Magnetic air inlet blocking plate for the water cooler fan housing

Abstract

The air-tightness plate of the water cooler fan housing consists of 4 semicircular plates, which are installed on the two outer sides of the water cooler fan housing door. These plates prevent cold air and dust from entering the cooler's duct and from entering the building in the winter. Magnets are installed inside these plates by the iron factory so that they can easily stick to the fan housing door, which is made of galvanized material, and do not require screws, nuts, glue, etc., and can be easily removed with a little hand pressure. The size of these 4 plates is slightly larger than the door itself so that they do not fall into it. Don't do it. We know that inside every water cooler there is a radial fan and that fan is located inside a horizontal cylindrical chamber. On both sides of the chamber there are two circular (inlet) valves. This invention aims to block both valves with 4 semicircular magnetic plates. Two semicircular ones to block the left inlet and two others for the right. One of them is for the upper half and the other for the lower half.

Description

Description of the invention Title of the invention Magnetic blocking plate for the air inlet of the water cooler fan housing Technical background of the relevant invention This invention is related to water coolers. It is a piece with magnetic properties that is installed on the air inlet of the water cooler fan housing so that cold winter air does not enter the cooler and its duct and from there enter the building. Although it is installed on cooling devices, in terms of function it is part of physics. Sub-devices section -G Technical problem and stating the objectives of the invention The purpose of this invention is to prevent cold winter air and dust from entering the air conditioner fan housing, from there into its duct, and finally into the building during the months of the year when the air conditioner is not in use. A description of the state of the prior art and the history of developments related to the claimed invention. This invention has no similar background. In the past, two methods were used to prevent cold winter wind from entering rooms through air conditioners. One is to cover the air conditioner itself with tarpaulin, etc., and the other is to block the air conditioner vent from inside the rooms with cardboard or plastic, etc. Providing a solution to an existing technical problem along with an accurate, sufficient, and integrated description of the invention Currently, there are two methods to prevent cold winter wind and dust from entering the air conditioner, from there into the air conditioner duct, and ultimately into the building during the months of the year when the air conditioner is not in use. One is to cover the air conditioner with a tarpaulin, etc., and the other is to block the air conditioner vent inside the rooms with paper or plastic, etc. This invention is a third solution, different from the previous two methods, which is used in a different place and in a different way, and of course much easier. Inside each water cooler there is a radial fan, which is located in a horizontal cylindrical chamber as shown in Figure (2). Two circular air inlets for air intake are located on both sides of this cylindrical chamber, as shown in Figure (3). {This invention intends to block these two circular air inlets} In the middle of each entrance is a metal corner on which the bearing is mounted, as shown in Figure (4), and it divides the entrance into two semicircular parts, the lower and upper. Now we need 4 semicircular plates to block these entrances, as shown in Figure (5). Plates larger than the circular entrance so that it does not fall into it. 2 for the left entrance and 2 to block the right entrance. One of them is used for the upper half of the corner and the other for the lower half of the corner. We know that the body of the cooler fan housing is made of galvanized steel, so magnets have already been installed in the body of these 4 semicircular plates by the factory, as shown in Figure (8), to give them magnetic properties. Of course, instead of using magnet parts, this property can also be achieved by coating the plates with magnet powder. Now, as soon as you place the semicircular magnetic plates on the entrance, they stick to it and block it, and they don't come off on their own, without the need for screws, nuts, glue, etc. And when removing, it is done easily with a little hand pressure. Tip These plates are made of Unolite because the outer surface of each cooler's housing is slightly different from the other and there may be obstacles to adhesion, such as screws, etc. The thickness of these plates is small, as shown in Figure (7), so that they can be easily placed between the foley and the chamber, and there is no need to separate the foley. Explanation of shapes, maps and diagrams (1) Shows the inside of a water cooler from both sides with the blocking plate not installed. (2) Indicates the enclosure in which the cooling fan is installed. (3) The circular inlet of the chamber shows through which air passes and enters the chamber. And the purpose of this invention is to block this entrance. (4) It is a corner that divides the entrance into two upper and lower parts. That is, it passes through the middle of it and the bearing is located on it. (5) Shows four semicircular plates from the back, 2 for the left side of the cooler and 2 for the right side of the cooler. One for the lower half and one for the upper half. (6) The shape of the plates from the inside, which is equipped with a magnet and sticks to the cooler from this side. (7) The figure shows the plates from the side. The width of these plates is small so that they can be easily placed between the foley and the chamber and there is no need to separate the foley. (8) Shows magnets embedded in the plates (9) The figure shows the two sides of the water cooler after the plates are installed in their places. A clear and precise statement of the advantages of the claimed invention over prior inventions. The first advantage of this invention is that it has no analogues. Second, ease of use means very simple installation and removal in a few seconds without the need for screws, glue, or tools. Third, the low cost of the product, which leads to its widespread use. Description of at least one implementation method for implementing the invention Due to their magnetic properties, semicircular plates are easily installed on the air inlet of the water cooler compartment and block it. Explicit mention of the industrial application of the invention The application of this invention is to block the air inlet of the water cooler fan housing.

Claims

Complaint What is claimed: Claim 1) What is claimed is a device consisting of 4 semicircular plates with magnetic properties that are placed on the fan housing of a water cooler, thereby blocking it and preventing air from entering the housing. These 4 semicircular plates are used, 2 for the right-hand side and 2 for the left-hand side of the cooler, one for the upper half and the other for the lower half of the valve. Claim 2) The panels are made of flexible materials such as Unolite, foam, and similar materials.

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