KR101636249B1 - Sunlight blocking apparatus for attaching at window - Google Patents

Abstract

A sun screening device for a window pane is disclosed.
A sunshield device for attaching a window pane, the sunshield device comprising: a sunblind body member having a back surface attached to a window pane; A first sunblind movable member slidable in a lateral direction from a front surface of the sunblind body member and capable of blocking sunlight; A second sunblind movable member capable of being slidably separated from the first sunblind movable member at the front surface of the sunblind body member and capable of blocking sunlight; And a third sunblind movable member that is slidable separately from the first sunblind movable member and the second sunblind movable member at the back of the sunblind body member and is capable of blocking sunlight.
According to the disclosed sunshade device for installing a windshield, since the interception device for windshield can be directly attached to a windshield, not a windshield frame of a building or a ceiling of a building, the distance between the windshield installation interception device and the windshield can be minimized, There is an advantage that the space between the windshield-mounting cut-off device and the windshield is heated by the sunlight, so that the phenomenon that the room temperature is raised can be minimized.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a sunlight blocking device for attaching a window,

The present invention relates to a sun screening device for a window pane.

The sunlight of the building can be transmitted through the glass window as it is, and the inside temperature can be raised more than necessary, so that the sunlight transmission needs to be cut off to a certain extent.

In order to block such sunlight, a blind used in a window frame or a ceiling of a building is widely used, and an example of such a blind is the following patent document.

However, according to the conventional sunblind device such as a blind, the blinds must be installed on a ceiling of a frame or a building in which a windshield is fitted, so that a certain distance is required between the blind and the windshield, and a space between the blind and the windshield There was a problem that the temperature inside the building was raised because it was heated by the sunlight.

Further, according to the conventional sunblind device such as a blind, it is not easy to adjust the shielding film in the right and left directions, and the thickness of the sunblind device itself is thick.

Registered Utility Model No. 20-0341283, Date of Registration: 2004.01.30., Name of Design: Horizontal blind with adjustable left and right width

It is an object of the present invention to provide a sun screening device for a window pane which can minimize a space between a window and a window.

Another object of the present invention is to provide a sun screening device for a window pane, which can easily adjust the barrier in the left and right direction and can minimize the thickness of the sunlight blocking device itself.

According to an aspect of the present invention, there is provided a sun screening apparatus for a window pane, comprising: a sun screen main body member having a back surface attached to a windshield; A first sunblind movable member slidable in a lateral direction from a front surface of the sunblind body member and capable of blocking sunlight; A second sunblind movable member capable of being slidably separated from the first sunblind movable member at the front surface of the sunblind body member and capable of blocking sunlight; And a third sunblind movable member that is slidable separately from the first sunblind movable member and the second sunblind movable member at the back of the sunblind body member and is capable of blocking sunlight.

According to one aspect of the present invention, since the interrupter for attaching a window can be directly attached to a window instead of a window frame of a building or a ceiling of a building, The space between the window pane and the windshield is heated by the sunlight so that the phenomenon of the room temperature rising can be minimized.

According to another aspect of the present invention, since the shielding films constituting the shielding device for attaching a windshield can be easily moved in the left and right directions without interfering with each other, the shielding film can be easily adjusted in the right and left directions, The first sun block member and the second sun block member are disposed on the front surface of the sun block member and the third sun block member is disposed on the back surface of the sun block member, The effect can be minimized.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a side view of an exploded view of a sun screen device for attaching a window according to a first embodiment of the present invention; FIG.
2 is a side view of a combined view of a sun protection device for a window pane according to a first embodiment of the present invention;
FIG. 3 is a front view of a sun screening device according to a first embodiment of the present invention; FIG.
FIG. 4 is a front view of a part of the sunlight cut-off screen of the sun screening device for attaching a window according to the first embodiment of the present invention. FIG.
FIG. 5 is a side view of a solar power generating member applied to a sunshade for attaching a window according to a second embodiment of the present invention. FIG.
6 is an enlarged view of a first sun block member that constitutes a sun block device for attaching a window pane according to a third embodiment of the present invention;
FIG. 7 is an enlarged view of a first sun block member that constitutes a sun block device for attaching a window according to a fourth embodiment of the present invention; FIG.
FIG. 8 is an enlarged view of a first sun block member that constitutes a sun block device for attaching a window according to a fifth embodiment of the present invention; FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a sun screen device for attaching a window according to embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a side view of an exploded view of a sun screening device for attaching a window according to a first embodiment of the present invention, and FIG. 2 is a perspective view of a sun screening device for attaching a sun screen according to a first embodiment of the present invention, FIG. 3 is a front view of a sun screening device for attaching a window according to a first embodiment of the present invention. FIG. 4 is a front view of a sun screening device for attaching a sun screen according to a first embodiment of the present invention. This is a front view of a part of the apparatus in which sunlight blocking films are overlapped.

