KR200288727Y1 - A window frame that can ventilate - Google Patents

Abstract

The present invention relates to a ventilated window frame structure, which does not have a ventilation structure other than a conventional window, and in particular, a high-rise building solves a problem that it is difficult to open a window by the influence of strong wind and dust, without opening the window. It was developed to obtain the effect of discharging the inside air or inhaling the outside air according to the situation, and to prevent the inflow of dust or strong wind from outside, and the wall on which the window frame is mounted, and the rail inside the wall. In the window frame consisting of the upper and lower frames and a side frame mounted on both sides equipped with;

The wall includes a protruding jaw extending downward from the outside of the upper wall;

The upper frame is connected to the outer vent portion in the upper upward direction from the bottom of the protruding jaw, the opening and closing portion which is opened and closed by the operation handle projecting inwardly connected to the outer vent portion, and connected to the motor mounted to the upper side of the opening A ventilator including an axial fan, and an inner ventilating portion that is mounted to the removable filter portion on the outside.

Description

A window frame that can ventilate}

The present invention relates to a ventilated window frame structure and to a ventilated window frame structure to have a ventilated structure capable of inhaling or exhausting external air without opening a window.

The role of the window is to act as a skylight that receives light and to close or close the window, the most important role being the ventilation or blocking of the outside air.

When using for ventilation purposes, if there is no wind, the ventilation with outside air is not good, and unless a separate fan is provided, the role of ventilation is virtually inadequate. On the contrary, if the wind is too strong, ventilation through the window may be impossible. do.

In addition, in bad weather such as rain or snow, and in areas with a lot of dust on the outside, rainwater or dust as well as air flows into the windows, making the window practically impossible to use for ventilation.

Especially in the case of high-rise buildings in the city, the windows are limited to the role of sound insulation and light due to noise, dust, and strong wind, and many people adopt forced ventilation for ventilation, but apartments for residential use One case is rare.

Therefore, it is necessary to develop a structure to allow ventilation for each window, but to develop a device that prevents the inflow of rainwater or dust and allows forced aeration to maintain a pleasant indoor atmosphere and to obtain a beneficial effect on health.

The present invention is designed to solve the above problems, the object is to provide a window frame to allow the indoor and outdoor air to be ventilated without opening the window.

In addition, the present invention provides a means for forcibly discharging indoor air or sucking external air.

In addition, even if the operation in bad weather to prevent intrusion of rainwater from the outside and to provide a vent that can have the effect of insulation.

In addition, to provide a means for preventing the inflow of dust from the outside.

In order to achieve the above object, the present invention provides a window frame comprising a wall on which a window frame is mounted, an upper and lower frames mounted with rails inside the wall, and side frames mounted on both sides;

The wall includes a protruding jaw extending downward from the outside of the upper wall;

The upper frame is connected to the outer vent portion in the upper upward direction from the bottom of the protruding jaw, the opening and closing portion which is opened and closed by the operation handle projecting inwardly connected to the outer vent portion, and connected to the motor mounted to the upper side of the opening and closing portion A ventilator including an axial fan, and an inner ventilating portion that is mounted to the removable filter portion on the outside.

1 is a partial cutaway view according to an embodiment of the present invention

2 is an exploded perspective view according to an embodiment of the present invention

3a to 3b is a cross-sectional view showing the operation of the present invention

<Explanation of symbols for main parts of the drawings>

1: wall

11: protruding jaw

2: window frame

3: upper frame

31: outside vent 32: inside vent

4: opening and closing part

41: operation handle 42: air conditioner

43: windproof hat

5 ventilator

51: motor 52: fan

53: shaft mounting portion 54: diaphragm

55: wings

6: filter part

The configuration of the present invention will be described in detail so that those skilled in the art can easily understand and reproduce by the accompanying drawings as follows.

1 is a partial cutaway view according to an embodiment of the present invention, a wall (1) on which the window frame (2) is mounted, and the upper and lower frames and both side surfaces mounted with a rail in the wall (1) In the window frame (2) consisting of a side frame mounted to;

The wall (1) comprises a protruding jaw (11) extending downward from the outside of the upper wall;

The upper frame 3 is formed by an outer vent part 31 which is connected inwardly upward from the bottom of the protruding jaw 11 and an operating knob 41 which is connected to the outer vent part 31 and protrudes inwardly. A ventilator 5 including an opening and closing part 4 to be opened and closed, an axial fan 52 connected to a motor 51 mounted above the opening and closing part 4, and a filter part 6 detachable to the outside. The ventilated window frame structure is characterized by including an inner vent 32 to be mounted.

In addition, the protruding jaw 11 is formed to prevent the inflow of rainwater through the outer vent part 31 and is formed in order to prevent the possibility of thermal insulation deteriorate due to the frame composed of a series of ventilation devices. .

