The present disclosure provides for a pet securing device. The pet securing device may comprise one or more anchors. The anchor may comprise at least one cable. The anchor may comprise at least one attachment mechanism. The anchor may comprise a housing. The anchor may comprise at least one spindle. The cable may interface with at least one locking mechanism. The pet securing device may comprise at least one handle. The pet securing device may comprise one or more weights. When the pet securing device comprises a handle, the handle may be used to adjust the amount of weight attached to the pet securing device. The weights may attach to the pet securing device via one or more connecting mechanisms. The pet securing device may comprise at least one storage compartment within the main body of the pet securing device. The pet securing device may comprise one or more modular attachments. The pet securing device may interface with at least one external device.

An electronic latching device having a solenoid, latch, locking piece, and a pivot arm. One end of the pivot arm is connected to the solenoid actuator and the other end is connected to the locking piece. Upon electronic activation, the solenoid actuator moves in a lateral direction, which causes the end of the pivot arm connected to the actuator to move in the same direction. This movement causes the pivot arm to pivot about the pivot point, resulting in the movement of the opposite end of the pivot arm to move in a second and opposite direction. This movement of the second end of the pivot arm in the second direction causes the locking piece to move in the same second direction, unlocking the device and allowing for the latch to freely move to an open position.

An electronic latching device having a solenoid, latch, locking piece, and a pivot arm. One end of the pivot arm is connected to the solenoid actuator and the other end is connected to the locking piece. Upon electronic activation, the solenoid actuator moves in a lateral direction, which causes the end of the pivot arm connected to the actuator to move in the same direction. This movement causes the pivot arm to pivot about the pivot point, resulting in the movement of the opposite end of the pivot arm to move in a second and opposite direction. This movement of the second end of the pivot arm in the second direction causes the locking piece to move in the same second direction, unlocking the device and allowing for the latch to freely move to an open position.

An animal tethering assembly for a pet includes a rod, which has a first end that is pointed. A handle is coupled to a second end of the rod and. A bar is coupled to and extends bidirectionally from the rod to define a lower segment of the rod. The bar is configured to position a foot of a user to apply a force to the rod to drive the lower segment of the rod into a substrate. A first terminus of a lead is coupled to the rod proximate to the bar, positioning a second terminus of the lead to couple to a collar that is coupled to an animal. A pair of hooks is coupled singly to the rod proximate to the first terminus of the lead and the second end of the rod. The hooks are positioned to loopedly position the lead to stow the lead.

An animal tethering assembly for a pet includes a rod, which has a first end that is pointed. A handle is coupled to a second end of the rod and. A bar is coupled to and extends bidirectionally from the rod to define a lower segment of the rod. The bar is configured to position a foot of a user to apply a force to the rod to drive the lower segment of the rod into a substrate. A first terminus of a lead is coupled to the rod proximate to the bar, positioning a second terminus of the lead to couple to a collar that is coupled to an animal. A pair of hooks is coupled singly to the rod proximate to the first terminus of the lead and the second end of the rod. The hooks are positioned to loopedly position the lead to stow the lead.

An animal tethering assembly includes an anchor that may be inserted into ground. A leash unit is removably coupled to the anchor. The leash unit includes a leash that may be attached to an animal thereby restricting movement of the animal. The leash is selectively urged outwardly from the leash unit. Moreover, the leash is selectively retracted into the leash unit.

An animal tethering assembly includes an anchor that may be inserted into ground. A leash unit is removably coupled to the anchor. The leash unit includes a leash that may be attached to an animal thereby restricting movement of the animal. The leash is selectively urged outwardly from the leash unit. Moreover, the leash is selectively retracted into the leash unit.

A pet securing device (1) comprises a holder (10) for releasably retaining a pet lead and a post (12) for insertion into the ground. The holder (10) is rotatable relative to the post (12). A kit of parts comprises a holder (10) for releasably retaining a pet lead and at least one post (12) for inserting into the ground, wherein the holder (10) is releasably attachable to the post (12) and the holder (10) is rotatable relative to the post (12) when attached to the post (12).

A door knocker for use by a cat for requesting entry into a house. This knocker comprises a mounting block attached to a door surface; a longitudinal spring having a first end mounted to the mounting block and a second end extending vertically downward from the first end. A hardwood ball is mounted to the second end. The ball is held at a knocking distance from the door surface. A string with loose frayed ends is attached to the second end of the spring near the ball. A cat coming near the door knocker is attracted to the string with frayed ends and instinctively starts to play with the string to operate the door knocker into a series of repetitive door knocks. The door knocker according to the present invention does not require any significant physical or mental effort from a cat.

A door knocker for use by a cat for requesting entry into a house. This knocker comprises a mounting block attached to a door surface; a longitudinal spring having a first end mounted to the mounting block and a second end extending vertically downward from the first end. A hardwood ball is mounted to the second end. The ball is held at a knocking distance from the door surface. A string with loose frayed ends is attached to the second end of the spring near the ball. A cat coming near the door knocker is attracted to the string with frayed ends and instinctively starts to play with the string to operate the door knocker into a series of repetitive door knocks. The door knocker according to the present invention does not require any significant physical or mental effort from a cat.