1 to 4, a sun protection device 100 for attaching a window pane according to an embodiment of the present invention includes a sunlight blocking body member 110, a first sun block member 140, (130), and a third sun block member (120).

The sun shading device 100 for attaching a windshield can be freely attached to an arbitrary position of a windshield, and a plurality of windshields can be divided and attached. For example, two sunlight blocking devices 100 for attaching the windshield are applied, one is attached to the top of the windshield to cover the middle of the windshield, and the other is attached to the middle of the windshield, .

The sunblind body member 110 is made of a material selected from among ABS resin and nylon and the first sunblind movable member 140, the second sunblind movable member 130, The sunblind movable member 120 is made of a material selected from acetal resin and nylon. The sunblind body member 110, the first sunblind movable member 140, the second sunblind movable member 130, And a lubricating additive such as Teflon is added to the third sun protection member 120 during molding. In this case, the sunblind movable members 120, 130, and 140 can be smoothly moved without providing separate rollers or the like.

The sunlight blocking body member 110 is fixed to a back surface (a surface facing the windshield, hereinafter the same) attached to a windshield.

In detail, the sunlight blocking body member 110 includes a sunlight blocking main body 111 that can be freely positioned at an arbitrary position of the windshield, a rear surface of the sunlight blocking body 111, (Not shown) of the sunlight cut-off main body 111. The adhesive 112 is provided on at least one of the left and right sides of the sunlight cut-off main body 111, A first sunlight blocking hole 113 formed continuously long in the lateral direction and a second sunlight blocking hole 113 formed continuously and continuously in the forming direction of the first sunlight blocking hole 113 so as to communicate with the first sunlight blocking hole 113 A first sunlight shielding guide hole 114 formed in the sunlight shielding main body 111 and a long sunlight blocking guide hole 114 formed in the sunlight shielding main body 111. The first sunlight shielding guide hole 114 is formed at a predetermined depth below the first sunlight blocking hole 113, )of A second sunlight blocking hole 115 formed continuously and continuously in the lateral direction and a second sunlight blocking hole 115 formed continuously and continuously in the forming direction of the second sunlight blocking hole 115 so as to communicate with the second sunlight blocking hole 115 A second sunlight shielding guide hole 116 formed to be elongated in a longitudinal direction of the sunlight shielding main body 111 and a second sunlight shielding guide hole 116 formed in the rear of the sunlight shielding main body 111, A third sunlight blocking hole 117 formed to be continuously continuous in the lateral direction of the third sunlight blocking hole 117 and a third sunlight blocking hole 117 formed to communicate with the third sunlight blocking hole 117, And a third sunlight blocking guide hole 118 formed continuously and long.

The first sunlight blocking guide hole 114, the second sunlight blocking guide hole 116 and the third sunlight blocking guide hole 118 are formed in the first sunlight blocking hole 113, Hole 115 and the third sunlight intercepting hole 117 on the upper side and the lower side, respectively.

The first sun block member 140 is slidable in the lateral direction from the front surface of the sun block member 110 and is capable of blocking sunlight.

Specifically, the first sun block member 140 may include a first sun block movement body 141 that can be moved along the first sun block movement hole 113, A first sunlight blocking guide protrusion 142 protruding from the first sunlight blocking movement body 141 to be moved while being guided and moved along the first sunlight blocking guide hole 114, A first sunlight shielding film installation part 144 extending from the main body 141 and a first sunlight shielding film 145 installed on the first sunlight shielding film installation part 144.

