KR101269579B1 - A ventilation device of double window - Google Patents

Abstract

PURPOSE: A ventilation device of a dual window is provided to automatically ventilate indoor air by using an air blow embedded in the dual window. CONSTITUTION: A ventilation device of a dual window comprises a receptor(10), an operating unit(20), a control board(30), a finishing panel(40), and an operating panel(50). The receptor of a case form which one side is opened includes an air blower(11) and a receiving unit(13). The operating unit includes a motor(21) arranged in the partitioned inside of the receptor and a pinion(23) installed to be rotatable by the power of the motor. The control board controls the operation of the air blower and the motor. The finishing panel includes an opening unit(41), an entrance unit(43), and a plurality of rail units(45) formed in a longitudinal direction. The operating panel of a plate shape is formed to be movable on the rail units and includes a rack(51) in a longitudinal direction.

Description

A ventilation device of double window

The present invention relates to a ventilator of a double window, and more particularly, a fan is installed between a double window consisting of an indoor window and an outdoor window, so that the blower is automatically opened and closed by operating the operating plate to operate the operating means. It relates to a double glazing device for ventilation.

The windows installed in the building are used for ventilation, mining, and design. In addition, the windows are designed according to the purpose of noise, condensation, heat insulation, and the like.

Since these windows are in contact with the outside air, the indoor and outdoor temperatures are exchanged with each other, so the heating efficiency in the winter and the cooling efficiency in the summer are generally low.

In order to solve this phenomenon, a double window having a space spaced in the middle between the outdoor window and the indoor window was developed to form a heat exchange buffer zone of indoor and outdoor air to minimize heat loss in the interior of the building.

This is due to the principle of minimizing heat loss due to excessive heat exchange because the indoor heat and the outdoor heat are mixed through the intermediate space formed by the structure of the outdoor window and the indoor window forming the double window.

On the other hand, the trend that the technology for the double glazing is developed is limited to a technology for minimizing the easy installation and heat loss of the double glazing through a simple structure of the double glazing as shown in Patent No. 10-0890036.

However, the double window has the advantage of minimizing heat loss, but by opening the window to ventilate the room, the outside air directly flows into the room, causing the problem of deteriorating the efficiency of the double window, and the yellow dust and fine dust contained in the outside air. However, the situation is causing the problem that harmful ingredients can harm the user's health.

Therefore, there is an urgent need to develop a technology for filtering ventilation and external air without opening a double window in a building in which a double window is installed.

Patent Registration 10-0890036

The present invention has been made in order to solve the problems of the prior art as described above, the object of the present invention is a double-window consisting of an indoor window and an outdoor window is built in a wind fan, the operation of the operation means to operate the operation plate is opened and closed As a blower to provide a double-window ventilator made of automatic ventilation of the room.

Still another object of the present invention is to provide a double-window ventilating device in which filtering of fine dust and various harmful substances entrained in outdoor air introduced from the outside into a site opened by a working plate is performed.

In order to achieve the above object, the double window ventilation apparatus according to the present invention, in the ventilator of the double window is equipped with an indoor window and an outdoor window so that the space spaced in the frame constituting the window frame, the indoor window and It is configured in the form of a case in which one side is opened to be mounted between the outdoor window, at least two air blowers for forcedly blowing the indoor and outdoor air to one side partitioned inside the compartment is fixed, the gap between the upper and lower surfaces Receptors protruding and leaving a plurality formed in the longitudinal direction; An actuating means comprising a motor configured to be partitioned inside the container and a pinion rotatably installed by the power of the motor; A controller board for controlling the operation of the blower and the motor; It is configured in the form of a plate for sealing the open one side of the container, when the plate is closed the container is formed with an open portion for opening the position where the blower is located, the inlet portion drawn into the receiving portion to the upper side, the lower end side of the plate A finishing plate formed on a plurality of rails formed in a longitudinal direction on the inner surface of the container, the protruding end of which extends upward in an inner direction of the container at a corresponding position on the lower side; It is configured in the form of a plate which is movable in the rail portion to selectively seal or open the opening, the rack in the form of a screw corresponding to the pinion of the actuating means in the longitudinal direction of the inner surface is configured to rotate the pinion Actuated plate is moved by the sealing to seal or open the opening; made, including the receiving portion is extended to taper upward in the direction in which the inlet portion of the closing plate is drawn in between the receiving portion and the extended end is extended vertically downward The locking jaw is configured, the closing plate is extended to taper to the lower side in the opposite direction to be inserted into the receiving portion on the lower side of the inlet portion is characterized in that the end portion is extended to extend the vertically upward configuration do.

