JPH02303440A - System for controlling vermin with ozonized air - Google Patents

Abstract

PURPOSE:To obtain the subject system having excellent vermin-controlling effect, effective in eliminating unclean feeling and disagreeable feeling and suitable for food factory, restaurant, etc., by blasting ozonized air against the outdoor side of a door and a window pane. CONSTITUTION:Ozonized air generated by an ozonizer 1 is passed through a main pipe 2 and a branched pipe 3 and blasted against a door, a window pane, etc.

Description

[Detailed Description of the Invention] (Industrial Application Field) This invention is a system for preventing pests such as flies and moths from entering or clinging to the doors and window glass of food factories, restaurants, convenience stores, etc. It is related to.

(Conventional technology) Conventional pest control methods have mainly used the following methods.

(b) Dim the indoor lighting.

(b) Install insect repellent lights outside.

(c) Apply repellent or insecticide to window glass and curtains.

(Problems to be Solved by the Invention) However, these systems were not perfect, and pests often entered the windows or attached to the windows, giving an unpleasant impression. In addition, the effects of chemicals do not last for a long time (spraying and application must be repeated every year, which is labor-intensive).

In food factories, if pests enter through the doors, they can contaminate the products and cause serious quality control problems. In restaurants and convenience stores, when flies and moths are on the window glass and visible from inside the room, customers feel unclean and uncomfortable, and the image of the restaurant deteriorates.

This invention aims to prevent the invasion of pests and the infestation of window glass by installing this system and operating it at the required time.

(Means and methods for solving the problem) In buildings, ozone air is sprayed on the parts of doors and windows that face the outdoors where pests gather, creating a uniform layer of ozone and preventing the attraction of pests.

Now, let me explain this with reference to the drawings: (a) As shown in Figure 1, connect piping from the ozone device +11 and install branch pipes (3) above and on the sides of the doors and windows.

(b) Adjust the dimensions of the support fC3+ to the shape and dimensions of the window or door. An arbitrary number of holes are made in the branch pipe (3) to determine the direction, and the ozone air sent from the ozone device +11 is evenly blown onto the surface of the door or window glass.

(Effects of the Invention) As described above, this device has a simple structure and can be used for all kinds of doors and windows without spoiling the aesthetic appearance of food factories, restaurants, convenience stores, etc. Moreover, since the raw material for ozone air is in the air and is extracted from the electrodes by the action of electricity, it is very economical. This device is easy to use and will significantly improve the working environment for quality control and hygiene control in food factories, restaurants, convenience stores, etc.

Additionally, since there is no longer a need for manual chemical application work as in the past, there will be considerable cost savings in the long run.

[Brief explanation of drawings]

Figure 1 shows the main pipe (2) and branch pipe f3 from the ozone device (1).
FIG. 1 is a perspective view of the entire piping. The second figure is a perspective view of a branch pipe (3) with a plurality of blowout holes (4) in a certain direction. (1) is the ozone device (2) is the main pipe (3) is the branch pipe (4) is the outlet hole

Claims (1)

[Claims] 1. A system in which a pipe from an ozone device is installed in the door and window frames, and the ozone air emitted from the outlet is sprayed onto the parts of the door and window glass that face the outdoors, increasing the pest control effect.