KR200367645Y1 - Wind pressure protection apparatus which protects damages of glasses or windows from wind pressure - Google Patents

Abstract

The present invention relates to a wind pressure protection device for preventing the glass damage caused by the wind pressure or the door window swell due to the wind pressure. Wind pressure protector 1 according to the present invention has an upper opening and a lower opening for a longitudinally elongated housing 100, and the length adjustment is provided in the interior of the housing 100 and removable in the longitudinal direction through the upper and lower openings. Glass doors coupled to the auxiliary pipes 200a and 200b, fixing means 300a and 300b for fixing the auxiliary pipes 200a and 200b to the housing 100, and the auxiliary pipes 200a and 200b, respectively. Horizontal fixing tubes 400a and 400b fixed to the upper and lower chassis, the glass protective pad 500 adhered to one surface of the housing 100, and one surface of each of the fixing tubes 400a and 400b. It comprises a sash protection pad (600a, 600b) bonded to. The wind pressure protector has a simple configuration and can be easily used by anyone, but effectively prevents glass damage and door swelling due to wind pressure.

Description

Wind pressure protector to prevent glass damage caused by wind pressure or door swelling due to wind pressure {WIND PRESSURE PROTECTION APPARATUS WHICH PROTECTS DAMAGES OF GLASSES OR WINDOWS FROM WIND PRESSURE}

The present invention relates to a wind pressure protection device for preventing the glass damage caused by the wind pressure or the door window swell due to the wind pressure.

Typhoon is a tropical cyclone occurring in the western North Pacific where the maximum wind velocity near the center is accompanied by a strong storm of more than 17 m / s. According to statistics from the National Statistical Office, Korea is directly and indirectly affected by typhoons at a frequency of 3-5 times per year. The typhoon "Cicada" was accompanied by strong winds with a maximum wind speed of 50 m / s, which resulted in the damage of many household windows. The impact of typhoons is expected to increase gradually due to the effects of global warming and abnormal air currents, and the impact of winds accompanying typhoons is expected to gradually intensify.

Windshield breakage caused by typhoons or locally strong wind pressures not only interferes with dwellings, but sometimes can also cause personal injury due to glass fragments. Therefore, there is an urgent need for a protective device for preventing glass breakage or window closing from wind pressure. However, despite this request, such protective equipment is not known at present.

It is an object of the present invention to provide a wind pressure protection device for preventing glass damage or door swelling from wind pressure.

In order to achieve the object of the present invention, a longitudinally elongated housing having an upper opening and a lower opening, a length adjusting auxiliary tube provided inside the housing and removable in the longitudinal direction through the upper and lower openings, and the auxiliary tube A fixing means for fixing the to the housing, a transverse fixing tube coupled to each of the auxiliary tubes and fixed to upper and lower chassis provided with glass doors, and a glass protective pad bonded to one surface of the housing; Provided is a wind pressure protector comprising a sash protective pad adhered to one surface of a fixed tube.

The wind pressure protector has a simple configuration and can be easily used by anyone, while effectively preventing glass damage and window swelling due to wind pressure.

Figure 1 shows a side cross-sectional view of the wind pressure protector in a preferred embodiment of the present invention.

Figure 2 shows a front view of the wind pressure protector according to a preferred embodiment of the present invention.

The present invention relates to a wind pressure protection device, and to a wind pressure protection device for preventing glass breakage and door window swelling from strong wind pressure accompanying a typhoon. Preferred embodiments of the wind pressure protector according to the present invention is shown in Figures 1 and 2, where Figure 1 is a side cross-sectional view of the wind pressure protector in a preferred embodiment of the present invention, Figure 2 is a wind pressure according to a preferred embodiment of the present invention Front view of the protective equipment.

As shown in Figures 1 and 2, the wind pressure protector according to the present invention has an upper opening and a lower opening in the longitudinal direction of the housing 100, and provided inside the housing 100 and through the upper and lower openings Length-adjustable auxiliary tube (200a, 200b), the fixing means (300a, 300b) for fixing the auxiliary body (200a, 200b) to the housing 100 in the longitudinal direction, and the auxiliary tube (200a, 200b) coupled to each of the lateral fixing tube (400a, 400b) fixed to the upper and lower chassis installed in the glass door, the glass protective pad 500 adhered to one surface of the housing 100, and the respective fixed It comprises a chassis protective pads (600a, 600b) bonded to one surface of the tube (400a, 400b).

