WO2019194335A1

WO2019194335A1 - Heat exchange ventilation module for windows and doors, and ventilation assembly device having same

Info

Publication number: WO2019194335A1
Application number: PCT/KR2018/004052
Authority: WO
Inventors: 박준국
Original assignee: 박준국
Priority date: 2018-04-02
Filing date: 2018-04-06
Publication date: 2019-10-10
Also published as: KR101932516B1

Abstract

The present invention relates to a heat exchange ventilation module for windows and doors, and a ventilation assembly device having same and, specifically, to: a heat exchange ventilation module for windows and doors, the module being provided at a window so as to enable the loss of indoor thermal energy to be minimized while ventilating indoor and outdoor air; and a ventilation assembly device having same.

Description

Heat exchange ventilation module for windows and ventilation assembly device having same

The present invention relates to a heat exchange ventilation module for windows and a ventilation assembly having the same, and in particular, a heat exchange ventilation module for windows and doors and a ventilation assembly having the same, which can be installed in a window to minimize the loss of indoor thermal energy while ventilating indoor and outdoor air. Relates to a device.

In general, for the purification of indoor air, the air contaminated with an anion air purifier is sucked into the fan, and dust and microorganisms up to about 0.01 μm are collected by the filter to deodorize body odor or tobacco smell, (Iii) Ions are recovered by ion generators.

In addition, an electrostatic precipitator which adds dust to the filter inside the air purifier and charges dust by high pressure discharge may be used together.

In addition to the improvement of indoor air quality due to deodorization or dust collection by anion generator or electrostatic precipitator as described above, various particulate pollutants of indoor air or environmental hormones are contacted and inhaled by the body to prevent skin diseases such as atopy and respiratory diseases. It is desirable to open the windows and provide sufficient ventilation to improve indoor air quality.

In order to improve air quality in residential or office spaces, ventilation is facilitated by opening and closing windows and doors. However, opening and closing windows and doors has the disadvantage that external noise and dust inflow and heat energy of indoor air are lost.

To this end, in recent years, indoor and outdoor ventilation systems considering the loss of indoor heat energy have been developed, such as ceiling-type or floor-mounted ventilation systems, which require installation of duct equipment through the interior and exterior walls of buildings. Fan motor power is required due to the construction cost burden due to the cost of equipment, construction cost, and installation space, and the generation of static pressure due to duct construction.

The present invention is to solve the above problems, it is installed on the windows using a relatively simple structure, when the windows and the air to ventilate the air outside the indoor energy for windows and windows can be minimized to be lost to the outside to be lost outside as it is It is an object of the present invention to provide a heat exchange ventilation module and a ventilation assembly device having the same.

In order to achieve the above object, the window heat exchange ventilation module of the present invention comprises: a mounting hole formed therein, an inlet and an outlet communicating with the mounting hole are formed, and a housing mounted to the window; A heat exchanger mounted on the mounting hole to exchange heat in contact with air flowing through the inlet and the outlet; A fan member mounted to the upper or lower portion of the heat exchanger in the mounting hole to generate forced movement of air through the inlet and the outlet; A filter unit mounted to the mounting hole; And a control unit for controlling the fan member, wherein the heat exchange part has a flow hole through which air passes and is formed in a vertical direction, and the heat exchange unit receives heat from the air moving through the flow hole or receives air. By transferring heat, it is characterized by adjusting the temperature of the flowing air.

The heat exchange part is formed by stacking a plurality of panels in the vertical direction, wherein the flow hole is formed in the panel.

The plurality of panels are arranged to be spaced apart from each other in the vertical direction, the panel is formed with a heat retaining portion for holding the heat received through the air, the flow holes formed in the panel arranged in the vertical direction adjacent to each other in the vertical direction Staggered and formed.

The heat retaining portions formed in the respective panels are arranged to partially overlap each other in the vertical direction, thereby increasing the flow path of the air moving through the flow hole.

The heat retaining portion has a plurality of pores smaller than the flow hole is formed, the air flowing through the mounting hole is faster than the speed of passing through the pores formed in the heat retention portion through the flow hole.

The inlet comprises an indoor inlet formed on one side of the housing, an outdoor inlet formed on the other side of the housing, and the outlet consists of an indoor outlet formed on one side of the housing, and an outdoor outlet formed on the other side of the housing. The indoor inlet and the indoor outlet are interconnected, and a first switching valve is mounted between the indoor inlet and the indoor outlet to selectively communicate the indoor inlet and the indoor outlet with the mounting hole, and the outdoor inlet and the outdoor outlet. Are connected to each other, and a second switching valve is mounted between the outdoor inlet and the outdoor outlet to selectively communicate the outdoor inlet and the outdoor outlet with the mounting hole, and by the controller, the first switching valve and the second switching valve. Is operated, the indoor inlet and the outdoor outlet are communicated with each other through the mounting hole, An outdoor inlet and the indoor outlet are mutually communicated through the mounting hole.

