KR101825576B1 - Ventilation system installed in the window frame - Google Patents

Abstract

The present invention relates to a ventilation system installed on a window frame. According to the present invention, the ventilation system installed on the window frame comprises: an exhaust fan module which comprises: a hollow exhaust fan module main frame which has a plurality of first inflow holes on the front surface and part of the rear surface which is open; an exhaust blade placed on the rear surface of the exhaust fan module main frame to be able to rotate; and an exhaust fan built in the exhaust fan module main frame to be adjacent to the first inflow holes; a moving adapter placed on the top surface of the exhaust fan module main frame; a connection member placed on the bottom surface of the exhaust fan module main frame; an intake fan module which comprises: an intake fan module main frame in a hollow structure which has a plurality of discharge holes on the front surface and an open rear surface and which is placed on the bottom surface of the connection member; a first rear surface cover placed on the rear surface of the intake fan module main frame to have a plurality of second inflow holes, which have a concave front surface; an intake fan built in the intake fan module main frame to be adjacent to the discharge holes; a guide member placed on the rear surface of the intake fan; a first filter holder placed inside the guide member; a first HEPA filter placed on the first filter holder; a first activated carbon filter placed on the concave unit; and a clamp member placed on the first rear surface cover to fixate the first activated carbon filter; and a fixed adapter placed on the bottom surface of the intake fan module′s main frame. The present invention allows a user to easily install the ventilation system thanks to the moving adapter placed on the top end, to minimize vibration and noise when operating the ventilation system, and to easily change the ventilation system′s capacity.

Description

[0001] The present invention relates to a ventilation system installed in a window frame,

The present invention relates to a window frame type ventilation system.

Korean Registered Patent No. 1418542 (registered on July 4, 2014, entitled "Ventilation Fan with Window Frame") comprises a frame provided with a height adjusting portion; And a fan installed in the frame, wherein the frame is provided with a tightly coupled portion protruding from the frame and closely contacting the frame to the chassis, wherein the frame is provided with a power source for applying power to the fan, And a power connection unit to be connected to the power supply unit.

This prior art technology can be easily installed without restriction of the size of the window frame, and (2) it is possible to easily repair only the fan module in which a trouble has occurred when there is a problem in the wiring, (3) Therefore, it is advantageous when a large volume of ventilation is required. (4) Since a locking member for security can be installed when a ventilator is installed, it can be installed in various windows. Opening can restore the security function due to the locking device. In the high-level veranda, it is possible to use the locking device so that the children can not open the window easily, thus making it safer to use the device. On the other hand, There were disadvantages.

Korean Patent No. 1700302 (filed on Jan. 20, 2017, entitled: Window Ventilator with Filter) is a window-type ventilator comprising: a main body having a fan for discharging internal air to the outside; A filter removably installed on the main body and disposed on a front side of the fan; An air inlet formed in the main body on the front side of the filter and configured to allow air to flow into the side of the main body to reach the filter; And a main body cover formed on the front surface of the main body so as to be spaced apart from the front surface of the filter by the air suction part. A filter case for mounting the filter is formed in the main body, A filter case cover coupled to the filter case to fix the filter case to the filter case, and a sensor for automatically detecting nitrogen oxide contained in air flowing into the main body of the filter, A controller for controlling the rotational speed of the fan according to the output value of the sensor is formed, and a first display portion for indicating whether or not nitrogen oxide is detected by the sensor is further formed on the body cover, The air suction unit may be configured to adjust the duration of the air sucked from the air suction unit, With a filter, it characterized in that the shaft is formed attached changmunhyeong fan is disclosed.

In this conventional technique, a filter is installed in front of the fan, so that the contaminated air inside the filter can pass through the filter before flowing out to the outside, so that fine dust or oil generated in the room is primarily filtered It is possible to provide a ventilator which can be used hygienically and safely by minimizing the adsorption of dust or oil in the fan. On the other hand, it is easy to replace the filter when fine dust or oil is adsorbed on the filter There is a fundamental problem that the ventilation capacity can not be adjusted according to the use condition with a single fan configuration.

