A pest control system for inhibiting and animal from chewing through a soffit includes a structure that has at least one pair of roof planes and a soffit. Each of the at least one pair of roof planes is covered with shingles. A spiked unit is provided. The spiked unit is coupled to the at least one pair of roof planes. Thus, the spiked unit may inhibit an animal from sitting on the at least one pair of roof planes. The spiked unit is positioned below the soffit. Thus, the spiked unit inhibits the animal from chewing through the soffit.

The present invention provides deterrent devices for birds and other animals. The device includes a plurality of wires/spikes insertion molded into an elongated plastic base. Each of the wires extends out left and right sides of the base, with alternating angles between 50 and 90°. The bends of at least three sequential wires on the left side of the base are substantially colinear, and the bends of at least three sequential wires on the right side of the base are substantially colinear.

A sloped roof vent has a coated steel plate with a raised center and a gasket receiver is formed around a central hole. A structural body is crimped with a gasket in the receiver. The body has an outer wall extending downward over the receiver. A sloping wall extends inward and a vertical wall supports a second sloping wall with an inner rim. A damper staked to an axle covers the rim. Inserts keep the damper from chattering and fully closing. Wind walls prevent outer drafts from lifting the damper. Two fasteners attach caps to the outer wall. Lanced and pressed ledges on a push-in hose connector permanently engage windows on the inner rim of the structural body. A snap-in screen and a hose connector reducer complete a package.

A pest deterrent system is provided by an elongate flat flexible panel configured to be formed into a compressed bowed shape and installed in the compressed bowed shape onto a portion of a roof support and an underside of roof sheathing. The bowed shape of the installed panel frictionally secures the panel in place adjacent the roof support and the roof sheathing without the use of fasteners.

A bird repellent apparatus having an integral base member and a plurality of prongs. The base member, by means of a plurality of tabs having holes for receiving screws or other fasteners, can be affixed to virtually any desired surface. The plurality of prongs with sharp tips presents an impossible barrier to birds that would otherwise land or perch on the surface to which the present invention is affixed. The combined base member and prongs are formed from injection molded plastic structure that also provide the tabs having holes to secure the base member to the underlying surface.

The bird deterrent comprises a substantially flat tilting surface, having a substantially elongated shape and a substantially curvilinear profile, which can be positioned in a balancing position and oscillating, as a consequence of a bird or the like perching on it, around at least an axis of rotation substantially horizontal and parallel to the longitudinal axis of the tilting surface, and support means associable with a perching surface and supporting the tilting surface.

A bird repellent system includes a post assembly and a fastening assembly. The post assembly includes one or more posts that protrude from a base portion. A stabilizer extends perpendicularly from the base portion or from the fastening assembly and is configured to counter a torque or force acting on the post assembly

The bird-nesting prevention device is a mechanical structure. The bird-nesting prevention device is configured for use with a porch roof. The porch roof further comprises with a column. The column further comprises with a capital. The capital comprises the elements of the column that attach to the porch roof. The bird-nesting prevention device forms a barrier that prevents one or more birds from nesting on the capital of the column. The bird-nesting prevention device comprises a master prism structure and a bird's mouth cut. The bird's mouth cut is a negative space formed in the master prism structure. The bird's mouth cut attaches the master prism structure to the capital using a bird's mouth joint. The master prism structure forms a barrier that prevents the one or more birds from nesting on the capital of the column.

A roof vent cage assembly includes a first screen that is formed into a cylinder to surround a powered roof vent on a building. The first screen is comprised of a mesh material to inhibit an animal to pass through the first screen. A second screen is coupled to the first screen such that the second screen is positioned over the powered roof vent when the first screen is positioned around the powered roof vent. The second screen is comprised of a mesh material to inhibit an animal from passing through the second screen. A plurality of flange screens is each coupled to and extends outwardly from the first screen to rest on the powered roof vent when the first screen is positioned around the powered roof vent.

A sloped roof vent has a coated steel plate with a raised center and a gasket receiver is formed around a central hole. A structural body is crimped with a gasket in the receiver. The body has an outer wall extending downward over the receiver. A sloping wall extends inward and a vertical wall supports a second sloping wall with an inner rim. A damper staked to an axle covers the rim. Inserts keep the damper from chattering and fully closing. Wind walls prevent outer drafts from lifting the damper. Two fasteners attach caps to the outer wall. Lanced and pressed ledges on a push-in hose connector permanently engage windows on the inner rim of the structural body. A snap-in screen and a hose connector reducer complete a package.