A filter unit is mounted to the mounting hole, and the filter unit comprises: a support frame formed by penetrating the first chamber and the second chamber in the vertical direction; A filter embedded in the first chamber; An opening and closing member mounted on the support frame to selectively open and close the first and second chambers, wherein the opening and closing member opens the first chamber when external air flows into the mounting hole. The second chamber is closed to allow external air to be discharged into the room while passing through the filter, and when the internal air flows into the mounting hole, the opening and closing member closes the first chamber and opens the second chamber. Internal air is discharged to the outside through the second chamber.

The support frame is formed with the first chamber and the second chamber is divided into the left and right directions, the opening and closing member to selectively open and close the first chamber and the second chamber by the left and right movement by the control unit, the control unit, the outside air The opening and closing member is moved to open the first chamber and to close the second chamber when the flow into the mounting hole so that the outside air is discharged into the room while passing through the filter, the internal air is the mounting hole The opening and closing member closes the first chamber and moves to open the second chamber when it flows into the interior of the interior chamber so that the internal air is discharged to the outside through the second chamber.

The housing is mounted between the interior window and the window frame of the double glazing, the housing is equipped with a motor, the pinion gear is mounted on the rotating shaft of the motor, the outdoor window disposed outside the indoor window is fitted with the pinion gear. A bitten rack gear is mounted in the moving direction of the outdoor window for a long time, and the control unit automatically opens or closes the outdoor window by combining the pinion gear and the rack gear by operating the motor when inputting an external force for ventilation. Let's do it.

In addition, the ventilation assembly apparatus having a heat exchange ventilation module for windows and doors of the present invention to achieve the above object, the heat exchange ventilation module for windows and doors described above are stacked in a vertical direction; It is mounted to the window frame, the case is inserted into the heat exchange ventilation module for windows and windows therein; The case is made, including a pair of side cover members disposed on the side of the heat exchange ventilation module for windows and doors, It is disposed on the upper or lower surface of the heat exchange ventilation module for the upper and lower cover members are coupled to the upper or lower portion of the side cover member; including, the upper and lower cover members are variable in the vertical direction and fixed close to the window frame It is characterized by.

The upper and lower cover members may include a cover member disposed above or below the side cover member; Inserting protrusions formed at upper and lower portions, respectively, and the inserting protrusion is inserted into the cover member and the side cover member to couple the cover member to the side cover member; Spacer is inserted and mounted to the insertion projection of the coupling member; It is made, including, characterized in that the vertical length of the upper and lower cover member is variable by the vertical length of the spacer inserted into the insertion projection.

The upper and lower cover members may include a first contact member disposed between an upper portion of the cover member and an upper surface of the window frame, wherein the first contact member is inserted into a rail formed on the window frame and between the window frame and the cover member. Block the spaces apart.

A second contact member coupled to the side of one of the side cover members facing adjacent to the side of the window frame in an up and down direction and in close contact with the side of the window frame; The third contact member is coupled to the side of the other side cover portion in the vertical direction; further comprises, the third contact member is formed with a rail groove into which the window is inserted.

According to the heat exchange ventilation module for windows and doors and the ventilation assembly having the same according to the present invention as described above has the following effects.

When installed in a window using a relatively simple structure, the heat energy of indoor air can be minimized as it is discharged to the outside when the indoor and outdoor air is ventilated.

In addition, the case is mounted to the outside of the ventilation module can be easily coupled to the window frame of various sizes can be combined.

1 is a perspective view of a heat exchange ventilation module for windows and doors according to a first embodiment of the present invention;

Figure 2 is an exploded perspective view of the heat exchange ventilation module for windows and doors according to the first embodiment of the present invention,

Figure 3 is a perspective view of the heat exchange part of the window heat exchange ventilation module according to the first embodiment of the present invention.

4 is a cross-sectional structural view taken along line A-A of FIG.

5 is an operating state of the indoor air discharged to the outdoor in the heat exchange ventilation module for windows and doors according to the first embodiment of the present invention,

6 is an operating state of the outdoor air flows into the room in the heat exchange ventilation module for windows and doors according to the first embodiment of the present invention,

7A to 7B are plan views schematically showing an operating state in a state in which a heat exchange ventilating module for windows and doors is mounted on a window according to a first embodiment of the present invention;

8 is a perspective view of a ventilation assembly device having a heat exchange ventilation module for windows and doors according to a second embodiment of the present invention;

9 is an exploded perspective view of a ventilation assembly device having a heat exchange ventilation module for windows and doors according to a second embodiment of the present invention;

10a to 10c is a side view of a variable length of the upper and lower cover members in the ventilation assembly device having a heat exchange ventilation module for windows and doors according to a second embodiment of the present invention,

Figure 11 is a front view of a state in which a ventilation assembly device having a window heat exchange ventilation module according to a second embodiment of the present invention mounted on the window frame.