SUMMARY OF THE INVENTION It is an object of the present invention, which is created to solve the above problems, to provide a low noise window frame type ventilation system that is easy to install.

SUMMARY OF THE INVENTION It is an object of the present invention to provide an exhaust fan module main body having a hollow structure in which a plurality of first inlet holes are formed on a front surface and a part of the rear surface is opened, an exhaust blade rotatably provided on a rear surface of the exhaust fan module main body, An exhaust fan module having an exhaust fan incorporated in the exhaust fan module body so as to be adjacent to the first inflow hole; A moving adapter provided on an upper surface of the exhaust fan module main body; A connecting member provided on a lower surface of the exhaust fan module main body; And a plurality of second inflow holes are formed on a rear surface of the intake fan module main body, and a plurality of second inflow holes are formed on the bottom surface of the intake fan module main body, A first rear cover having a recess formed in a part of the front surface thereof, an intake fan incorporated in the intake fan module main body so as to be adjacent to the discharge hole, a guide member provided on the rear surface of the intake fan, 1. An intake fan comprising a first filter holder, a first HEPA filter provided in the first filter holder, a first activated carbon filter provided in the recessed portion, and a clamp member provided in the first rear cover to fix the first activated carbon filter, A module; And a fixed adapter provided on a lower surface of the intake fan module main body.

Preferably, the exhaust fan module of the present invention further includes: a weight provided at a lower end portion of the exhaust blade; a magnet member provided at a rear surface of the exhaust fan module body adjacent to the weight; And a discharge pipe communicated with the exhaust fan, the discharge pipe being in communication with the opening / closing valve.

Preferably, the moving adapter of the present invention comprises a moving adapter body provided on an upper surface of an exhaust fan module body as a hollow structure having a part of an upper surface thereof opened, and a moving guide A spring holder provided on an inner bottom surface of the moving adapter body; a tension spring member having a lower inner circumference inserted into an outer circumferential surface of the spring holder and an upper end closely attached to a lower surface of the lower end of the block; The guide block includes a guide block support vertically movable through an open portion of the moving adapter body, a block lower end portion provided at a lower end of the guide block support so as not to be detached from the moving adapter body, A provided stopper, and a guide provided on the top of the stopper And a groove.

Preferably, the deodorizing device further comprises a deodorizing means provided in the exhaust bladder of the present invention, wherein the deodorant providing means includes a deodorant pouch built in the exhaust bladder, a deodorant inlet provided on a surface of the deodorant pouch, A solenoid opening / closing valve provided at a lower end of the deodorant pouch, and a discharge port communicating with the solenoid opening / closing valve and exposed to the exhaust bladder.

Preferably, the air conditioner further includes an extension member and a natural air inflow member sequentially provided up and down between the intake fan module and the fixed adapter of the present invention, wherein the extension member includes an extension member main body, A water pocket holder provided at an inner edge of the extension member main body, and a water pocket filled with water supported by the water pocket holder, wherein the natural air inflow member has a hollow structure A second rear cover provided on a rear surface of the air inflow member main body and having a plurality of third inflow holes formed therein and having a recess formed in a part of the front surface thereof; A first guide member having a hollow structure built in the main body, a second guide member provided at one end of the first guide member, A second filter holder provided inside the second guide member, a second HEPA filter provided in the second filter holder, a second activated carbon filter provided in the recessed portion of the second rear cover, A second clamp member provided on the second rear cover so as to fix the third inflow hole and an air shielding film provided on the front surface of the air inflow member main body so that the inflow air can be discharged to both sides by shutting off a part of the third inflow hole.

The present invention as described above is easy to install by the moving adapter provided at the top, minimizes vibration noise during operation, and has an effect of easily changing the capacity.

