JPH0328483A - Window guide device - Google Patents

Abstract

PURPOSE:To perform effective ventilation even when a wind direction is changed by a method wherein a pair of upper and lower support members are mounted to an outer wall extending along the longitudinal frame of a window, and a vertically long plate body is situated therebetween rotatably around a longitudinal axis and laterally movably. CONSTITUTION:A pair of upper and low support members 1 are mounted to an outer wall extending along the longitudinal frame of a window by means of a screw. A vertically long plate body 4 is rotatably and laterally movably mounted between the support members 1 and 1 through an arm member 2 formed with arm rods 2a and an triangular arm piece 2b. Through a link action, the plate body 4 are laterally moved to cover the opening part of a window, and through the change of the inclination angle of the plate body 4, indoor ventilation is practicable even when a wind direction is extended in parallel to a window. This constitution performs effective ventilation.

Description

Detailed Description of the Invention (Industrial Icheon!f) This invention provides a
This relates to a wind guide device M that is used by being attached to both sides.

(Prior Art) When ventilating a room by opening a window door, the conventional method was to adjust the opening degree of the glass door in consideration of the wind direction and wind strength.

(Problem to be solved by the invention) However, if the wind is blowing from somewhere, it is fine;
When the wind blows from the side, it is not possible to draw the wind into the room effectively.

Also, even if it comes from the IE side or diagonally,
When it was raining, the rain would blow into the room, so there was a problem that even the wind could not be brought into the room.

This Sakimei was created to solve these conventional problems, and no matter which direction the wind is blowing from or even if it is raining, the direction and strength of the wind can be detected through the window. To provide a wind guide device capable of effectively promoting ventilation in a room by controlling the part where a door is opened.

(Step f for solving .3 problems) This wind guide device provided by Yomei is installed on the outer wall along the vertical frame of the window frame [a pair of female holding members,
When the IL1 support member is attached to the outer wall, a pair of upper and lower arm members are attached to the support member via the vertical axis so as to rotate in the right direction, and a pair of upper and lower arm members are attached to the tip of both arm members via the vertical axis. It consists of a vertically long plate body that is rotatably attached.

(Function) The wind guide device L can be attached to one or both sides of a window frame by attaching its upper and lower support members to the outer wall along the vertical frame of the window frame.

The plate body of the device can be brought from a retracted position on the outer wall side to an extended position on the window frame side, or vice versa, by rotating the arm member.

If you open the window door by the width of the board in the extended position and rotate the board at the open part of the door to determine the angle, the wind will blow from directly in front of the window, diagonally in front, right next to it, etc. By controlling the direction and strength of the rain, it is possible to effectively ventilate the room, and it is also possible to block rain from blowing in.

[Embodiment] Fig. 1 shows a wind guide device 1 according to an embodiment of the present invention.
d is shown.

In IA,! ．． ! Is a pair of upper and lower support members that are attached to the outer wall along the vertical frame of the window frame. A is the insertion hole for the mounting screw. Reference numeral 2.2 denotes a pair of upper and lower arm members, which are attached to the support member 1.1 via the vertical shaft 3 so as to be able to rotate in the left-right direction when attached to the outer wall of the support member 1.1. . Reference numeral 4 denotes a vertically elongated plate with a curved cross section, which is rotatably attached to the distal ends of both arm members 2.2 via a vertical shaft 5.

1- The arm member 2.2 is attached to the support member 2.2 at the longitudinal axis 3.
It is composed of two parallel arm rods 2a, 2a attached to a triangular arm piece 2b attached to a vertical shaft 6.

Relative rotation between the arm rod 2a and the support member 1 around the vertical axis 3, relative rotation between the plate 4 and the triangular arm piece 2b around the vertical axis 5, and arm rod 2a around the vertical axis 6. The relative rotation between the triangular arm piece 2b and the triangular arm piece 2b is hard, and will not rotate unless a force of =1 is applied.

The wind guide device of the embodiment has the above structure, so the upper and lower support members! , 1 to the outer wall 8 along the vertical frame 7a of the window frame 7 as shown in FIG. 2, it can be attached to both sides of the window frame 7 as shown in FIG.

In the attached state, as shown in FIG. 2, by rotating the arm member 2, the plate 4 can be moved from the retracted position T on the outer wall 8 side to the advanced position S on the window frame 7 side, and vice versa. You can also bring it to

Of course, it is also possible to come to an intermediate position.

When ventilating the room, the window door 9 is opened to the extent equivalent to the width of the plate 4 at the advanced position S, and the plate 4 is rotated at the part where the door 9 is opened. (b) When the plate 4 is installed, it is made so that wind can be taken into the room, or the air inside the room can be exhausted using the wind. It will also help reduce the strength of the wind. If there is a risk of rain blowing in, try to block it.

Next, we will explain how to control the direction and strength of the wind by moving the plate 4 simultaneously, or how to block the wind and rain.
This will be explained using some examples shown in FIG.

(1) As shown in Fig. 4, when a relatively strong wind is blowing from the front (direction of arrow a), bring the two left and right plates 4 to position A with their convex surfaces outward, and By blocking the opening, the strength of the wind will be reduced, allowing the wind to be gently drawn into the room through the opening. Furthermore, when it is raining, the room can be ventilated while blocking the rain.

(2) Similarly, as shown in Figure 4, when the wind is blowing from the side (in the direction of arrow b), hold the two left and right plates 4 in position B with their convex surfaces outward to catch the wind. When it comes,
The wind can be taken into the room through the opening of the door 9. In this way, it is possible to efficiently bring in wind that would otherwise not be able to be taken into the room.

(3) As shown in Figure 5, if the wind is blowing from the horizontal direction (in the direction of arrow C), place the left plate 4 at position C 27 with the I+ side facing outward, and place the right plate 4 at position C 27. When the right plate 4 is brought to position D with its convex side facing inward, the inside of the right plate 4 has a positive pressure and the outside has a negative pressure, so that a small amount of wind can be brought into the room. On the other hand, since the inside of the left plate 4 has a negative pressure and the outside has a positive pressure, the indoor air can be exhausted little by little. As a result, indoor ventilation progresses slowly.

(4) When the wind blows from the diagonal iF-plane (in the direction of lost mark d) like the whistle 61'A, move the plate 4 of the left no-i to E.
If you place it in a position where it can catch the breeze, you can promote ventilation by letting even relatively cool breezes into the room.

(Effect of the invention) As explained above, according to this invention, the window opening L1
The structure allows the panels to move together on the outside of the room, so no matter which direction the wind is blowing from or even if it's raining, you can control the direction and strength of the wind and ventilate the room. can be effectively promoted.

4.1 Page 1 simple explanation W. I Im is a wind guide device according to an embodiment of the present invention; d is a perspective opening, 2nd and 3rd are a cross-sectional view and a front view showing the installed state of the device, 4th and 5th figures. and Fig. 6 is a cross-section diagram 1 for explaining the operation of the device.
It is a diagram.

!・・・・・・Supporting member 2...Arm member 4...Plate In the drawings, the same reference numerals represent the same or equivalent parts.

Recruiter: Misawa Homes Co., Ltd. Figure 4 Figure 6 2b

Claims (1)

[Claims] A pair of upper and lower support members are attached to the outer wall along the vertical frame of the window frame, and an upper and lower support member is attached to the same support member via the vertical axis so that they can rotate in the left and right direction when both support members are attached to the outer wall. A wind guide device consisting of a pair of arm members and a vertically long plate body rotatably attached to the tips of both arm members via a vertical axis.