Cockroach trap with improved capturing rate and remote monitoring system using the same

Abstract

There is provided a trap for improving the capture rate. A cockroach trap comprises a plate, a first birdlime adhered to at least a portion of the plate, a slant having an inclined plane and a vertical section, the slant being disposed on the plate and adjacent to at least a part of the first birdlime andl a second birdlime adhered onto the vertical section.

Description

technical field [0001] The present invention generally relates to a cockroach trap and a remote monitoring system, in particular to a cockroach trap with birdlime and a sensor for catching cockroaches and a remote monitoring system using the cockroach trap. Background technique [0002] Cockroaches are very common in homes and are a nuisance to most people. Cockroaches also carry harmful bacteria around. Therefore, various traps have been manufactured and utilized to capture cockroaches. [0003] Figure 1 shows a conventional cockroach trap. The trap includes a plate 100 and birdlime 110 on the plate 100 . However, even if there are many cockroaches caught on the birdlime 110 with the trap of this structure, if the cockroaches keep moving, most of them may escape. For example, when installing a cockroach trap with a flat plate (200mm x 50mm x 1mm in size) and birdlime 110 (170mm x 25mm in size) in a limited space, put 50 cockroaches in between 27 and 28 The temperature ...

AI Technical Summary

Problems solved by technology

This way, it is not possible to detect cockroaches immediately, resulting in a waste of human resources as the service technician has to look around to check even if there are no cockroaches at the trap site

It's also impossible to know the exact time of capture, making it impractical to spray the right amount of insecticide based on the roach's emergencies

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