1 is a perspective view showing a window frame type ventilation system according to the present invention.
Fig. 2 is a rear view of Fig. 1; Fig.
3 is an exploded perspective view of Fig.
4 is a cross-sectional view showing the moving adapter.
5 is a sectional view showing the exhaust fan module.
6 is a sectional view showing the intake fan module.
7 is a vertical sectional view showing an extension member;
8 is a sectional view showing a natural air inflow member.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

1 to 8, a window frame type ventilation system 100 according to the present invention includes an exhaust fan module 10, an intake fan module 20, a moving adapter 30, a deodorant supply means 40, An adapter 50, a connecting member CNT, an extension member EXT and a natural air inflow member 70.

The exhaust fan module 10 includes a hollow exhaust fan module main body 11 having a plurality of first inlet holes 11i formed on its front surface and a part of the rear surface thereof opened, And an exhaust fan 15 built in the exhaust fan module body 11 so as to be adjacent to the first inlet hole 11i.

The exhausting blade 13 further includes a steel weight 13s at its lower end. The weight 13s rotates the exhaust blades 13 by the first position for closing the back surface of the exhaust fan module main body 11 due to its own weight and the wind pressure of the exhaust fan 15, And the second position for opening the back surface of the second housing.

The exhaust fan module 10 is provided with a magnet member (not shown) on the rear surface of the adjacent exhaust fan module body 11 of the weight 13s so that the exhaust blade 13 is not pivoted when the exhaust blade 13 is positioned first 11m. Here, the magnet member 11m has such a magnetic force as not to interfere with the movement of the exhaust blade 13 to the second position in the operation of the exhaust fan 15.

Since the exhaust fan 15 of this embodiment is a well-known component constituted by a casing, a motor, and an exhaust blade, a detailed description and constitution thereof will be omitted. Further, the operation of the exhaust fan 15 is activated or stopped by the exhaust fan switch 10sw provided on the side surface of the exhaust fan module main body 11. [

The exhaust fan module 10 includes an open / close valve 16 provided at an upper end of the exhaust fan module main body 11, a discharge pipe 17 communicating with the open / close valve 16 and communicated with the exhaust fan 15 . Here, the on-off valve 16 and the discharge pipe 17 are provided for connecting the high pressure air compressor so that the exhaust fan 15 can be cleaned or exhausted more quickly.

The intake fan module 20 is provided with a hollow intake fan module main body 21 having a plurality of discharge holes 21o provided on its front side and an open rear side and a plurality of intake fan module main bodies 21 provided on the rear surface of the intake fan module main body 21, A first rear cover 22 on which a second inlet hole 22i is formed and has a recess formed in a part of a front surface thereof and a suction fan 23 A first filter holder 24 provided on the inner side of the guide member 24 and a second filter holder 24 provided on the rear side of the first hepafar filter 24 provided on the first filter holder 24, A first activated carbon filter F2 provided in the concave portion and a clamp member 26 provided in the first rear cover 22 to fix the first activated carbon filter F2.

Since the intake fan 23 of the present embodiment is a well-known component constituted by a casing, a motor, and an intake blade, a detailed description and constitution thereof will be omitted. Further, the operation of the intake fan 23 is activated or deactivated by the intake fan switch 20sw provided on the side surface of the intake fan module main body 21.

Also, as in the present embodiment, two intake fan modules 20 can be installed vertically and at least one can be installed according to the intake capacity.

The connecting member CNT is provided between the exhaust fan module 10 and the intake fan module 20. The connection member CNT is a member provided to separate the exhaust fan module 10 and the intake fan module 20 from each other by a predetermined distance and has a hollow structure with an open top surface and a plurality of partition walls W installed therein .

The moving adapter 30 includes a moving adapter body 31 provided on the upper surface of the exhaust fan module main body 11 as a hollow structure having a part of the upper surface thereof opened and a lower adapter 33 And a spring holder 35 provided on the inner bottom surface of the moving adapter main body 31. The lower inner circumference is inserted into the outer circumferential surface of the spring holder 35 and the upper end thereof is inserted into the block lower end portion And a tension spring member 37 which is in close contact with the lower surface of the guide member 33b.

