KR102153386B1 - Range hood apparatus in kitchen embedded filter - Google Patents

Abstract

The present invention relates to a filter built-in kitchen hood strainer, and more specifically, to a filter built-in kitchen hood strainer, wherein a filter for filtering pollutants such as odors and smoke generated during food cooking is built in a simple and easy way, and quick and easy maintenance for filter replacement can be performed.

Description

Range hood apparatus in kitchen embedded filter

The present invention relates to a kitchen hood strainer with a built-in filter, and more particularly, a filter for filtering pollutants such as odors and smoke generated during food cooking is built in a simple and easy way, and maintenance for replacement of the filter is fast. It relates to a filter built-in kitchen hood strainer to be easily made.

The kitchen hood of an apartment house is installed to discharge food odors and smoke generated during the cooking process to the outside of the apartment house, and the kitchen hood is usually installed on the upper side of an electric range such as a gas range or induction.

The kitchen hood uses the suction power of the exhaust fan to collect pollutants contained in food smoke in the filter unit and discharge the rest to the outside through the exhaust duct.

Briefly explaining the configuration of the kitchen hood, the kitchen hood is installed on the upper side of the gas range or electric range, the hood body in which the exhaust fan is built-in, the filter installed in the opening of the hood body and installed on the top of the hood body It is configured to include an exhaust duct.

The function of the kitchen hood greatly depends on the performance of the filter, so it is very important to manage the filter so that the performance of the filter as well as the filter itself can be exhibited well.

However, in the conventional kitchen hood, it is not easy to check the degree of contamination of the filter as the filter is fixedly installed inside the hood body, and the replacement work is also cumbersome, so many users continue to use the contaminated filter without replacing it in time. have.

This not only causes the kitchen hood to not function properly, but also can lead to a result of spreading the pollutant source during food cooking to other spaces in the kitchen and indoors.

In particular, as conventional kitchen hoods mostly use conventional non-woven filters, they cannot adequately suppress odors generated from pollutants during food cooking, and at the same time, many bacteria grow in the filter, which is not hygienic.

Korean Patent Registration No. 10-1962730 (2019.03.28.)'Kitchen hood strainer for apartment houses with easy filter replacement'

The present invention was invented to solve the above-described problems, and an object of the present invention is to conveniently and easily incorporate a filter for filtering pollutants such as odors and smoke generated during food cooking, and maintenance for replacement of the filter. It is to provide a kitchen hood strainer with a built-in filter to make it quick and easy.

The problem to be solved of the present invention is not limited to those mentioned above, and other problems that are not mentioned will be clearly understood by those skilled in the art from the following description.

In order to achieve the above object, the present invention includes an upper net part 110; A lower mesh portion 120 coupled to the lower portion of the upper mesh portion 110; And a filter 130 coupled between the upper and lower mesh portions 110 and 120, wherein the lower mesh portion 120 includes a lower frame 121 having a rectangular ring shape; And a lower net 122 provided on the inner side of the lower frame 121, wherein the upper net part 110 includes an upper net 111; And an upper frame 112 that surrounds the upper net 111 and has a groove 112a in which the lower net 120 is inserted therein, wherein the filter 130 includes the upper and lower nets ( 111, 122), and can be replaced according to the separation of the lower mesh portion 120 from the groove portion 112a, while the lower mesh portion 120 is disposed between the upper and lower mesh portions 111 and 122 It provides a filter-embedded kitchen hood strainer, characterized in that maintaining the coupled state as it is introduced into (112a).

According to the present invention, a filter for filtering pollutants such as odors and smoke generated during cooking can be easily and easily incorporated, as well as quick and easy maintenance for replacement of the filter.

The effects of the present invention are not limited to those mentioned above, and other problems that are not mentioned will be clearly understood by those skilled in the art from the following description.

1 is an exploded perspective view showing a kitchen hood strainer with a built-in filter according to the present invention.
Figure 2 is a perspective view showing a filter built-in kitchen hood strainer according to the present invention.
Figure 3 is a bottom view showing the upper mesh body in the filter built-in kitchen hood strainer according to the present invention.
Figure 4 is a bottom perspective view showing a lower mesh body in the filter built-in kitchen hood strainer according to the present invention.
And
5 is a perspective view of a side view of a filter-embedded kitchen hood strainer prepared as a sample according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

Referring to Figures 1 to 5, a filter-embedded kitchen hood sieve device (hereinafter referred to as a "strainer") according to the present invention includes an upper net part 110 and a lower net coupled to the lower part of the upper net part 110. It includes a filter 130 coupled between the body portion 120 and the upper and lower mesh portions 110 and 120.

When the strainer is coupled to the kitchen hood (not shown), the upper mesh portion 110 may be coupled to the lower portion and the lower mesh portion 120 faces the upper portion.

The upper mesh part 110 includes an upper mesh 111 and an upper frame 112 that surrounds the upper mesh 111 and has a groove 112a in which the lower mesh part 120 is inserted therein.

The upper net 111 and the upper frame 112 are made of metal, but most preferably made of aluminum.