The second sun block member 130 may be slidably separated from the first sun block member 140 at the front surface of the sun block member 110 to block sunlight.

In detail, the second sunblind movable member 130 includes a second sunblind movable body 131 that can be moved along the second sunblind movable hole 115, a second sunblind movable body 131, A second sunlight blocking guide protrusion 132 protruding from the second sunlight blocking movement body 131 to be moved along the second sunlight blocking guide hole 116 so as to be guided by the second sunlight blocking guide hole 116, A second sunlight shielding film installation part 134 extending from the main body 131 and a second sunlight shielding film 135 installed on the second sunlight shielding film installation part 134.

The third sunblind movable member 120 may be slidably moved separately from the first sunblind movable member 140 and the second sunblind movable member 130 on the back side of the sunshade body member 110 It can block sunlight.

In detail, the third sunblind shifting member 120 includes a third sunblind transfer moving body 121 that can be moved along the third sunblind transfer hole 117, a second sunblind transfer moving body 121, A third sunlight blocking guide protrusion 122 protruding from the third sunlight blocking moving body 121 and moved along the third sunlight blocking guide hole 118 to be moved while being guided by the third sunlight blocking guide hole 118, A third sunlight blocking film installation part 124 extending from the main body 121 and a third sunlight blocking film 125 installed in the third sunlight blocking film installation part 124.

Reference numerals 123, 133, and 143 denote the first sun blocking member 140, the second sun block member 130, and the third sun block member 120, respectively, Shielding moving main body 141, the second sun block blocking moving body 131, the second sun block blocking moving body 141, the second sun block blocking moving body 141, ) And the third sun shade moving body 121 are brought into an open state and then recovered to their original state.

In this embodiment, the first sun blocking member 140 and the second sun block member 130 are formed so as to prevent interference between the first sunlight blocking film 145 and the second sunlight blocking film 135 Respectively.

More specifically, the second sun blocking opening 115 is recessed relatively deeper than the first sun blocking opening 113, so that the first sun block member 140 and the second sun block member 115 The first sun blocking member 140 and the second sun block member 130 may be disposed at different heights so that the first sun block member 140 and the second sun block member 130 are not interfered with each other, It is possible to freely and freely move between the both side ends of the sunlight blocking body member 110. [ As shown in FIG. 3, each of the barrier films constituting the sun shade 100 for protecting a windshield may block the sunlight by covering the entire window, and may be partially or wholly overlapped with each other as shown in FIG. 4, It can also block sunlight.

As described above, since the sun shading device 100 for attaching the windshield can be directly attached to a windshield, not a windshield frame of a building or a ceiling of a building, the distance between the sunshade 100 for windshield mounting and the windshield can be minimized Therefore, the space between the sun shade 100 for windshield mounting and the windshield can be warmed up by the sunlight, so that the rise of the room temperature can be minimized.

In addition, since the barrier membranes constituting the sun shade 100 for attaching a windshield can be easily moved in the left and right directions without being interdependent with each other, it is possible to easily adjust the barrier in the left and right directions, ) And the second sun block member 130 are disposed on the front surface of the sun block member 110 and the third sun block member 120 is disposed on the rear surface of the sun block member 110, The thickness of the sunlight blocking device itself can be minimized.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a sun screen device for attaching a window according to another embodiment of the present invention will be described with reference to the drawings. In carrying out these explanations, the description overlapping with the content already described in the first embodiment of the present invention described above will be omitted and omitted here.

FIG. 5 is a side view of a solar power generating member applied to a sunshade for attaching a window according to a second embodiment of the present invention.

Referring to FIG. 5, the sun shading device 200 for attaching a window pane according to the present embodiment includes a solar power generating member 250 such as a solar power generating module that can generate sunlight.

The solar power generating member 250 may be disposed, for example, in the respective sun shade moving bodies 231 and 241. Of course, the plurality of solar power generating members 250 can be freely installed at arbitrary positions of the sun shade 200 for attaching the windshield.

In the following description, the first sunlight blocking guide protrusion is exemplarily shown and described, but such a city can be equally applied to other sunlight blocking guide protrusions.

6 is an enlarged view of a first sun block member that constitutes a sun block device for attaching a window according to a third embodiment of the present invention.