제1실시예First embodiment

1 is a perspective view of a heat exchange ventilating module for windows and doors according to a first embodiment of the present invention, Figure 2 is an exploded perspective view of the heat exchange ventilating module for windows and doors according to a first embodiment of the present invention, Figure 3 is 4 is a perspective view of a heat exchange part of a heat exchange ventilating module for windows and doors according to one embodiment, and FIG. 4 is a cross-sectional view of the heat exchange part of FIG.

1 to 4, the window heat exchange ventilation module 100 of the present invention includes a housing 110, a heat exchange part 120, a fan member 130, a filter part 140, Control unit (not shown).

The housing 110 is mounted to the window as part of the overall appearance of the present invention.

More specifically, the housing 110 is mounted between the window frame 165 and the window.

Mounting holes 111 are formed in the housing 110, and inlets and outlets communicating with the mounting holes 111 are formed.

The inlet and the outlet communicate the outside of the mounting hole 111 formed in the housing 110.

The inlet and the outlet may be made of only one, respectively, as shown in the present embodiment, the inlet is composed of the indoor inlet 112 and the outdoor inlet 115, the outlet is an indoor outlet 114 and the outdoor outlet (113) It is preferable to make it.

The indoor inlet 112 is formed at one side of the housing 110, and the outdoor inlet 115 is formed at the other side of the housing 110.

The indoor outlet 114 is formed at one side of the housing 110, and the outdoor outlet 113 is formed at the other side of the housing 110.

That is, the indoor inlet 112 and the indoor outlet 114 are formed at one side of the housing 110, and the outdoor inlet 115 and the outdoor outlet 113 are formed at the other side of the housing 110, respectively. have.

The indoor inlet 112, the indoor outlet 114, the outdoor inlet 115, and the outdoor outlet 113 are all in communication with a mounting hole 111 formed in the housing 110.

The indoor inlet 112 and the indoor outlet 114 are connected to each other via the mounting hole 111.

A first switching valve 116 is mounted between the indoor inlet 112 and the indoor outlet 114 to selectively communicate the indoor inlet 112 and the indoor outlet 114 with the mounting hole 111. .

The outdoor inlet 115 and the outdoor outlet 113 are connected to each other via the mounting hole 111.

In addition, a second switching valve 117 is installed between the outdoor inlet 115 and the outdoor outlet 113 to selectively communicate the outdoor inlet 115 and the outdoor outlet 113 with the mounting hole 111. .

The heat exchanger 120 is mounted to the mounting hole 111 to contact the air flowing through the inlet and outlet and exchange heat therethrough.

That is, the heat exchanger 120 contacts the air flowing through the mounting hole 111 to exchange heat with air.

The heat exchange part 120 has a flow hole 122 through which air passes and is formed to penetrate upward and downward.

The heat exchanger 120 receives heat by the air moving through the flow hole 122 or transfers heat to the air to adjust the temperature of the flowing air.

In the present embodiment, the heat exchange part 120 is formed by stacking a plurality of panels 121 in the vertical direction, and each of the panel 121 has the flow hole 122 formed therein.

The plurality of panels 121 are disposed to be spaced apart from each other in the vertical direction, the panel 121 is formed with a heat retaining portion 123 for holding the heat received through the air.

The heat retaining unit 123 is sufficient to be made of a material and structure that can be stored for a long time or a short time by receiving heat through the air.

In addition, the flow holes 122 formed in the panel 121 adjacently disposed in the vertical direction are alternately formed in the vertical direction.

That is, the flow holes 122 formed in the panel 121 spaced apart from each other in the vertical direction are formed at positions not overlapped or partially overlapped at the same position in the vertical direction.

In addition, the heat retaining portions 123 formed in the respective panels 121 are disposed to overlap each other in the vertical direction.

Therefore, the air moving through the flow hole 122 in the mounting hole 111 does not move the heat exchanger 120 in a straight line, but moves while bypassing the air through the flow hole 122. Will increase the flow path.

As the flow path of the air moving the heat exchange part 120 as described above increases, the contact time of the air and the heat retaining portion 123 is increased, so that heat exchange between the air and the heat retaining portion 123 is longer. Can be done.

