KR100571065B1 - Rainwater screening structure for apartment houses - Google Patents

Abstract

The present invention relates to a rainwater screening screen structure for a multi-family house that allows to arbitrarily adjust the up and down position of the rainwater blocking film according to the reflection angle of the rain water splashing on the balcony railings, the rainwater blocking film 30 located behind the screen 23 A straight guide groove 22 for guiding up and down is formed on the left and right inner surface of the insect screen 20, and the latch storage chamber 34 with left and right sides is formed on the left and right sides of the edge 32 of the rainwater barrier 30. And a plurality of rocker arms 50 and 60 which form up-down symmetry in the latch storage chamber 34 by the pins 54 and 64, and the sector gears 52 and 62 rotated in engagement with each other. Rocker arms (50) and (60) are formed on the (50) and (60) so as to interlock with each other, and both ends of the locking springs (70) and (72) have an inner surface and a rocker arm (50) ( Interposed between the (60), the iron strip 40 is provided on the inner side of the linear guide groove 22, the magnet pieces 56, 66 that are adsorbed or detached from the iron strip (40) Installed at the ends of the rocker arms 50 and 60, the release arms 58 and 68, which are connected to the rocker arms 50 and 60 in a "V" shape, protrude outward from the latch storage chamber 34. .

Insect Screen, Balcony Balustrade, Rainwater, Water, Sunshade, Rainwater Barrier, Spring, Magnet, Rocker Arm

Description

Impermeable Insect Net Structure for Apartment House}

1 is a front view showing a rainwater screening insect net structure for a multi-unit housing according to the present invention

Figure 2 is an exploded perspective view showing a rainwater screening insect net structure for multi-unit housing according to the present invention

Figure 3 is a front sectional view showing a rainwater screening insect net structure for multi-unit housing according to the present invention

Figure 4 is an enlarged perspective view of the main portion showing the rainwater screening insect net structure for a multi-unit housing according to the present invention

Explanation of symbols on the main parts of the drawings

20: insect screen 22: straight guide groove

23: insect screen 24: cover for opening the home
26: positioning groove 28: positioning rib
30: rainwater barrier 32: border
33: sunshade 34: latch storage room
35: magnet bar 36: iron bar
40: steel strip 50,60: rocker arm
52,62: Sector Gear 54,64: Pin
56,66: magnet piece 58,68: release arm
70,72: Locking Spring

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The present invention relates to a rainwater screening insect net structure for the apartment house used to block rainwater splashing into the room by hitting the outer railings to the insect screen in the apartment house, and more particularly to the reflection angle of the rainwater splashing against the balcony railings. Accordingly, the present invention relates to a rainwater screening screen structure for a multi-family house that allows to arbitrarily adjust the vertical position of the rainwater barrier.

In general, balustrades are installed on the balconies of multi-unit houses, windows and doors are installed immediately behind the railings, and insect screens are installed on the windows to prevent the infestation of insects and insects in the summer and to allow ventilation.

However, the conventional insect screen does not have a structure that can block rainwater splashing on the balcony or indoors while hitting the upper rail and the lower rail in the rainy weather, so if the object is placed on the balcony, the window must be closed to prevent rain. I had it.

In addition, the conventional insect screen does not have a function to block sunlight, so when direct sunlight is introduced into the room there is a problem that not only causes glare by reflecting from various objects in the room, but also adversely affect the skin.

The present invention has been made to solve the above problems, the object is to block the rainwater splashing into the room after hitting the balcony railing, and also to adjust the position arbitrarily according to the rainwater splashing angle, which is introduced into the room It is to provide a rainwater screening screen structure for apartment houses that can block direct sunlight.

In order to achieve the object of the present invention, a straight guide groove for guiding the rainwater blocking membrane positioned behind the insect screen up and down is formed on the left and right inner surface of the insect screen, and the left and right sides of the latch storage chamber is formed on the left and right edges of the rain shield. And a plurality of rocker arms having an up-down symmetry installed in the latch storage chamber by pins, and sector gears that rotate to interlock with each other are formed in the rocker arms so that the rocker arms interlock with each other, and both ends of the locking springs are latched. Interposed between the inner surface of the seal and the rocker arm, install a metal strip inside the linear guide groove, install a magnet piece adsorbed or detached from the metal strip at the end of the rocker arm, and release arm connected to the rocker arm in a "V" shape. Is projected outward from the latch storage chamber to provide a rainwater screening net structure for an apartment.

