The unit comprises an engageable-releasable combination of a receptacle-basis on which a closing-carrying lid is superimposed. Once engaged, a circular opening between a top extending from an upper end of outer wall of receptacle-basis support and a bottom, horizontal flat surface of closing-carrying lid is formed. An entrapment cavity in an interior of receptacle-basis support for captured crawling insects is established.

The unit comprises an engageable-releasable combination of a receptacle-basis on which a closing-carrying lid is superimposed. Once engaged, a circular opening between a top extending from an upper end of outer wall of receptacle-basis support and a bottom, horizontal flat surface of closing-carrying lid is formed. An entrapment cavity in an interior of receptacle-basis support for captured crawling insects is established.

A device (2) for detection and elimination of pest insects includes a structure (20) having a main portion (22) adapted to engage with a supporting surface. The main portion has an associated edge (23), the main portion partially engaging with the supporting surface. A first flap (24) is attached to the main portion, a first flap edge (28) being associated with the first flap. The edges (23, 28) define an opening (33) for allowing entry of an insect such as a bed bug into an interior of the structure (20). At least one aperture (35) is arranged in the main portion. A double-sided adhesive strip (36) has an upper face (30) arranged on a face of the main portion. The adhesive strip completely covers the face of the aperture. An insecticide (34) in powder form at least partially fills the at least one aperture arranged in the main portion.

A device (2) for detection and elimination of pest insects includes a structure (20) having a main portion (22) adapted to engage with a supporting surface. The main portion has an associated edge (23), the main portion partially engaging with the supporting surface. A first flap (24) is attached to the main portion, a first flap edge (28) being associated with the first flap. The edges (23, 28) define an opening (33) for allowing entry of an insect such as a bed bug into an interior of the structure (20). At least one aperture (35) is arranged in the main portion. A double-sided adhesive strip (36) has an upper face (30) arranged on a face of the main portion. The adhesive strip completely covers the face of the aperture. An insecticide (34) in powder form at least partially fills the at least one aperture arranged in the main portion.

The present disclosure provides a device for detecting the presence of insects and bioaerosols comprising, a base and a shell, where the shell is affixed to the base forming a chamber, wherein an agent is contained with said chamber, and at least one channel, the channel(s) provides access to the chamber, the shell can be actuated by a person causing the device to expel air and optionally one or more agents from the chamber to the exterior and to draw in air and bioaerosols from the exterior into the chamber.

The present disclosure provides a device for detecting the presence of insects and bioaerosols comprising, a base and a shell, where the shell is affixed to the base forming a chamber, wherein an agent is contained with said chamber, and at least one channel, the channel(s) provides access to the chamber, the shell can be actuated by a person causing the device to expel air and optionally one or more agents from the chamber to the exterior and to draw in air and bioaerosols from the exterior into the chamber.

A mesh-based wireless network 10 of sensor/actuator devices I, D, T for an agricultural production area involves battery-powered sensors and actuators deployed under or within the foliage for broadcast communication with at least one repeater R according to broadcast time slots. The repeaters R are mounted above the vegetation canopy so as to be powered by solar panels. The repeaters R form a mesh network for routing data and commands to and from the sensors and actuators and at least one gateway GW. The gateway communicates over a cellular network with a remote agricultural management server 14 and database 16.

A mesh-based wireless network 10 of sensor/actuator devices I, D, T for an agricultural production area involves battery-powered sensors and actuators deployed under or within the foliage for broadcast communication with at least one repeater R according to broadcast time slots. The repeaters R are mounted above the vegetation canopy so as to be powered by solar panels. The repeaters R form a mesh network for routing data and commands to and from the sensors and actuators and at least one gateway GW. The gateway communicates over a cellular network with a remote agricultural management server 14 and database 16.

The present invention provides an environmental friendly insect trap based on a solid mixture of at least one organic waste component having particles that are equal to or smaller than 2 mm, at least one organic adhesive component and at least one organic plasticizer or emulsifying agent, and an insect adhering surface attached to the solid mixture.

The present invention provides an environmental friendly insect trap based on a solid mixture of at least one organic waste component having particles that are equal to or smaller than 2 mm, at least one organic adhesive component and at least one organic plasticizer or emulsifying agent, and an insect adhering surface attached to the solid mixture.