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In addition, the closing plate is characterized in that the filter frame is mounted to the inside of the opening and the filter member is introduced into the filter frame.

In addition, the closing plate is characterized in that the heating frame is mounted to the outside of the opening and the planar heating element is drawn into the heating frame.

As described above, according to the present invention, the blower and the operating means are operated by the control of the control panel to automatically open the working plate, and the blower is operated at the same time that the operating plate is opened. Ventilation inside provides efficient air purification while minimizing heat loss in the room, improving energy efficiency.

In addition, it consists of a structure that combines the finishing plate and the operating plate to the receptor, so that it is easy to remove the replacement and repair of the blower and operating means inside the receptor, while the internal cleaning is also easy to maintain the long life of the components have.

In addition, the catching jaw is formed in the receiving portion of the receiver and the catching portion is formed in the inlet portion of the closing plate, when the closing plate is coupled to the receptor, the catching portion slides easily according to the shape of the catching jaw, and then the inlet portion is inserted into the accommodating portion. By keeping it firm, there is an effect to increase the binding force of the finish plate to the receptor.

In addition, the filter frame in which the filter member is inserted into the opening formed in the finishing plate is mounted to filter the fine dust and various harmful substances mixed in the outside air introduced from the outside, thereby purifying the indoor air to provide a comfortable indoor environment. It can be effective.

In addition, the heating frame in which the planar heating element is drawn to the outside of the opening formed in the finishing plate has an effect that can maintain the interior comfortably without lowering the heating efficiency in the interior of the building.

Figure 1 (a), (b) is a perspective view showing a preferred form of the double window ventilation apparatus according to the present invention,
Figure 2 is an exploded perspective view showing a preferred form of the ventilator of the double glazing according to the present invention,
Figure 3 is an exemplary view showing a preferred interior form of the ventilator of the double glazing according to the present invention,
Figure 4 (a), (b) is an exemplary view showing a preferred form of the ventilator of the double glazing according to the invention acts,
Figure 5 (a), (b) is an exemplary view showing a preferred form of coupling of the receptor and the closing plate of the ventilator of the double glazing according to the present invention,
Figure 6 is an exploded perspective view showing a preferred form in which the filter frame is inserted the filter member of the ventilation device of the double glazing according to the present invention,
Figure 7 is an exploded perspective view showing a preferred form in which the heating frame is inserted into the heating element of the planar heating element of the double glazing device according to the present invention,
8 is an exemplary view showing a preferred form that the friction body of the ventilation device of the double glazing according to the present invention is coupled;

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

1 (a), (b) is a perspective view showing a preferred form of the double window ventilation apparatus according to the present invention, Figure 2 is an exploded perspective view showing a preferred form of the double window ventilation apparatus according to the present invention, Figure 3 Figure 4 is an exemplary view showing the preferred form of the interior of the double ventilator according to the invention, Figure 4 (a), (b) is an illustration showing a preferred form of the ventilator of the double window according to the present invention, the general double window is The indoor window and the outdoor window are mounted to be spaced apart from the frame constituting the window frame.

Ventilation device of the double window according to the present invention is configured in the space spaced apart from the indoor window and the outdoor window is configured so that the ventilation of the room is made without opening the indoor window and the outdoor window separately.

Here, the ventilator of the double window according to the present invention, as shown in Figures 1 to 4, the blower 11 is installed therein, one side of the case of the type of receptor 10, the operation is configured inside the container 10 is open In the control plate 30 for controlling the means 20, the blower 11 and the operating means 20, a closing plate 40 for sealing one side of the open container 10, the closing plate 40 It is composed of a working plate 50 that is moved to open and close the opening 41 formed in the closing plate (40).

Receptor 10 is configured in the form of a case that one side is open to be mounted between the indoor window and the outdoor window constituting a double window, the interior of the container 10 in the case form is divided into compartments to be described later Can be located.

At least two or more blowers 11 for ventilating indoor air by forcibly venting indoor and outdoor air of the building to the partitioned side of the container 10 are fixed, and more specifically, the blower 11 is a receiver ( It is preferable that it is composed of about 3 to 4 in the longitudinal direction of 10), which is provided with a plurality of blowers 11 in the longitudinal direction of the receiver 10 to improve the suction force and exhaust force to easily ventilate the indoor air. to be.

In addition, a plurality of receiving portions 13 protruding at intervals to the upper and lower surfaces of the receptor 10 is formed in the longitudinal direction to increase the bonding force with the finishing plate 40 to be described later.

