An external vehicle window glass protection system for protecting against static or moving sharp objects. It includes a relatively soft and lightweight layered armor panel, and a releasable mounting system to mount the armor panel on a vehicle door to cover the glass window. The layered armor panel has at least two layers of materials: an outer hard material layer to provide stab resistance and yield large plastic deformation/damage, and an inner soft material layer to reduce the contact force and absorb or dissipate kinetic energy of moving sharp object. The armor panel mounting system has an armor package with the armor panel inside, a back sheet behind the vehicle door folded around the large curved door edge to provide vertical constraint, and a side sheet folded around the vertical edge of the door to provide horizontal constraint. These two sheets are releasably connected using fasteners.

An external vehicle window glass protection system for protecting against static or moving sharp objects. It includes a relatively soft and lightweight layered armor panel, and a releasable mounting system to mount the armor panel on a vehicle door to cover the glass window. The layered armor panel has at least two layers of materials: an outer hard material layer to provide stab resistance and yield large plastic deformation/damage, and an inner soft material layer to reduce the contact force and absorb or dissipate kinetic energy of moving sharp object. The armor panel mounting system has an armor package with the armor panel inside, a back sheet behind the vehicle door folded around the large curved door edge to provide vertical constraint, and a side sheet folded around the vertical edge of the door to provide horizontal constraint. These two sheets are releasably connected using fasteners.

A vehicular sunshade has a shade panel and an articulating support frame. The panel is made of a flexible opaque material. The frame has extendible arms, a central support, and a yoke. The yoke surrounds the central support and slides relative thereto between distal and proximal ends thereof. The flexible arms are hingedly affixed to the yoke and extend outwardly therefrom. The panel is affixed to the frame. A latch near to the central support's distal end engages the yoke to retain the yoke there-at, to thereby retain the sunshade in an expanded configuration with the flexible arms extended outwardly to cause the panel into a horizontally elongated rectangular planar shape. The latch may be depressed to allow the yoke to slide towards the central support's proximal end to allow the flexible arms to bend at the elbows such that the sunshade is transformed into a compacted storage configuration.

A protective cover includes a sleeve which overlies the entirety of the inside and outside of a vehicle window and has a peripheral seal which seals against the frame for the window which is integral with the vehicle body. A sock-like sleeve encloses the vehicle side mirror and a large protective portion overlies the painted door structure below the window. Fore and aft straps have fasteners on their ends which allow fastening to fastener halves mounted inside the front and rear wheel wells of the vehicle.

A protective cover includes a sleeve which overlies the entirety of the inside and outside of a vehicle window and has a peripheral seal which seals against the frame for the window which is integral with the vehicle body. A sock-like sleeve encloses the vehicle side mirror and a large protective portion overlies the painted door structure below the window. Fore and aft straps have fasteners on their ends which allow fastening to fastener halves mounted inside the front and rear wheel wells of the vehicle.

A windshield protection apparatus configured to be releasably superposed to an exterior surface of a windshield on a vehicle so as to inhibit damage to the windshield of the vehicle. The present invention includes a body wherein the body is mateably shaped to the windshield of the vehicle for which it will be superposed. The body includes a first layer, second layer and a third layer wherein the third layer is adjacent to the exterior surface of the windshield. The first layer is manufactured from rubber or other similar material and the second layer is manufactured from Kevlar? or other similar material. The third layer is manufactured from a vinyl, rubber or similar material. The body includes embedded therein a first magnet set having a plurality of magnets located proximate the perimeter edge of the body. A metal disk set is releasably secured to the interior surface of the windshield.

A windshield protection apparatus configured to be releasably superposed to an exterior surface of a windshield on a vehicle so as to inhibit damage to the windshield of the vehicle. The present invention includes a body wherein the body is mateably shaped to the windshield of the vehicle for which it will be superposed. The body includes a first layer, second layer and a third layer wherein the third layer is adjacent to the exterior surface of the windshield. The first layer is manufactured from rubber or other similar material and the second layer is manufactured from Kevlar? or other similar material. The third layer is manufactured from a vinyl, rubber or similar material. The body includes embedded therein a first magnet set having a plurality of magnets located proximate the perimeter edge of the body. A metal disk set is releasably secured to the interior surface of the windshield.

A resin waterproof cover for covering an outside of a motor apparatus is comprising a cylindrical cap, a cap cover, a lead wire guide portion for inverting and leading out a power supply lead wire from inside of a motor case to the outside of the waterproof cover into a U shape, and cap engagement portions. The resin waterproof cover further comprises a first seal portion made of a photo-curable adhesive formed between the outer periphery near the bottom of the motor case, the other end of the cylindrical cap, and an end bracket of a reduction gear structure, a second seal portion made of a photo-curing adhesive formed on the lead wire guide portion, and a third seal portion made of a light curable adhesive formed between the periphery of one end of the cylindrical cap and the cap cover.

A resin waterproof cover for covering an outside of a motor apparatus is comprising a cylindrical cap, a cap cover, a lead wire guide portion for inverting and leading out a power supply lead wire from inside of a motor case to the outside of the waterproof cover into a U shape, and cap engagement portions. The resin waterproof cover further comprises a first seal portion made of a photo-curable adhesive formed between the outer periphery near the bottom of the motor case, the other end of the cylindrical cap, and an end bracket of a reduction gear structure, a second seal portion made of a photo-curing adhesive formed on the lead wire guide portion, and a third seal portion made of a light curable adhesive formed between the periphery of one end of the cylindrical cap and the cap cover.

Supports for rear windows and rear window panels of a soft top structure may include a first support arm pivotably coupled to a portion of a vehicle. A second support arm may be pivotably coupled to the first support arm, and may further be pivotably coupled to a rear window panel of the soft top structure. The first support arm and the second support arm can be connected to pivot relative to each other to form an angle less than 180 in an open position, and an angle substantially greater than 180 in a closed position. Other aspects, embodiments, and features are also included.