More specifically, the housing 100 has a tubular shape having an internal space, and the cross section has a rectangular shape. Two auxiliary pipes 200a and 200b are provided in the inner space of the housing 100. In addition, a glass protective pad 500 is attached to one outer surface of the housing 100. The auxiliary pipes 200a and 200b are inserted into and removed from the upper and lower openings of the housing 100, thereby achieving length adjustment. When appropriate length adjustment is made, fixing of the auxiliary pipes 200a and 200b to the housing 100 is performed by fixing means 300a and 300b (for example, fixing bolts). The fixing means (300a, 300b) is located on the opposite surface of the glass protective pad 500, to help the glass protective pad 500 in close contact with the glass. The glass protective pad 500 is formed of an elastic material such as rubber, and enables close contact with the glass and minimizes impact on the glass.

The auxiliary tubular bodies 200a and 200b are coupled with the fixed tubular bodies 400a and 400b in the lateral direction, and the fixed tubular bodies 400a and 400b are fixed to the upper and lower chassis. The fixed tube (400a, 400b) has a long shape in the transverse direction, which increases the contact area with the sash, and increases the fixing force of the wind pressure protector. Sash protection pads 600a and 600b are attached to one surface of the fixed tube 400a and 400b, and the chassis protection pads 600a and 600b are formed of an elastic material such as rubber. This prevents damage to the chassis due to long term installation of the wind pressure protector.

Hereinafter, the wind pressure protective device will be described in more detail with reference to production examples and installation examples.

Production Example

A 30 × 30 × 1500 mm tubular cuboid stainless steel having a thickness of 1.5 mm was used as the housing 100, and 30 × 30 × 1500 mm rubber having a thickness of 2 mm was attached to one surface of the housing 100. A glass protective pad 500 was formed on one surface of the housing 100. Two 25 × 25 × 750 mm tubular cuboid stainless steel plates having a thickness of 1.5 mm were inserted into upper and lower portions of the housing 100 and used as auxiliary pipes 200a and 200b. Four fixing bolts 300a and 300b are formed on the opposite surface on which the glass protection pad 500 is formed, whereby two auxiliary pipes 200a and 200b are fixed to the housing 100, respectively. Two 25 × 25 × 250 mm tubular cuboid stainless steel plates having a thickness of 1.5 mm were bonded to the centers of the auxiliary pipes 200a and 200b to form the fixed pipe bodies 400a and 400b. 25 × 25 × 250 mm rubber was attached to the outer surfaces of the fixed tubular bodies 400a and 400b to form sash protection pads 600a and 600b, respectively. Appearance In order to prevent the appearance damage by the internal space of the fixed tube (400a, 400b), the fixed tube (400a, 400b) was sealed using a pipe cap (700).

Example of installation

First, the glass protective pad 500 shown in FIG. 1 is disposed in contact with the glass surface. After the fixing bolt 300a is loosened, the auxiliary pipe 200a is pulled up to the upper side so that the glass protection pad 500 is positioned at the center of the glass, and then the fixing bolt 300a is locked. The chassis protection pad 600a attached to the fixed tube 400a is completely pushed into the upper chassis and the rail. Thereafter, after loosening the fixing bolt 300b, the auxiliary pipe 200b is completely pushed into the lower chassis and the rail to fix the chassis protection pad 600b attached to the fixing pipe 400b to the lower chassis. , Fastening the fixing bolt 300b to fix the auxiliary pipe 200b to the housing 100. If the glass protective pad 500 is not located at the center of the glass, the above steps are repeated and adjusted. When the installation is completed, tighten the four fixing bolts as much as possible.

Wind pressure protector according to the present invention can be expected to damage the window, the door spear and the resulting human injury due to three or more typhoons each year. In addition, the wind pressure protector according to the present invention has a simple configuration and can be easily used by anyone, but has the advantage of being able to effectively prevent glass damage and door swell due to wind pressure.

Claims (2)

A tubular housing 100 having an upper opening and a lower opening and having an elongated tube shape, and an auxiliary pipe for adjusting length 200a and 200b which is provided inside the housing 100 and is removable in the longitudinal direction through the upper and lower openings. And fixing means 300a and 300b for fixing the auxiliary pipes 200a and 200b to the housing 100, and fixed to the upper and lower chassis provided with glass doors and coupled to each of the auxiliary pipes 200a and 200b. Fixed transverse tubular body (400a, 400b), the glass protective pad 500 bonded to one surface of the housing 100, and the chassis protection pad bonded to one surface of each of the fixed tubular body (400a, 400b) Wind pressure protection device comprising 600a, 600b). The wind pressure protector according to claim 1, wherein the fixing means (300a, 300b) is a fixing bolt located on an opposite surface of the glass protective pad (500).