The operation means 20 is configured to drive the operation plate 50, which will be described later, and is composed of a motor 21 and a pinion 23, and more specifically, a motor inside a compartment of the receiver 10. 21 is configured and the pinion 23 is rotatably installed by the power of the motor 21 so that the pinion 23 is rotated by the driving of the motor 21 to move the operation plate 50 to be described later. It is configured to.

The control panel 30 is configured to control the blower 11 and the motor 21 to operate the blower 11 and the motor 21. The blower 11 and the motor 21 are as described above. As it is located inside the compartment 10 of the container 10, the control board 30 is also configured to be mounted inside the compartment 10 of the receptor (10).

The closing plate 40 is configured in the form of a plate to seal the open one side of the container 10, and when the closing plate 40 closed the container 10, the site where the blower 11 is located is opened. The opening portion 41 is formed to be configured to discharge the suction force and the exhaust force generated in the blower 11 to the outside of the container 10.

In addition, the closing plate 40 is formed on the upper side, the lower end side of the inlet portion 43 is introduced into the receiving portion 13 of the receptor 10 is formed, the inlet portion 43 is stable on one side of the open side of the receptor 10 It can be configured to be combined.

In addition, the closing plate 40 is formed on the inner surface sealing the open one side of the container 10, the lower end projecting in the inner direction of the container 10 in the corresponding position of the lower end of the shape extending to the upper side A plurality of parts 45 are formed in the longitudinal direction, the operation plate 50 to be described later is moved to the protruding surface of the rail portion 45 while moving upwards to form a moving plate 50 is the rail portion 45 To prevent deviation from

And the coupling structure of the receptor 10 and the closing plate 40 is not limited to the receiving portion 13 and the inlet portion 43, but the well-known bolts and bolts in the receptor 10 and the closing plate 40, respectively Naturally, the fitting hole and the fitting sphere are respectively configured to induce coupling of the receptor 10 and the closing plate 40.

The operating plate 50 is configured in the form of a plate movably formed in the rail 45 to selectively seal or open the opening 41 of the closing plate 40 when the blower 11 is operated. The opening 41 of the closing plate 40 is opened and the opening 41 is closed when the blower 11 is not operated. More specifically, the operating plate 50 is the opening 41. It is configured in the form of a plate extended than the opening portion 41 to selectively seal or open the upper and lower ends of the operating plate 50 is inserted into the rail portion 45 formed in the closing plate 40 to be movable It is desirable to be configured as wide as possible.

In addition, a rack 51 having a screw shape corresponding to the pinion 23 of the actuating means 20 in the longitudinal direction is formed on the inner surface of the actuating plate 50 so that the rack 51 is connected to the outer periphery of the pinion 23. It is configured to selectively seal or open the opening 41 by being moved back and forth due to forward and reverse rotation of the pinion 23 by being engaged.

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Therefore, the above configuration allows the blower 11 and the actuating means 20 to be operated due to the control of the controller plate 30 to automatically cause the actuating plate 50 to open the closing plate 40 and the blower 11 at the same time. By operating the indoor windows and outdoor windows that make up the double window is ventilated inside the building to achieve efficient air purification while minimizing the heat loss in the room will have the effect of improving energy efficiency.

In addition, since the closing plate 40 and the operating plate 50 is coupled to the receptor 10, it is easy to separate, thereby making it easy to replace and repair the blower 11 and the operating means 20 inside the receptor 10. In addition, the internal cleaning is also easy, which has the effect of prolonging the life of the component.

5 (a) and (b), as shown in (b), the catching jaw 15 is caught to a site where the receiving portion 13 of the container 10 and the inlet portion 43 of the closing plate 40 are rubbed with each other. ) And the engaging portion 47 are formed respectively.

The catching jaw 15 is configured to extend so as to taper upward in the direction in which the inlet portion 43 is drawn between the receiving portions 13, and the tapered end portion is configured to extend vertically downward.

In addition, the engaging portion 47 is configured to extend to taper to the lower side of the opposite direction to be drawn into the receiving portion 13 in the lower side of the inlet portion 43 and the end portion extended to taper is configured in the form of vertically extended upwards do.

Therefore, when the inlet portion 43 of the closing plate 40 is introduced into the receiving portion 13 of the container 10 and the closing plate 40 is coupled to the container 10, the locking jaw 15 is tapered. After the locking portion 47 is slid according to the end of the locking portion 47 and the end of the locking jaw 15 is mutually locked so that the inlet portion 43 is firmly maintained in the retracted portion (13) Subject to increase the binding force of the receptor (10) and the closing plate (40).