The lower mesh part 120 includes a lower frame 121 forming a square ring shape and a lower mesh 122 provided inside the lower frame 121.

The lower frame 121 and the lower net 122 are made of metal, but most preferably made of aluminum.

The filter 130 may be made of a nonwoven fabric, etc., and is coupled to the groove portion 112a so as to be positioned between the upper and lower nets 111 and 122.

The filter 130 is coupled to the groove part 112a while the lower mesh part 120 is separated from the upper mesh part 110, and the lower mesh part 120 is inserted and coupled to the groove part 112a so that the upper and lower parts It is located between the networks 111 and 122.

That is, the filter 130 can be withdrawn and replaced by separating the lower mesh part 120 from the upper mesh part 110, and by combining the lower mesh part 120 with the upper mesh part 110, the upper and lower nets (111,122) Can maintain a bonded state.

Smoke generated during cooking of food may pass through the upper net 111, the filter 130, and the lower net 122 in sequence, so that pollutants included in the smoke may be filtered out. This is because when the strainer is coupled to the kitchen hood (not shown), the upper mesh portion 110 may face the lower side and the lower mesh portion 120 face the upper portion.

The strainer may further include a binding means 140 for binding the lower mesh portion 120 coupled to the groove portion 112a to the upper mesh portion 110.

The binding means 140 is a body 141 coupled to the lower one side of the upper frame 112 so as to be located on one side of the upper net 111, and the body 141 while being provided to be retractable and withdrawn on the other side of the body 141 It includes a binding bar 142 that is drawn into or drawn out from the body 141.

The lower frame 121 has a binding groove 121a into which the binding bar 142 is inserted at one side.

The binding bar 142 maintains a protruding state by a spring (not shown) and is drawn into the body 141 by an external force, while the binding bar 142 can be drawn out from the body 141 by the elastic force of the spring as the external force is released. have.

That is, the binding bar 142 is drawn into the body 141 by contact with the lower mesh portion 120 when the lower mesh portion 120 is inserted into the groove 112a, while the lower mesh portion 120 is inserted into the groove portion As it is completely drawn into (112a), it is drawn into the binding groove (121a).

The body 141 is formed with a through hole (141a) on the lower surface.

The binding bar 142 is exposed to the outside through the through hole 141a on the other side, and a manipulation protrusion 143 is formed to enable artificial manipulation.

This is to allow the binding bar 142 to be pulled out from the binding groove 121a by manipulating the manipulation protrusion 143 when separating the lower mesh portion 120 from the upper mesh portion 110.

Due to this, the sieve device can easily separate and replace the filter 120 by separating the lower mesh part 120 from the upper mesh part 110, and after replacement, the lower mesh part 120 By combining with the body portion 110, maintenance for replacement of the filter 120 can be made quickly and easily.

What has been described above is merely an embodiment for implementing the kitchen hood strainer with a built-in filter according to the present invention, and the present invention is not limited to the above-described embodiment, and as claimed in the claims below, Without departing from the gist, anyone of ordinary skill in the field to which the present invention belongs will have the technical spirit of the present invention to the extent that various modifications can be implemented.

110: upper net part 111: upper net
112: upper frame 120: lower mesh portion
121: lower frame 122: lower net
130: filter 140: binding means
141: body 142: binding bar
143: operation protrusion

Claims (1)

An upper net part 110 including an upper net 111 and an upper frame 112 surrounding the upper net 111 and having a groove part 112a formed therein;
A lower mesh part 120 including a lower frame 121 forming a square ring shape and a lower mesh 122 provided on the inner side of the lower frame 121, and connected to and drawn into the groove 112a;
A filter 130 coupled between the upper and lower mesh portions 110 and 120; And
And a binding means 140 for binding the lower mesh portion 120 coupled with the groove portion 112a to the upper mesh portion 110,
The filter 130,
It is disposed between the upper and lower nets 111 and 122, and can be replaced according to the separation of the lower net 120 from the groove 112a, while the lower net part in a state disposed between the upper and lower nets 111 and 122 As 120 is introduced into the groove 112a, it maintains a coupled state,
The binding means 140,
A body 141 coupled to a lower side of the upper frame 112 so as to be positioned at one side of the upper net 111 and having a through hole 141a formed on the lower surface thereof; And
It includes a binding bar 142 that is inserted into the body 141 or is withdrawn from the body 141 while being provided to be retractable and retractable on the other side of the body 141,
The lower frame 121,
A binding groove 121a into which the binding bar 142 is inserted is formed on one side,
The binding bar 142,
When the lower mesh part 120 is brought into the groove 112a while maintaining a protruding state by a spring, the lower mesh part 120 is brought into the body 141 by contact with the lower mesh part 120, while the lower mesh part As 120 is completely inserted into the groove part 112a, the operation protrusion 143 exposed to the outside through the through hole 141a is formed on the other side as it is drawn out and is led into the binding groove 121a,
The lower mesh part 120,
Filter built-in kitchen hood strainer, characterized in that by manipulating the manipulation protrusion (143), the binding bar (142) is pulled out from the binding groove (121a) and detachable from the upper mesh body (110).

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