6, the first sunlight blocking guide protrusion 342 includes a first upper sunlight blocking guide sub-protrusion 341a formed at an upper end of the first sunlight blocking moving body 341, And a first lower sunlight blocking guide sub-protrusion 341b formed at a lower end of the first sunlight blocking guide main body 341. The first lower sunlight blocking guide sub-protrusion 341b includes a first upper sunlight blocking guide sub- Is relatively closer to the first sunlight shielding film than the first sunlight shielding film 341a.

The second sunlight intercepting guiding projections are formed at the upper end of the second sunblind-blocking moving body, and the second lower sunlight intercepting guide sub-protrusions formed at the lower end of the second sun block passage body And the second lower sun blocking guide sub-projection is formed to be relatively closer to the second sunlight shielding film than the second upper sunlight blocking guide sub-projection.

In addition, the third sunlight blocking guide protrusion may include a third upper sunlight blocking guide sub-projection formed on the upper end of the third sunlight blocking movable body, and a third lower sunlight blocking guide sub- projection formed on the lower end of the third sunlight blocking movement body. And the third lower sun blocking guide sub-projection is formed to be relatively closer to the third sunlight shielding film than the third upper sunlight blocking guide sub-projection.

When the sunlight cut-off moving body is moved by the load of each sunlight blocking membrane, each sunlight blocking body may be eccentrically moved. When the eclipse is severe, a deviation may occur. In this embodiment, Such eccentricity and thus disengagement can be prevented when formed together.

7 is an enlarged view of a first sun block member that constitutes a sun block device for attaching a window according to a fourth embodiment of the present invention.

7, in the present embodiment, the first upper sunlight blocking guide sub-projection, the second upper sunlight blocking guide sub-projection, and the third upper sunlight blocking guide sub-projection are respectively provided with a first sunlight shielding film, a second sunlight shielding film, The third sunlight blocking guide hole, the second sunlight blocking guide hole, and the third sunlight blocking guide hole, respectively, to prevent any deviation.

The first lower sunlight blocking guide sub-projection, the second lower sunlight blocking guide sub-projection, and the third lower sunlight blocking guide sub-projection have opposite sides facing the first sunlight shielding film, the second sunlight shielding film and the third sunlight shielding film, respectively The first sunlight blocking guide hole, the second sunlight blocking guide hole, and the third sunlight blocking guide hole.

FIG. 8 is an enlarged view of a first sun block member that constitutes a sun block device for attaching a window according to a fifth embodiment of the present invention.

8, in this embodiment, at least one of the interior of the first sun visor blocking moving body, the inside of the second sun visor blocking moving body, and the inside of the third sun visor blocking moving body is formed with a waste hole 543 for lightening, In order to prevent any deviation of the first sunlight blocking guide protrusion, the second sunlight blocking guide protrusion, and the third sunlight blocking guide protrusion, the first sunlight blocking movement body, the second sunlight blocking movement body, 3 elastic supporting member 560 such as a compression spring is provided to provide elasticity for maintaining the shape of the sun visor moving body.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and detail may be made therein without departing from the spirit and scope of the invention as defined by the following claims And can be changed. However, it is intended that the present invention covers the modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents.

According to an aspect of the present invention, there is provided a sunshade device for attaching a window pane, wherein the distance between the window pane and the sunshade device can be minimized, the shielding film can be easily adjusted in left and right directions, It is highly likely to use the award.

100: Sunlight blocking device for windows
110: sunlight blocking body member 120: third sunlight blocking movable member
130: second sun block member 140: first sun block member

Claims (8)

