby this leaf (4) has a horizontal profile (13) and an upright side profile (12) perpendicular to the horizontal profile (13), whereby the horizontal profile (13) is provided with a lock plate (10) for a lock (9), whereby the leaf (4) is equipped with an adjustment mechanism to be able to adjust the position of the lock plate (10) in the direction (P) in which the horizontal profile (13) extends and to be able to secure the lock plate (10) to the leaf (4), whereby the adjustment mechanism can be operated from the side where the side profile (12) is located.

A novel automatic stall latch device is disclosed. The device is a secure, automatic latch for stall doors that house livestock, but can be retrofitted to any sliding door. The device comprises a locking plate and a wedge that the locking plate slides over to lock the door. A narrow rod is then installed on the side of the sliding door to operate the automatic latch. The locking plate is bolted to the top of the stall or sliding door and operated via the narrow rod that runs down the side of the door. The rod can be actuated to open the stall door. When the door is closed, the locking plate automatically connects to the wedge component that bolts to the top of the stall wall next to the closed door.

A securing apparatus is provided for securing, in one embodiment, a plurality of enclosures, such as for example, a plurality of electric meter boxes, the apparatus being mountable to the at least one of the plurality of enclosures. The securing apparatus comprises an enclosure locking member which includes at least a bracket arm, a fastening member and a housing mountable to at least one enclosure; the securing apparatus further comprises a securing member having first and second ends, with the securing member including at least a securing bar and a coupling member being moveably attachable to the securing bar, wherein the coupling member is pivotably mateable with the extended flange of the enclosure locking member.

Receptacle locking devices are disclosed. A receptacle locking device having a contact arm and a pivoting feature can be pivoted from a first, unlocked position to a second, locked position, wherein the contact arm prevents opening of the receptacle door when the locking device is in the second, locked position.

Receptacle locking devices are disclosed. A receptacle locking device having a contact arm and a pivoting feature can be pivoted from a first, unlocked position to a second, locked position, wherein the contact arm prevents opening of the receptacle door when the locking device is in the second, locked position.

A method and an adjustable locking system for sliding windows and/or sliding doors are provided. The adjustable locking system includes a slide rail, a jammer bar, and a sliding spring-loaded pull pin lock. The slide rail mounts flush to the action portion of the sliding window or sliding door frame. The spring loaded locking pin is attached to the jammer bar which slides through the slide rail; engaging in a series of optional locking points allowing the window or door to be securely locked anywhere in between fully open to fully closed.