Meanwhile, as shown in FIG. 6, a square filter frame 60 is mounted inside the opening 41 formed in the closing plate 40, and the filter member 61 is inserted into the filter frame 60. It is preferred to be configured.

Filtering of the fine dust and various harmful substances mixed in the outside air introduced by the blower 11 to the open portion 41 opened by the operation of the operating plate 50 by the filter member 61 is performed. As a result, the indoor air is purified to provide a comfortable indoor environment.

In more detail, a plurality of filter members 61 may be formed, and this may include a carbon filter for filtering fine foreign substances such as dust or a hepa filter for sterilizing harmful substances harmful to the human body. Can be.

Meanwhile, as shown in FIG. 7, since the outside temperature is different from the building indoor temperature as in winter, the outside air may be increased to a temperature similar to the room temperature at which the heating is performed in order to prevent the external cold air from entering the interior. The rectangular heating plate 70 is mounted to the outside of the opening 41 formed in the closing plate 40 so that the planar heating element 71 is inserted into the heating frame 70.

Therefore, it is possible to prevent the inflow of cold air into the interior of the building to be heated in the winter to keep the room comfortable without lowering the heating efficiency.

Here, as shown in FIG. 8, a soft friction body 80 is provided as an outer edge portion of the receptacle 10 and the finishing plate 40 to be rubbed between the indoor window and the outdoor window, so that the friction body 80 includes the indoor window and Stable friction with the outdoor window is configured so that the receptor 10 and the closing plate 40 can be stably fixed between the indoor window and the outdoor window.

10: receptor 11: blower
13: accommodating part 15: locking jaw
20: operating means 21: motor
23: pinion 30: control board
40: finishing plate 41: opening
43: inlet portion 45: rail portion
47: engaging portion 50: operating plate
51: rack 60: filter frame
61 filter element 70 heating frame
71: planar heating element 80: friction body

Claims (5)

In the ventilator of the double window is equipped with an indoor window and an outdoor window so that the space constituting the window frame is spaced apart,
It is configured in the form of a case that one side is open so that it can be mounted between the indoor window and the outdoor window, at least two or more blowers 11 for forced air blowing the indoor and outdoor air to the partitioned one side is fixed, arranged, Receptors 10 protruding at intervals toward the upper and lower surfaces are formed with a plurality of receptors (10) in the longitudinal direction;
An actuating means (20) configured with a motor (21) configured in the compartment of the container (10) and a pinion (23) rotatably installed by the power of the motor (21);
A control board 30 for controlling the operation of the blower 11 and the motor 21;
It is configured in the form of a plate that seals the open one side of the container 10, when the plate is closed the container 10 is formed an opening portion 41 is opened to open the location where the blower 11 is located, An inlet portion 43 is formed in the upper and lower end portions of the plate to be introduced into the receiving portion 13, and protrudes in the inner direction of the container 10 at a corresponding position on the lower side on the inner surface that seals the container 10. Finishing plate 40 is formed in the longitudinal direction the rail portion 45 of the form in which the protruding end is extended upward;
It is configured in the form of a plate movably formed in the rail portion 41 to selectively seal or open the opening portion 41, corresponding to the pinion 23 of the operating means 20 in the longitudinal direction of the inner surface An operating plate 50 having a threaded rack 51 formed in the longitudinal direction and moved due to the rotation of the pinion 23 to seal or open the opening 41;
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The container 10 extends to taper upwardly in the direction in which the inlet portion 43 of the closing plate 40 is inserted between the receiving portions 13, and an extended end thereof vertically extends downwardly. 15 is constructed,
The closing plate 40 is extended to taper to the lower side of the opposite direction to be drawn in the receiving portion 13 to the lower side of the inlet portion 43, the extended portion is extended to the engaging portion 47 of the form extending vertically upwards Ventilation device of a double glazing characterized in that it is configured. delete The method of claim 1,
The closing plate 40, the filter unit 60 is mounted to the inside of the opening portion 41, the ventilation device of the double window, characterized in that the filter member 61 is introduced into the filter frame (60). The method of claim 1,
The closing plate 40 is a heating device 70, characterized in that the heating frame 70 is mounted to the outside of the opening portion 41 and the planar heating element 71 is introduced into the heating frame 70. The method of claim 1,
Ventilation device of the double window characterized in that the soft friction body (80) is provided as the outer edge portion of the receptacle (10) and the closing plate (40) of the indoor window and the outdoor window friction.

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