The moving guide block 33 includes a guide block support 33a provided so as to be moved up and down through an opened portion of the moving adapter main body 31 and a guide block support 33b provided at the lower end of the guide block support 33a so as not to be detached from the moving adapter main body 31 A stopper 33c provided on one side of the upper end of the guide block support 33a and a guide groove 33d provided on the upper end of the stopper 33c.

The lower end of the block lower end portion 33b is pressed by the tension spring member 37 so that the upper end portion of the lower end portion 33b of the block is in close contact with the upper end inner surface of the moving adapter body 31, And a second position in which the guide groove 33d is pressed down so that the lower end of the stopper 33c comes into close contact with the upper surface of the moving adapter main body 31 to be lowered Lt; / RTI >

The moving adapter 30 is provided with an elevating guide rail 39 on the inner wall of the moving adapter main body 31 so that the moving guide block 33 can be safely lifted and lowered and a lower block 33b And a guide block 33e.

Further, the reference symbol '31br' is a bearing provided at the open inner periphery of a part of the upper surface of the moving adapter main body 31.

The extension member EXT includes an extension member main body E1 provided at the lower portion of the intake fan module 20 as a hollow member whose upper surface is opened and a water pocket holder G2 provided at the inner edge of the extension member main body E1 And a water pocket WP supported by the water pocket holder G2.

Here, the extension member EXT is provided so as to close the window frame when the length (or height) of the window frame is longer than the total length of the exhaust fan module 10 and the intake fan module 20.

The water pocket holder G2 and the water pocket WP are provided to attenuate vibrations that may occur in the operation of the exhaust fan module 10 and the intake fan module 20. [

The deodorant providing means 40 includes a deodorant pouch 41 built in the exhaust bladder 13, a deodorant inlet port 42 provided on the surface of the deodorant pouch 41, a vent provided on the surface of the deodorant pouch 41, A solenoid open / close valve 44 provided at the lower end of the deodorant pouch 41; and a discharge port 45 communicated with the solenoid open / close valve 44 and exposed to the exhaust blade 13.

Here, the deodorant contained in the deodorant pouch 41 is a liquid substance in which a phytoncide extract or a paddle oil is diluted.

The solenoid on-off valve 44 is closed when the exhaust blades 13 are in the first position and is opened when the exhaust blades 13 are in the second position to discharge the deodorant filled in the deodorant pouch 41 to the discharge port 45).

The natural air inflow member 70 has an air inflow member main body 71 having a hollow structure with a discharge portion 71o formed on its front side and an open rear side and a plurality of air inflow member main bodies 71 provided on the back side of the air inflow member main body 71, A second rear cover 72 formed with a third inflow hole 72i and formed with a recess in a part of the front surface thereof and a second rear cover 72 having a hollow structure built in the air inflow member main body 71 so as to be adjacent to the discharge portion 71o, A second guide member 74 provided at one end of the first guide member 73; a second filter holder 75 provided inside the second guide member 74; A second activated carbon filter F4 provided in the recessed portion and a second activated carbon filter F4 provided in the filter holder 75 and a second activated carbon filter F4 provided in the second rear cover 72 to fix the second activated carbon filter F4, The clamp member 26 and a portion of the third inflow hole 72i are closed so that the inflow air is discharged to both sides of the air inflow member main body 71 In their screening it consists of 77 supplied.

The fixed adapter 50 is provided at the lower end of the natural air inflow member 70. Here, the fixed adapter 50 is installed below the window frame (not shown).

The present embodiment is characterized in that the moving adapter 30, the exhaust fan module 10, the connecting member CNT, the two intake fan modules 20, the extension member EXT, the natural air inflow member 70, The exhaust fan module 10, the connecting member CNT, the single intake fan module 20, and the fixing adapter 20 are stacked in this order from top to bottom, (50). ≪ / RTI >

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments.

