A deflector apparatus includes a curved wall, a vertical mounting flange and a base. The curved wall includes a concave side. The vertical mounting flange is mounted to a wall, adjacent to an opening (e.g., a garage door) with the concave side facing away from the opening, and the base on the ground at the opening. The base may comprise a bottom edge of the wall, or a bottom flange, or a bottom wall. A deflector may be located at each side of the opening with the concave side facing away from the opening. The deflector is sized and configured to deter or deflect common pests.

A deflector apparatus includes a curved wall, a vertical mounting flange and a base. The curved wall includes a concave side. The vertical mounting flange is mounted to a wall, adjacent to an opening (e.g., a garage door) with the concave side facing away from the opening, and the base on the ground at the opening. The base may comprise a bottom edge of the wall, or a bottom flange, or a bottom wall. A deflector may be located at each side of the opening with the concave side facing away from the opening. The deflector is sized and configured to deter or deflect common pests.

A rodent barrier system includes a plurality of panels joined together into an enclosure surrounding a motor vehicle and preventing access to the vehicle by small rodents. The system includes a number of relatively flexible panels that can be bent to define corners of the enclosure. Each of the panels has a smooth outer surface that resists scaling by rodents. The panels also include attachment structures that aid in joining the panels together.

A rodent barrier system includes a plurality of panels joined together into an enclosure surrounding a motor vehicle and preventing access to the vehicle by small rodents. The system includes a number of relatively flexible panels that can be bent to define corners of the enclosure. Each of the panels has a smooth outer surface that resists scaling by rodents. The panels also include attachment structures that aid in joining the panels together.

This invention provides a tilt angle adjustable combined rat-proof device, relating to the technical field of rat-proof devices. A rat-proof device includes a rat-proof plate body, a fixing mechanism and an adjusting mechanism, wherein the rat-proof plate body is inserted into the fixing mechanism so that the rat-proof plate body is able to be clamped, and an upper end of the fixing mechanism is clamped into the adjusting mechanism and is able to slide along the adjusting mechanism so as to drive the rat-proof plate body to move, thereby realizing adjustment of the tilt angle of rat-proof plate body. The device can adjust the tilt angle based on the user's actual requirements, therefore adapting to the use environment, and it is also extremely convenient in the process of transportation, disassembly and installation.

This invention provides a tilt angle adjustable combined rat-proof device, relating to the technical field of rat-proof devices. A rat-proof device includes a rat-proof plate body, a fixing mechanism and an adjusting mechanism, wherein the rat-proof plate body is inserted into the fixing mechanism so that the rat-proof plate body is able to be clamped, and an upper end of the fixing mechanism is clamped into the adjusting mechanism and is able to slide along the adjusting mechanism so as to drive the rat-proof plate body to move, thereby realizing adjustment of the tilt angle of rat-proof plate body. The device can adjust the tilt angle based on the user's actual requirements, therefore adapting to the use environment, and it is also extremely convenient in the process of transportation, disassembly and installation.

An elongated door seal for sealing the threshold gap of up-and-over doors in buildings, e.g. in garages, in order to repel mice and rats, and for cushioning the underside of the door blade, has A) an outer polymer material defining the form of the seal and made from one or more polymer materials, e.g. thermoplastic elastomers, B) at least 1 elongated sealing section intended to seal the threshold gap, C) at least one rodent proofing barrier comprising a plurality of substantially parallel elongated metal members embedded in the outer material of a sealing section with the elongated metal members arranged substantially in parallel to the longitudinal direction of the door seal and at some distance to each other, preferably arranged with substantially equal spacing, and D) at least one mounting section intended to be fastened to the door blade.

An elongated door seal for sealing the threshold gap of up-and-over doors in buildings, e.g. in garages, in order to repel mice and rats, and for cushioning the underside of the door blade, has A) an outer polymer material defining the form of the seal and made from one or more polymer materials, e.g. thermoplastic elastomers, B) at least 1 elongated sealing section intended to seal the threshold gap, C) at least one rodent proofing barrier comprising a plurality of substantially parallel elongated metal members embedded in the outer material of a sealing section with the elongated metal members arranged substantially in parallel to the longitudinal direction of the door seal and at some distance to each other, preferably arranged with substantially equal spacing, and D) at least one mounting section intended to be fastened to the door blade.

A system and method of applying a slick surface, such as silicone epoxy, is applied on a vertical wall (on or around the perimeter of a structure), as a means of preventing (bark) scorpions (or other insects/arachnids) from climbing up walls. The system is intended, in part, to keep the Arizona bark scorpions out of homes. Vertical surface areas around the home are treated with a material such as silicone. A clear silicone epoxy, that when dry, prevents scorpions from climbing vertically up into a home or structure. This non-toxic epoxy is applied to the base of a home, including door thresholds, steps or other parts of a home which makes contact with the ground. The epoxy is applied to the area by sprayer.

Systems and methods of controlling iguana infestation in an area of real property are disclosed. The systems and methods, being harmless to people and pets, can include the installation of a fence barrier, wall barrier, sea wall barrier, ground barrier, subsurface barrier, and/or climbing barrier to the area of real property. The systems and methods can include tree wraps, piling wraps, wall wraps, etc. The sea wall barrier can prevent iguanas from accessing property from the water. Piling wraps can be included to prohibit access to the property via the dock. Tree guards can be included to prevent iguanas from climbing up vertical structures such as trees and utility poles.