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

As shown in FIGS. 1 to 4, a straight guide groove 22 for guiding the rainwater blocking membrane 30 positioned behind the insect screen 23 up and down is formed on the left and right inner surfaces of the insect screen 20. The left and right latch storage chambers 34 are formed on the left and right sides of the edge 32 of the rainwater barrier 30, and the plurality of rocker arms 50, 60 symmetrically up and down are pins 54, 64. Installed in the latch storage chamber 34, and the sector gears 52 and 62, which interlock and rotate with each other, are formed in the rocker arms 50 and 60 so that the rocker arms 50 and 60 interlock with each other. Both ends of the locking springs 70 and 72 are interposed between the inner surface of the latch storage chamber 34 and the rocker arms 50 and 60, and the iron strip 40 is installed inside the linear guide groove 22. The magnet pieces 56 and 66 which are adsorbed or detached from the steel strip 40 are installed at the ends of the rocker arms 50 and 60, and the release arms are connected to the rocker arms 50 and 60 in a "V" shape. 58) 68 protrudes outward from the latch storage chamber 34 The configuration server.

Here, the locking springs 70 and 72 are, for example, compression coil springs that repel between the inner wall surface of the latch storage chamber 34 formed on the edge 32 of the rainwater barrier 30 and the rocker arms 50 and 60. It may be configured, but is not necessarily limited to this type of spring.

The rainwater barrier membrane 30 is provided in plural, and the magnet bars 35 and the iron bars 36 are installed on the upper and lower sides of the edges 32 of the rainwater barrier membranes 30, respectively, and the rainwater barrier membranes 30 are separated from each other. Can be attached or detached.

In addition, the groove opening cover 24 having a split surface cut out toward the front from the inner corner portion of the linear guide groove 22 of the insect screen 20, the groove opening cover 24 and the insect screen 20 Are formed in each of the trapezoidal positioning grooves 26 and the positioning ribs 28, respectively.

That is, when the rainwater blocking membrane 30 is inserted into the linear guide groove 22 of the insect screen 20, the groove opening cover 24 is inserted in the separated state, and then the groove opening cover 24 is inserted into the insect screen ( 20 to prevent the rainwater blocking film 30 from being separated, and the positioning ribs 28 formed on the groove opening cover 24 have the insect repellent screen when the groove opening cover 24 is coupled to the insect screen 20. Is coupled to the positioning groove 26 formed in the mold 20 in the wedge shape so that the position of the groove opening cover 24 is accurately determined.

In addition, by installing a sunscreen 33 with a sunscreen film inside the edge 32 of the rainwater barrier 30, the rainwater barrier 30 can also be used as a sun shade.

In the drawings, reference numeral 80 denotes an upper rail of a balcony railing, 82 denotes a lower rail of a balcony railing, 90 denotes a window frame, and 92 denotes a glass window.

Hereinafter, the operation according to the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIGS. 1 to 4, the rainwater blocking membrane 30 is positioned in the linear guide groove 22 in the state where the groove opening cover 24 is separated from the insect screen 20, and then the groove opening cover. While aligning the positioning ribs 28 formed in the 24 with the positioning grooves 26 formed in the insect screen 20, the groove opening cover 24 and the insect screening mesh 20 are adhered to each other. While 24 is permanently coupled to the insect screen 20, the rainwater barrier 30 is not able to escape from the linear guide groove (22).

In this process, the trapezoidal positioning ribs 28 formed on the groove opening cover 24 and the trapezoidal positioning grooves 26 formed on the insect screen 20 have a wedge action when engaged. It will act to determine the position more precisely.

On the other hand, the rocker arms 50 and 60 installed in the latch storage chamber 34 of the rainwater barrier 30 are always subjected to elastic force by the locking springs 70 and 72 toward the steel strip 40. The magnet pieces 56 and 66 installed at the ends of the arms 50 and 60 are adsorbed by the metal strip 40 to fix the rocker arms 50 and 60 to the metal strip 40 and the rocker arms 50 and 60. ) Supports the rainwater blocking membrane 30 through the pins 54 and 64 so that the rainwater blocking membrane 30 is fixed to the steel band 40 by the attraction force of the magnet pieces 56 and 66. do.