10: exhaust fan module 20: intake fan module
30: Moving adapter
40: Deodorizing means 50: Fixed adapter
70: natural air inflow member
100: Window frame type ventilation system

Claims (5)

An exhaust fan module main body having a hollow structure having a plurality of first inlet holes formed in a front surface thereof and a part of the rear surface thereof being opened; an exhaust blade provided to be rotatable on a rear surface of the exhaust fan module main body; An exhaust fan module having an exhaust fan incorporated in the exhaust fan module main body;
A moving adapter provided on an upper surface of the exhaust fan module main body;
A connecting member provided on a lower surface of the exhaust fan module main body;
And a plurality of second inflow holes are formed on a rear surface of the intake fan module main body, and a plurality of second inflow holes are formed on the bottom surface of the intake fan module main body, A first rear cover having a recess formed in a part of the front surface thereof, an intake fan incorporated in the intake fan module main body so as to be adjacent to the discharge hole, a guide member provided on the rear surface of the intake fan, 1. An intake fan comprising a first filter holder, a first HEPA filter provided in the first filter holder, a first activated carbon filter provided in the recessed portion, and a clamp member provided in the first rear cover to fix the first activated carbon filter, A module;
And a fixing adapter provided on a lower surface of the intake fan module main body,
Further comprising an extension member and a natural air inflow member sequentially provided between the intake fan module and the fixed adapter,
Wherein the extension member comprises an extension member main body which is a hollow member whose top surface is opened, a water pocket holder provided at an inner edge of the extension member main body, and a water pocket filled with water supported by the water pocket holder,
Wherein the natural air inflow member has a hollow air inflow member main body having a discharge part formed on the front surface thereof and a rear side opened and a plurality of third inflow holes provided on a rear surface of the air inflow member main body, A first guide member having a hollow structure built in the air inflow member main body so as to be adjacent to the discharge portion; a second guide member provided at one end of the first guide member; A second filter holder provided on an inner side of the first rear cover, a second filter holder provided on the second filter holder, a second activated carbon filter provided on a concave portion of the second rear cover, A second clamp member provided on the second back cover, and a second clamp member provided on the second back cover so as to block the part of the third inflow hole, The window frame-mounted ventilation system, characterized in that their screening made of a material provided on the front of the body.
The method according to claim 1,
Wherein the exhaust fan module includes a weight provided at a lower end portion of the exhaust blade, a magnet member provided at a rear surface of the exhaust fan module body adjacent to the weight, an opening / closing valve provided at an upper end of the exhaust fan module body, And a discharge pipe communicated with the exhaust fan and communicated with the exhaust fan.
The method according to claim 1,
The moving adapter includes a moving adapter main body provided on an upper surface of the exhaust fan module body as a hollow structure having a part of an upper surface thereof opened, a moving guide block incorporated so that the lower end of the block is not separated from the moving adapter main body, A spring holder provided on an inner bottom surface thereof and a tension spring member having a lower inner circumferential portion inserted into the outer circumferential surface of the spring holder and an upper end portion closely fitted to a lower surface of the lower end portion of the block,
The moving guide block includes a guide block support vertically movable through an open portion of the moving adapter main body, a block lower end portion provided at a lower end of the guide block support so as not to be separated from the moving adapter main body, A stopper provided at one side and a guide groove provided at an upper end of the stopper.
The method according to claim 1,
Further comprising: a deodorizing means provided in the exhausting blade,
The deodorant supply means includes a deodorant pouch built in the exhaust bladder, a deodorant injection port provided on a surface of the deodorant pouch, a vent provided on a surface of the deodorant pouch, a solenoid opening / closing valve provided at a lower end of the deodorant pouch, And a discharge port communicated with the opening / closing valve and exposed to the exhaust bladder.
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