On the other hand, the heat retaining portion 123 may be made of a material that can not penetrate the air, but a plurality of pores smaller than the flow hole 122 is formed in the heat retaining portion 123 to allow some air to pass through. It is desirable to be able to.

The heat retaining portion 123 is preferably made of a nonwoven fabric or nanofibers.

By allowing the air to pass through the heat retaining portion 123 as described above, heat exchange between the heat retaining portion 123 and the air can be achieved more quickly and in large quantities.

In addition, the air flowing through the mounting hole 111 is faster than the speed of passing through the flow hole 122 through the pores formed in the heat retaining portion 123.

Therefore, the air passing through the panel 121 is mixed with the air moving rapidly through the flow hole 122 and the air moving slowly through the heat retaining unit 123, and heat exchange is made between the air. You lose.

In particular, since the air that has passed through the heat retaining part 123 transmits or receives heat to the heat retaining part 123, its temperature may be different compared to the air passing through the flow hole 122. Since they are mixed by the speed difference, they are remixed at the same temperature and passed through the next panel 121.

In addition, the heat retaining part 123 may be made of a metal mesh.

When the heat retaining part 123 is made of a metal mesh, the flow hole 122 may be formed as a hole of the mesh.

The fan member 130 is mounted to the upper or lower portion of the heat exchange part 120 in the mounting hole 111 to generate a forced movement of air through the inlet and outlet.

The fan member 130 may be composed of one to enable both forward rotation and reverse rotation, or may be provided for forward rotation only and reverse rotation respectively.

The filter unit 140 is mounted to the mounting hole 111.

The detailed structure of the filter unit 140 will be described later.

The control unit controls the fan member 130, the first switching valve 116, the second switching valve 117, and the like.

The first switching valve 116 and the second switching valve 117 is operated by the control unit, the indoor inlet 112 and the outdoor outlet 113 is in communication with each other through the mounting hole 111, The outdoor inlet 115 and the indoor outlet 114 communicate with each other through the mounting hole 111.

That is, the first switching valve 116 closes the communication between the indoor outlet 114 and the mounting hole 111, the second switching valve 117 is the outdoor inlet 115 and the mounting hole 111 When closing the communication between the), the indoor inlet 112 and the outdoor outlet 113 is in communication with each other through the mounting hole (111).

In addition, the first switching valve 116 closes the communication between the indoor inlet 112 and the mounting hole 111, and the second switching valve 117 is the outdoor outlet 113 and the mounting hole 111. When closing the communication between the), the outdoor inlet 115 and the indoor outlet 114 is in communication with each other through the mounting hole 111.

The filter unit 140 may be mounted at various positions of the mounting hole 111 by using only a general filter 144.

In the present embodiment, the filter unit 140 includes a support frame 141, a filter 144, and an opening / closing member 145.

The filter unit 140 may be installed at various positions of the mounting hole 111, but it is preferable to be installed below the fan member 130 as in this embodiment.

The support frame 141 is mounted to the mounting hole 111, and the first chamber 142 and the second chamber 143 are formed to penetrate in the vertical direction, respectively, to allow air to move therein.

The first chamber 142 and the second chamber 143 may be formed at various locations.

The filter 144 is embedded in the first chamber 142, and the filter 144 is not present in the second chamber 143.

The opening and closing member 145 is mounted on the support frame 141 to selectively open and close the first chamber 142 and the second chamber 143.

The opening and closing member 145 may be made of only one, and may selectively open and close the first chamber 142 and the second chamber 143, respectively, in the first chamber 142 and the second chamber 143, respectively. The first chamber 142 and the second chamber 143 may be selectively opened and closed.

In particular, the opening and closing member 145 is mounted on the upper portion of the support frame 141, so as to be located closer to the indoor inlet 112 and the indoor outlet than the filter 144.

When the outside air flows into the mounting hole 111, the opening / closing member 145 opens the first chamber 142 and closes the second chamber 143 so that the outside air is the first air. The filter 144 disposed in the chamber 142 is discharged into the room while passing through the filter 144.

When the internal air flows into the mounting hole 111, the opening / closing member 145 closes the first chamber 142 and opens the second chamber 143 so that the internal air is discharged. Through the two chambers (143) to be discharged to the outside.

That is, when the outside air flows into the room, the filter 144 is moved through the first chamber 142 in which the filter 144 is mounted to remove foreign substances present in the outside air, and when the indoor air is discharged to the outside, the filter ( The second chamber 143 without 144 may move more quickly and may be discharged by being attached to the filter 144 so as not to adhere to the foreign matter.