In addition, the opening and closing portion 4 is open on both sides of the opposite sides of the circumferential opening and the other side is closed and the cylindrical air control barrel 42 that rotates in accordance with the operation of the operation knob 41 is interposed. When the vent part 31 and the inner vent part 32 are connected, air is moved through it, and on the contrary, both sides of the closed part block the inlet to prevent ventilation.

In addition, it is possible to adjust the amount of air introduced in accordance with the opening and closing degree of the air conditioning cylinder 42 and a series of air passages leading from the outer ventilation portion 31 to the inner ventilation portion 32 to prevent direct inflow of strong wind directly The path is curved so that it can and reduce its speed.

In addition, the outer circumferential surface of the air conditioner 42 is to ensure that at least one portion of the wind-proof cap 43 is in close contact to prevent the inflow of air to the outside to effectively prevent the inflow of outside air, especially in cold winter.

In addition, the inner vent 32 to form a detachable filter 6 to prevent foreign matter from entering the outside, such a filter 6 is equipped with various types of air purification filter if one of ordinary skill Or it will be able to come up with various embodiments, such as the form of a plate formed with a plurality of vents.

Figure 2 is an exploded perspective view according to an embodiment of the present invention, showing a ventilator 5 mounted inside the air control cylinder 42.

That is, the motor 51 and the fan 52 constituting the ventilation device 5 are mounted and operated in the axial direction of the air conditioner 42.

In addition, the operation of the ventilation device 5 is preferably to be able to operate in various forms depending on the situation, for example, when the air passage is opened by connecting to the operation handle 41 of the air conditioning cylinder 42 ( 51) by operating the fan 52 can be always forced to ventilated, it may be equipped with a separate control switch can be operated step by step ventilation.

In addition, the fan 52 has a plurality of circular diaphragm 54 is formed in the axial direction, the shaft mounting portion 53 is formed outside the diaphragm 54 at both ends, the adjacent diaphragm 54 is constant with respect to the central axis By mounting a fan formed at a predetermined interval on the circumference of the plurality of wings 55 having an inclination to minimize the flow of air when the fan 52 does not operate and to reduce the noise during operation Effect was achieved.

Figure 3a and Figure 3b is a cross-sectional view showing the operating relationship of the present invention, Figure 3a shows the flow of the wind when opening the air regulator 42, Figure 3b shows a state in which the air regulator 42 is closed.

That is, the operation handle 41 is connected to the rotary shaft of the air conditioning cylinder 42 so that the air conditioning cylinder 42 is opened and closed. At this time, the windbreaker 43 effectively blocks the air flow in the closed state and the It serves to facilitate the rotation of the air regulator (42).

In addition, the drawing is made to show the structure for ventilation as a drawing omitting the conventional frame structure for mounting the window and the user may be manufactured by changing the structure of the frame appropriately according to the type of the window to be mounted will be.

As described above, the present invention has an effect of allowing ventilation inside and outside the room to be vented to a window frame without opening the window, thereby stably venting without opening the window.

In addition, by attaching a fan inside, it is possible to obtain the effect of the exhaust fan forcibly discharging the indoor air or suck the external air.

In addition, by forming a protruding jaw on the front surface to prevent rainwater from invading from the outside even if the operation in bad weather and can have the effect of thermal insulation.

In addition, a plurality of vent holes are formed and the air purification filter is mounted to prevent the inflow of external dust, thereby improving indoor cleanliness.

Claims (5)

In the window frame (2) consisting of a wall (1) on which the window frame (2) is mounted, an upper and a lower frame mounted with a rail inside the wall (1), and a side frame mounted on both sides thereof; The wall (1) comprises a protruding jaw (11) extending downward from the outside of the upper wall; The upper frame 3 is formed by an outer vent part 31 which is connected inwardly upward from the bottom of the protruding jaw 11 and an operating knob 41 which is connected to the outer vent part 31 and protrudes inwardly. A ventilator 5 including an opening and closing part 4 to be opened and closed, an axial fan 52 connected to a motor 51 mounted above the opening and closing part 4, and a filter part 6 detachable to the outside. Ventilated window frame structure characterized in that it comprises an inner vent 32 to be mounted. 2. The opening and closing portion (4) is characterized in that the cylindrical both sides of the circumferential opposite sides are open and the other side is closed and the cylindrical air control cylinder (42) rotating in accordance with the operation of the operation knob (41) is interpolated. Ventilated window frame structure. 3. The ventilated window frame structure as claimed in claim 2, wherein the outer circumferential surface of the air conditioner (42) is configured to be in close contact with at least one windshield. The ventilated window frame structure as claimed in claim 1 or 2, wherein the ventilator (5) is configured to be mounted and operated in the axial direction of the air conditioner (42). According to claim 1, wherein the fan 52 has a plurality of circular diaphragm 54 is formed in the axial direction, the shaft mounting portion 53 is formed outside the diaphragm 54 at both ends, the adjacent diaphragm 54 is Ventilated window frame structure, characterized in that formed at regular intervals on the circumference of the plurality of wings (55) having a predetermined slope with respect to the central axis.