The present invention relates to a vehicle dog safety system comprising of a paw mat, seat buckle harness, and window shade with peek-a-boo hole or opening. The paw mat covers portion of car door and prevents vehicle's exterior surface from being scratched by claws of a dog leaning out of peek-a-boo hole or opening. The window shade covers window of car door and prevents air/wind from entering vehicle while providing a safe opening for the dog to lean out. The harness has a chest strap portion worn by a dog and seat belt buckle fastened to a female seat belt port of the vehicle thereby preventing aggressive movement of the dog inside the vehicle and prohibiting the dog from jumping out of the window and onto other passenger seats. The system offers a way to keep owner's vehicles protected and prevent dogs from jumping out of the window.

A retraction barrier can abut objects in the environment for safeguarding. The retraction barrier has multiple longitudinal poles separate from each other and multiple lateral poles separate from each other. The longitudinal poles are connected with the longitudinal poles so that the retraction barrier forms a grid, making the retraction barrier capable of isolating something. The longitudinal poles and lateral poles are each a retractable pole. Lengths of the longitudinal poles and the lateral poles can be changed so that each end of the longitudinal poles and the lateral poles can abut an object in the environment, so the retraction barrier can be secured with objects of any dimensions and shapes. For storage of the retraction barrier, the lateral poles and the longitudinal poles are retracted, so that the volume of the retraction barrier is lessened for ease in carriage.

A pet safety bag for a vehicle includes an extendable enclosure and a supporting frame structure. The extendable enclosure includes an inner space defined by a bottom wall and side walls extending upwardly from the bottom wall along its edges to define bottom joint edge, and terminating at a top edge, wherein side walls are joined along respective edges thereof to define side joint edges. Further, the supporting frame structure may be hingedably coupled along the top edge, side joint edges, and the bottom joint edges to provide support to the extendable enclosure and prevent deformation when a pet lay along the top edge of the extendable enclosure.

Cage (1) for transporting pets, such as dogs or cats, on mobile vehicles of the type comprising: —at least one front wall (2), at least one back wall (3); at least two opposite side walls (4) and at least one bottom wall (5), characterized by comprising at least one passive safety system (10) comprising: —at least one inflatable element (13); —at least one capsule connected to said inflatable element (13); —said capsule containing at least one explosive substance; said capsule being configured to make the explosive substance explode such as to emit gas adapted to inflate said inflatable element; —at least one detonator configured to trigger the explosive substance contained in said explosive capsule; —at least one sensor configured to detect a deceleration of said cage and to send a signal; —at least one electronic control unit configured to receive a signal from said sensor, to process it and to send an igniting command to said detonator.

A deployable pet carrier assembly for a vehicle includes a sliding rail guide system configured to attach the pet carrier to a vehicle seat back and collapsible front, rear, and side walls defining a box structure when deployed. An actuator is provided, configured to retain or release the pet carrier walls for transitioning the pet carrier between a collapsed configuration and a deployed configuration. The sliding guide rail system includes front and rear guide rails configured to slidingly hold the pet carrier front wall and rear wall. A tray may be included to define a floor of the pet carrier.

The present invention is an improved safety harness for animals riding in a motor vehicle, wherein the harness prevents or greatly reduces the chance of the animal's lower quarters from being forced under the animal's head and shoulders, reduces the amount of rotational movement, reduces the side to side movement, reduces the chance for the dog to be forced off the car seat and reduces the amount of head excursion during a vehicle crash or a sudden stop.

A pet restraint system includes a vehicle floor and a vehicle seat supported by the vehicle floor. The vehicle seat defines a seat-rearward direction. A pet restraint device includes a frame having a lower portion disposed on the vehicle floor and an upper portion supported by the lower portion. The pet restraint device includes a partition supported by the upper portion and is elongated in the seat-rearward direction from the upper portion to the vehicle seat. The partition is telescopic in the seat-rearward direction.

A pet vehicle safety seat is provided. The vehicle safety seat comprises a frame and a support assembly coupled to the frame. The frame has a base portion coupled to surrounding upwardly extending walls to enclose an animal. The upwardly extending walls comprising a forward wall, a rear wall and two sidewalls. The support assembly is used to releasably attach the rear wall of the frame to a vehicle seat. Thereupon, the base portion of the frame supports the animal at an elevated position relative a sitting surface of the vehicle seat.

An animal transport crate apparatus has an outer crate including rigid panels forming an outer boundary of an animal enclosure and an inner lining defining a flexible envelope arranged to receive the animal therein within the outer crate. Vehicle connecting tethers are arranged to extend through the outer crate for connection between the inner lining and frame anchors of the vehicle. The tethered inner lining allows the animal to be captured by the flexible envelope to minimize injury to the animal, and other occupants of the vehicle, regardless of the condition of the outer crate following a crash of the vehicle. The surrounding outer crate of rigid panels maintains ease of portability of the crate.

A detachable saddle bag pet carrier is disclosed. The carrier comprises a box-like container provided with an upper portion that forms part of the container top. The container includes a plurality of vent openings for circulating air flow inside the carrier. The carrier further comprises a lid hinged to the upper portion of the container. The lid includes one or more air vents that could be adjusted from wide open position to fully closed position. The upper portion comprises a skylight mounted on the lid through which a pet could see the outside environment. The carrier is further provided with a removable foam backed carpet placed underneath the container for the pet. The carrier is mounted on the vehicle using a frame assembly to hold the carrier to the vehicle, thereby a user carries the pet within the carrier.