If, when the indoor air is discharged to the outside to move through the filter 144, foreign matter present in the indoor air is attached to the filter 144, the outdoor air is introduced into the filter 144 Foreign objects present in the can enter the room again.

However, in the present invention, when the indoor air is discharged to the outside, it is immediately discharged without passing through the filter 144, and thus, foreign matter is attached to the filter 144, thereby preventing the inflow into the room again.

The opening and closing member 145 for this operation is sufficient, it is sufficient to use a conventionally known check valve or the like to open only when the fluid moves in any one direction.

That is, the opening / closing member 145 mounted to the first chamber 142 is opened only when air moves from the outdoor to the interior, and the opening / closing member 145 mounted to the second chamber 143 is indoors to the outdoors. It can be made of a check valve that opens only when the air moves to the furnace.

In the drawing of this embodiment, the first chamber 142 and the second chamber 143, which are formed to penetrate in the vertical direction and move air, are divided in the left and right directions of the support frame 141.

In addition, the opening and closing member 145 is mounted to be movable in the horizontal direction in which the first chamber 142 and the second chamber 143 are disposed on the support frame 141.

The opening and closing member 145 is moved by the controller to selectively open and close the first chamber 142 and the second chamber 143.

Left and right movement of the opening and closing member 145 can be easily achieved through a sliding structure using a conventionally known motor, gear, belt, etc., a detailed description thereof will be omitted.

When the outside air flows into the mounting hole 111, the control unit moves the opening / closing member 145 to open the first chamber 142 and close the second chamber 143. Air is discharged into the room while passing through the filter 144.

When the internal air flows into the mounting hole 111, the opening / closing member 145 closes the first chamber 142 and moves the second chamber 143 to open the internal air. It is to be discharged to the outside through the second chamber (143).

Hereinafter, an operation process of the present invention having the above-described configuration will be described.

5 is an operational state diagram of the indoor air discharged from the window heat exchange ventilation module 100 according to the first embodiment of the present invention to the outside, Figure 6 is a window heat exchange ventilation according to the first embodiment of the present invention Figure 7a to 7b is an operating state in a state in which the outdoor air flows into the room from the module 100, Figure 7a to 7b is an operating state in a state in which the window heat exchange ventilation module 100 according to the first embodiment of the present invention mounted on the window Is a plan view schematically showing.

In order to ventilate, first, indoor air is discharged to the outside, and then outdoor air is introduced into the room again.

When the indoor air is to be discharged to the outside, as shown in FIG. 5, the communication between the indoor outlet 114 and the mounting hole 111 is closed using the first switching valve 116, and the The communication between the outdoor inlet 115 and the mounting hole 111 is closed using the two switching valve 117.

As a result, the indoor inlet 112 and the outdoor outlet 113 are in communication with the mounting hole 111.

In addition, the opening and closing member 145 moves to close the first chamber 142 in which the filter 144 is disposed, and open the second chamber 143.

In this state, when the fan member 130 is rotated forward, the indoor air is introduced into the mounting hole 111 through the indoor inlet 112, and the air present in the mounting hole 111 is It is discharged through the outdoor outlet (113).

At this time, the air introduced from the room passes through the heat exchanger, the air is in contact with the heat holding portion 123, the cold air or hot air in the room to transfer heat to the heat holding portion 123.

In addition, since the air passing through the heat exchanger moves through the flow holes 122 alternately arranged, the movement path is increased, thereby transferring more heat to the heat retaining part 123.

If the flow holes 122 formed in the panel 121 are formed at the same position without being mutually staggered in the vertical direction, the movement path of the air is shortened and heat of the heat transferred to the heat retaining part 123 is reduced. The amount may decrease, and heat may be transferred only to a specific portion of the heat retaining part 123.

However, in the present invention, since the flow holes 122 are alternately arranged in the vertical direction, the movement path is increased when the air flowing into the heat exchanger moves through the flow holes 122 which are staggered, thereby increasing the heat retention. More heat can be transferred to the unit 123.

In addition, the air passing through the pores formed in the heat retaining portion 123 and the air moving through the flow hole 122 is mixed with each other to generate a vortex, through which the heat exchange between the air even more quickly It can be done well.

As described above, the indoor air passes the temperature of the indoor air to the heat exchange part 120 while passing through the heat exchange part 120, and is discharged through the outdoor outlet 113.

And, since it is discharged without passing through the filter 144, it is possible to prevent the foreign matter is attached to the filter 144.

After that, when the outdoor air is to be introduced into the room, as shown in FIG. 6, the communication between the indoor inlet 112 and the mounting hole 111 is closed using the first switching valve 116. By using the second switching valve 117, the communication between the outdoor outlet 113 and the mounting hole 111 is closed.

