Provided are a container locking apparatus that allows easier insertion of a fixing pin while allowing more secure fixation; and a container. More particularly, the container locking apparatus includes at least one pinhole part formed at a portion of a container; and a fixing pin device formed at another portion of the container to correspond to the pinhole part, and slidably formed such that at least a portion of the fixing pin device can be inserted into the pinhole part to lock a portion of the container, wherein the pinhole part may include a regular trapezoidal pinhole part with an overall positive trapezoidal shape or an inverse trapezoidal pinhole part with an overall negative trapezoidal shape.

Provided are a container locking apparatus that allows easier insertion of a fixing pin while allowing more secure fixation; and a container. More particularly, the container locking apparatus includes at least one pinhole part formed at a portion of a container; and a fixing pin device formed at another portion of the container to correspond to the pinhole part, and slidably formed such that at least a portion of the fixing pin device can be inserted into the pinhole part to lock a portion of the container, wherein the pinhole part may include a regular trapezoidal pinhole part with an overall positive trapezoidal shape or an inverse trapezoidal pinhole part with an overall negative trapezoidal shape.

A keyless battery powered locking container cap cover comprising hinged left and right elements configured with a lid and bottom shelfs remaining unlocked after being closed and latched around a container cap then freely rotating around said cap where power is turned off saving energy while further configured with a dual locking mechanism comprising a flat metal latching spring positioned in front of a hidden locking switch where depressing an unlatching button instantly activates a motorized offset cam to drive a secondary pin loaded locking spring into a locked position whereby the hinged left and hinged right elements will be pinned together locking the invention where activating a remote transmitter that sends a bypass signal to a lock switch on the invention before depressing the latch release button prevents the locking function; if not the secondary pin loaded locking spring will instantly lock the invention; no DOT approval.

A keyless battery powered locking container cap cover comprising hinged left and right elements configured with a lid and bottom shelfs remaining unlocked after being closed and latched around a container cap then freely rotating around said cap where power is turned off saving energy while further configured with a dual locking mechanism comprising a flat metal latching spring positioned in front of a hidden locking switch where depressing an unlatching button instantly activates a motorized offset cam to drive a secondary pin loaded locking spring into a locked position whereby the hinged left and hinged right elements will be pinned together locking the invention where activating a remote transmitter that sends a bypass signal to a lock switch on the invention before depressing the latch release button prevents the locking function; if not the secondary pin loaded locking spring will instantly lock the invention; no DOT approval.

Container closure systems may include various types of latches to secure doors. The latches may present one or more state identifiers, such as open state identifiers and closed state identifiers. Different state identifiers may be presented and scannable based on a state of the door and latch. For example, an open state identifier may be presented and scannable if a door is open and unlocked, and a closed state identifier may be presented and scannable if a door is closed and locked. By scanning and identifying the state identifiers, safe and efficient operations of containers may be facilitated.

Container closure systems may include various types of latches to secure doors. The latches may present one or more state identifiers, such as open state identifiers and closed state identifiers. Different state identifiers may be presented and scannable based on a state of the door and latch. For example, an open state identifier may be presented and scannable if a door is open and unlocked, and a closed state identifier may be presented and scannable if a door is closed and locked. By scanning and identifying the state identifiers, safe and efficient operations of containers may be facilitated.