When the rain rain barrier 30 is moved to a place where the upper rail 80 and the lower rail 82 are located in the rainy weather, the release arms 58 and 68 installed in the rain barrier 30 are left-handed. When holding the right hand with the index finger and thumb at the same time, the release arm 58, 68 is rotated about the pins 54, 64 to rotate the rocker arms 50, 60, wherein the locking spring ( 70 and 72 are compressed, and the magnet pieces 56 and 66 are separated from the metal strip 40 and unlocked.

In addition, the sector gears 52 and 62 formed on the rocker arms 50 and 60 evenly distribute the force acting on one side of the release arms 58 and 68 on both sides to distribute the rocker arms 50 to both sides. (60) acts to move simultaneously.

When holding the release arm (58) (68) as described above moves the rainwater blocking membrane 30 in the vertical direction, the rainwater blocking membrane 30 is a linear movement in the vertical direction by the guide of the linear guide groove 22, rainwater blocking membrane When the release arms 58 and 68 are held while the 30 is placed in front of the upper rail 80 and the lower rail 82 provided on the balcony railing, the release arms 58 and 68 are locked. It is rotated by the elastic restoring force of the springs 70 and 72, and the rainwater blocking membrane 30 is fixed while the magnet pieces 56 and 66 are attracted to the metal strip 40.

On the other hand, when rain rains on the balustrade, the upper rail and the lower rail splashes toward the interior, the rain water is reflected outside by the rain water barrier 30 located in front of the rain water to block the interior.

In addition, when the rainwater barrier 30 is moved to the uppermost side of the insect repellent screen 20, direct sunlight is blocked, and in particular, the iron bar 36 and the magnet bar provided on the upper and lower sides of the edge 32 of the rainwater barrier 30. The upper and lower rainwater blocking films 30 can be attached to each other by 35 so that no gap is generated between the upper and lower rainwater blocking films 30.

As described above, the present invention is configured to block rainwater splashing into the balcony or the interior through the insect screen while hitting the upper rail and the lower rail of the balcony railing, even if the rainwater window is opened even when the window is closed in rainy weather. It is effective to prevent splashing, and because the rainwater barrier can move freely to the place where the upper rail and the lower rail are located, the rainwater barrier can be freely moved up and down. The position of the rainwater barrier can be adjusted according to the angle of splashing, and the rainwater barrier can be used as a sun shader.

Furthermore, the present invention can simplify the combination of the rainwater barrier and the insect repellent screen, because it is configured to separate the groove opening cover when the rainwater barrier is combined with the linear guide groove of the insect repellent screen. And the trapezoidal positioning ribs and positioning grooves formed in the insect repellent mesh can make positioning easy and precise when assembling the groove opening cover, and the rocker arm is interlocked by the sector gear. Because of this, even if there is an imbalance in the force acting on both release arms there is an effect that can share the force evenly so that the movement occurs at the same time.

Claims (3)

Latch storage room 34 having a straight guide groove 22 for guiding the rainwater blocking membrane 30 located behind the insect screen 23 up and down on the left and right inner surfaces of the insect screen 20, and having the left and right sides open. Are formed on the left and right sides of the edge 32 of the rainwater blocking film 30, and a plurality of rocker arms 50, 60, which are vertically symmetrical, are installed in the latch storage chamber 34 by pins 54, 64, Sector gears 52 and 62 that rotate in engagement with each other are formed on the rocker arms 50 and 60 so that the rocker arms 50 and 60 interlock with each other and latch both ends of the locking springs 70 and 72. A magnet piece interposed between the inner surface of the storage chamber 34 and the rocker arms 50 and 60, and an iron strip 40 is provided inside the linear guide groove 22 and adsorbed or detached from the iron strip 40. (56) (66) are installed at the ends of the rocker arms (50) and (60), and the release arms (58) and (68) connected to the rocker arms (50) and (60) in the form of "V" form the latch storage room (34). For multi-family house, characterized in that protruding from the outside Rainwater screening structure. 2. The rainwater barrier membrane 30 is provided in plural, and the magnet bars 35 and the iron bars 36 are provided on the upper and lower sides of the edges 32 of the rainwater barrier membranes 30, respectively. Rainwater screening structure for MDU. According to claim 1, wherein the insect screen 20 is provided with a groove opening cover 24 having a split surface cut in the front from the inner corner of the linear guide groove 22, the groove opening cover 24 ) And insect repellent screen structure for a multi-family rainwater screening net, characterized in that formed by forming a trapezoidal positioning groove 26 and the positioning rib 28 in the screen (20).

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