As a result, the indoor outlet 114 and the outdoor inlet 115 are in communication with the mounting hole 111.

The opening / closing member 145 moves to open the first chamber 142 in which the filter 144 is disposed, and close the second chamber 143.

In this state, when the fan member 130 is operated in reverse rotation, the outdoor air is introduced into the mounting hole 111 through the outdoor inlet 115, and the air present in the mounting hole 111 is It is discharged through the indoor outlet 114.

The outdoor air introduced from the outside passes through the filter 144 to remove foreign substances, and passes through the heat exchanger to come into contact with the heat holding part 123.

As described above, the heat holding part 123 receives heat by cold air or hot air in the room and holds the heat.

When the outside air comes into contact with the heat retaining unit 123, the heat retaining unit 123 transmits the heat or cold heat thereof to the outside air.

As a result, the outside air passing through the heat exchanger is converted to a similar temperature of the room air.

As such, the outdoor air is heated or cooled while passing through the heat exchange part 120, and is discharged through the indoor outlet 114.

Therefore, by the heat exchange ventilation module 100 for the windows and doors of the present invention, when indoor air is discharged to the outside even in summer or winter, and the outdoor air is introduced into the room to ventilate, the outdoor air is converted to almost the same temperature as the indoor air. Since it can be introduced, it is possible to minimize the loss of thermal energy of the room due to ventilation.

Window heat exchange ventilation module 100 of the present invention as described above is mounted on the window, in the case of the double window is mounted on the indoor window 161 and the outdoor window 162 may be opened or closed by the user directly, Fig. As illustrated in FIGS. 7A to 7B, the outdoor window 162 may be automatically opened or closed.

To this end, the housing 110 is mounted between the interior window 161 and the window frame 165 of the double window.

The housing 110 is equipped with a motor, and the pinion gear 151 is mounted on the rotating shaft of the motor.

In addition, a rack gear 152 meshing with the pinion gear 151 is mounted in the outdoor window 162 disposed outside the indoor window 161 in the moving direction of the outdoor window.

When operating the window heat exchange ventilation module 100 of the present invention having such a structure, that is, when an external reputation for ventilation is input, the control unit operates the motor.

When the motor is operated, the outdoor window 162 is automatically opened or closed by the pinion gear 151 and the rack gear 152, as shown in Figure 7a to 7b.

Therefore, when turning on or off the ventilator of the present invention, the user can be opened and closed automatically without having to open or close the outer window 162 directly.

제2실시예Second embodiment

8 is a perspective view of a ventilation assembly apparatus having a heat exchange ventilation module for windows and doors according to a second embodiment of the present invention, and FIG. 9 is a ventilation assembly apparatus having a heat exchange ventilation module for windows and doors according to a second embodiment of the present invention. Figure 10a to 10c is a side view of a variable state of the upper and lower cover member in the ventilation assembly device having a heat exchange ventilation module for windows and doors according to a second embodiment of the present invention, Figure 11 is a present invention Fig. 2 is a front view of a state in which a ventilation assembly device having a heat exchange ventilation module for windows and doors according to a second embodiment of the present invention is mounted on a window frame.

The ventilation assembly apparatus provided with the window heat exchange ventilation module 100 of the present invention comprises the window heat exchange ventilation module 100 and the case 200 described above.

The window heat exchange ventilation module 100 is made up of a plurality of stacked in the vertical direction.

The case 200 is mounted to the window frame 165, and the heat exchange ventilation module 100 for windows and doors is stacked and inserted in the vertical direction.

The window heat exchange ventilation module 100 is detachably mounted inside the case 200, and the window heat exchange ventilation module 100 may be used in other places by adding or separating as necessary.

The case 200 includes a side cover member 210 and an upper and lower cover member 220.

The side cover member 210 is composed of a pair is disposed on the side of the window heat exchange ventilation module 100.

The upper and lower cover members 220 are disposed on the upper and / or lower surfaces of the window heat exchange ventilation module 100 and are coupled to the upper and / or lower portions of the side cover member 210.

The upper and lower cover members 220 are fixed in close contact with the window frame 165 because the length thereof is variable in the vertical direction.

That is, by varying the length of the upper and lower cover members 220, the upper and lower portions of the case 200 may be in close contact with the upper and lower portions of the window frame 165 of various sizes.

The upper and lower cover members 220 include a cover member 221, a coupling member 222, and a spacer 224.

The cover member 221 is disposed above and / or below the side cover member 210.

The coupling member 222 has an insertion protrusion 223 protruding upward and downward in an upper portion and a lower portion, respectively.

The insertion protrusion 223 of the coupling member 222 is inserted into the cover member 221 and the side cover member 210 to couple the cover member 221 to the side cover member 210.

The spacer 224 is inserted and mounted to the insertion protrusion 223 of the coupling member 222.

The length of the upper and lower directions of the upper and lower cover members 220 is varied by the vertical length of the spacer 224 inserted into the insertion protrusion 223 or the number thereof.

In addition, the vertical length of the upper and lower cover member 220 may be adjusted according to the vertical length of the cover member 221.

That is, the vertical length of the upper and lower cover members 220 may be adjusted by adjusting the cutting length of the cover member 221, and the vertical length and / or the spacer 224 as shown in FIGS. 10A to 10C. It is also possible to adjust the vertical length of the upper and lower cover member 220 by adjusting the number.

By adjusting the length of the cover member 221 and cutting, the upper and lower lengths of the upper and lower cover members 220 are adjusted, and the number of the spacers 224 is adjusted to adjust the fine upper and lower lengths of the upper and lower cover members 220. It is desirable to.

By adjusting the length of the upper and lower cover member 220 by the cover member 221 and the spacer 224 as described above, by adjusting the vertical length of the case 200 to fit the window frame 165 of various sizes, the window frame It can be fixed in close contact with 165.

In addition, as illustrated in FIG. 10C, the upper and lower cover members 220 may include a first contact member 225 disposed between the upper portion of the cover member 221 and the upper surface of the window frame 165. .

As shown in FIG. 11, the first contact member 225 is inserted into a rail formed in the window frame 165 to block a space between the window frame 165 and the cover member 221.

In this case, the first contact member 225 may be coupled to the upper surface of the cover member 221 by sliding, or may be forcibly inserted between the window frame 165 and the cover member 221.

Ventilation assembly device having a window heat exchange ventilation module 100 of the present invention, may further comprise a second contact member 231, and a third contact member 232.

The second contact member 231 is formed in a long rod shape in the vertical direction, is coupled to the side of any one side cover member 210 facing adjacent to the side of the window frame 165 in the vertical direction window frame 165 It is in close contact with the side.

The third contact member 232 is formed in a long rod shape in the vertical direction, it is coupled to the side of the other side cover portion in the vertical direction.

That is, the second contact member 231 and the third contact member 232 are respectively coupled to the side of the pair of side cover member 210, the second contact member 231 is the side cover member ( It is disposed between the side of the

window frame

165 and 210 so that the case 200 is in close contact with the window frame 165, the third contact member 232 is disposed in the window direction to move the window by the window It comes in close contact with

To this end, the third contact member 232 is formed with a rail groove into which the window is inserted.

By the above structure, when mounting a plurality of heat exchange ventilation module 100 for the window and the window frame 165, it can be mounted in a sealed state without a gap between the window frame 165 and the window, the top and bottom cover The length of the member 220 may be adjusted to easily mount the window frame 165 of various sizes.

The heat exchange ventilation module for a window and the inventor of the present invention and the ventilation assembly apparatus having the same are not limited to the above-described embodiments, and may be variously modified and implemented within the allowable technical spirit of the present invention.

The present invention can be applied to a heat exchange ventilator installed in a window and the like, and there is industrial applicability.

Claims

A housing formed therein and having an inlet and an outlet communicating with the mounting hole and mounted to the window;

A heat exchanger mounted on the mounting hole to exchange heat in contact with air flowing through the inlet and the outlet;

A fan member mounted to the upper or lower portion of the heat exchanger in the mounting hole to generate forced movement of air through the inlet and the outlet;

A filter unit mounted to the mounting hole;

Control unit for controlling the fan member;

The heat exchange part is formed by passing a flow hole through which the air passes in the vertical direction,

The heat exchange unit is heat exchange ventilation module for windows and doors, characterized in that by receiving the heat by the air moving through the flow hole or by transferring heat to the air to adjust the temperature of the flowing air.
The method according to claim 1,

The heat exchange part is made of a plurality of panels are stacked in the vertical direction,

The panel heat exchange ventilation module, characterized in that the flow hole is formed in the panel.
The method according to claim 2,

The plurality of panels are arranged spaced apart from each other in the vertical direction,

The panel is provided with a heat retention portion for holding the heat received through the air,

Heat exchange ventilation module for windows and doors, characterized in that the flow holes formed in the panel disposed in the vertical direction adjacent to each other are formed alternately in the vertical direction.
The method according to claim 3,

The heat retaining portion formed in each panel is arranged to overlap each other in the vertical direction, the heat exchange ventilation module for windows and doors, characterized in that to increase the flow path of the air moving through the flow hole.
The method according to claim 3,

The heat retaining portion is formed with a plurality of pores smaller than the flow hole,

The air flowing through the mounting hole is a heat exchange ventilation module for windows and doors, characterized in that the speed of passing through the flow hole is faster than the speed of passing through the pores formed in the heat retention portion.
The method according to claim 1,

The inlet is composed of an indoor inlet formed on one side of the housing, and an outdoor inlet formed on the other side of the housing,

The outlet, the indoor outlet formed on one side of the housing and the outdoor outlet formed on the other side of the housing,

The indoor inlet and the indoor outlet are interconnected, and a first switching valve is mounted between the indoor inlet and the indoor outlet to selectively communicate the indoor inlet and the indoor outlet with the mounting hole,

The outdoor inlet and the outdoor outlet are interconnected, and a second switching valve is mounted between the outdoor inlet and the outdoor outlet to selectively communicate the outdoor inlet and the outdoor outlet with the mounting hole.

The first switching valve and the second switching valve is operated by the control unit, the indoor inlet and the outdoor outlet is in communication with each other through the mounting hole, the outdoor inlet and the indoor outlet is in communication with each other through the mounting hole. Heat exchange ventilation module for windows and doors.
The method according to claim 1,

The mounting hole is equipped with a filter unit,

The filter unit,

A case formed by penetrating the first chamber and the second chamber in the vertical direction;

A filter embedded in the first chamber;

Is attached to the case and opening and closing member for selectively opening and closing the first chamber and the second chamber;

When the external air flows into the mounting hole, the opening and closing member opens the first chamber and closes the second chamber so that the outside air is discharged into the room while passing through the filter.

When the internal air flows into the mounting hole, the opening and closing member closes the first chamber and open the second chamber so that the internal air is discharged through the second chamber to the outside Heat exchange ventilation module.
The method according to claim 7,

The case is formed with the first chamber and the second chamber divided in the left and right directions,

The opening and closing member selectively opens and closes the first chamber and the second chamber by the left and right movement by the control unit,

The control unit,

When the outside air flows into the mounting hole, the opening and closing member moves to open the first chamber and close the second chamber so that the outside air is discharged into the room while passing through the filter.

When the internal air flows into the mounting hole, the opening and closing member closes the first chamber and moves to open the second chamber so that the internal air is discharged through the second chamber to the outside. Heat exchange ventilation module for windows and doors.
The method according to claim 1,

The housing is mounted between the interior window and the window frame of the double glazing,

The housing is equipped with a motor,

The pinion gear is mounted to the rotating shaft of the motor,

In the outdoor window disposed outside the indoor window, a rack gear engaged with the pinion gear is mounted to be long in the moving direction of the outdoor window.

The control unit is a heat exchange ventilation module for windows and doors, characterized in that when the external force input for ventilation, by operating the motor to automatically open or close the outdoor window by combining the pinion gear and the rack gear.
A heat exchange ventilation module for a window and door according to any one of claims 1 to 8, which is composed of a plurality and stacked in a vertical direction;

Is mounted to the window frame, the case is inserted into the heat exchange ventilation module for windows and doors therein;

The case,

A pair of side cover members disposed on the side of the window heat exchange ventilation module,

Is disposed on the upper or lower surface of the heat exchange ventilation module for the window and the upper and lower cover members coupled to the upper or lower side of the side cover member;

The upper and lower cover member is a ventilation assembly device having a heat exchange ventilating module for windows and doors, characterized in that the length is changed in the vertical direction close to the window frame.
The method according to claim 10,

The upper and lower cover members,

A cover member disposed above or below the side cover member;

Inserting protrusions formed at upper and lower portions, respectively, and the inserting protrusion is inserted into the cover member and the side cover member to couple the cover member to the side cover member;

It comprises a; spacer is inserted and mounted to the insertion protrusion of the coupling member,

Ventilation assembly device having a heat exchange ventilating module for the window, characterized in that the vertical length of the upper and lower cover members is variable by the vertical length of the spacer is inserted into the insertion projection.
The method according to claim 11,

The upper and lower cover members,

It comprises a first contact member disposed between the top of the cover member and the upper surface of the window frame;

The first contact member is inserted into the rail formed in the window frame ventilation assembly apparatus having a heat exchange ventilation module for windows and doors, characterized in that to block the separation space between the window frame and the cover member.
The method according to claim 10,

A second contact member coupled to the side of one of the side cover members facing adjacent to the side of the window frame in an up and down direction and in close contact with the side of the window frame;

It further comprises a third contact member coupled to the side of the other side cover portion in the vertical direction;

Ventilation assembly device having a heat exchange ventilation module for windows and doors, characterized in that the third contact member is formed with a rail groove into which the window is inserted.