A sunlight blocking body member having a back surface attached to a windshield;
A first sunblind movable member slidable in a lateral direction from a front surface of the sunblind body member and capable of blocking sunlight;
A second sunblind movable member capable of being slidably separated from the first sunblind movable member at the front surface of the sunblind body member and capable of blocking sunlight; And
And a third sunblind movable member that is slidable separately from the first sunblind movable member and the second sunblind movable member at the back of the sunblind body member and is capable of blocking sunlight,
The sunshade body member
Sunlight blocking body,
An adhesive portion disposed on a back surface of the sun shade main body so as to be attached to the windshield,
A first sunlight cutoff hole formed in the front surface of the sunlight blocking body to be formed at a predetermined depth and continuously formed in a lateral direction of the sunlight cutoff body,
A first sunlight shielding guide hole formed to be continuous with the first sunlight shielding movement hole and formed to be continuous with the first sunlight blocking hole,
A second sunlight blocking movement hole formed in the front of the sunlight blocking body so as to be recessed at a predetermined depth below the first sunlight blocking movement hole and continuously formed in a lateral direction of the sunlight blocking body,
A second sunlight blocking guide hole formed to be continuous with the forming direction of the second sunlight blocking hole, the second sunlight blocking guide hole being formed to be continuous with the second sunlight blocking hole,
A third sunlight intercepting hole formed in the rear surface of the sunblock main body so as to be recessed at a predetermined depth below the second sunblocking moving hole and continuously formed in a lateral direction of the sunbreaker main body,
And a third sunlight blocking guide hole formed to be continuous with the formation direction of the third sunlight blocking hole, the third sunlight blocking guide hole being recessed to communicate with the third sunlight blocking hole,
The first sun shade moving member
A first sun block movement body that can be moved along the first sun block opening,
A first sunlight blocking guide protrusion protruding from the first sunlight blocking movable body to be moved while being guided by the first sunlight blocking guide body and being moved along the first sunlight blocking guide hole;
A first sunlight block installation part extending from the first sunlight blocking movement body,
And a first sunlight blocking film provided on the first sunlight blocking film installation portion,
The second sun shade moving member
A second sunblind movable body that can be moved along the second sunblind transfer hole,
A second sunlight blocking guide protrusion formed on the second sunlight blocking moving body so as to be moved while being guided by the second sunlight blocking guide body and being moved along the second sunlight blocking guide hole;
A second sunlight block installation part extending from the second sunlight blocking movement body,
And a second sunlight shielding film provided on the second sunlight shielding film installation part,
The third sun visor shifting member
A third sunblind movable body that can be moved along the third sunblind transfer hole,
A third sunlight blocking guide protrusion formed on the third sunlight blocking movable body so as to be moved while being guided by the third sunlight blocking guide body and being moved along the third sunlight blocking guide hole,
A third sunlight shielding film installation part extending from the third sunlight blocking movement body,
And a third sunlight blocking film provided on the third sunlight blocking film installation part. delete The method according to claim 1,
Wherein the first sun block member and the second sun block member are disposed in a stepped manner so that interference between the first sun block film and the second sun block film is prevented. The method according to claim 1,
The sunshade device for installing a windshield
And a sunlight generating member capable of generating electricity by using sunlight. The method according to claim 1,
The first sunlight blocking guide protrusion
A first upper sunlight blocking guide sub-projection formed on an upper end of the first sunlight blocking movable body,
And a first lower sun blocking guide sub-protrusion formed at a lower end of the first sun block member,
Wherein the first lower sunlight blocking guide sub-projection is formed to be closer to the first sunlight shielding film than the first upper sunlight blocking guide sub-
The second sunlight blocking guide protrusion
A second upper sunlight blocking guide sub-projection formed on an upper end of the second sunlight blocking movable body,
And a second lower sunlight shielding guide sub-protrusion formed at a lower end of the second sun light shielding moving body,
Wherein the second lower sun blocking guide sub-projection is formed so as to be closer to the second sunlight blocking film than the second upper sunlight blocking guide sub-
The third sunlight blocking guide protrusion
A third upper sunlight blocking guide sub-projection formed on an upper end of the third sunlight blocking movable body,
And a third lower sunlight blocking guide sub-protrusion formed at a lower end of the third sunlight blocking movement body,
Wherein the third lower sun blocking guide sub-projection is formed to be closer to the third sunlight blocking membrane than the third upper sunlight blocking guide sub-projection. 6. The method of claim 5,
The first upper sunlight blocking guide sub-protrusion, the second upper sunlight blocking guide sub-protrusion, and the third upper sunlight blocking guide sub-protrusion are provided on the first sunlight blocking film, the second sunlight blocking film and the third sunlight blocking film, The first sunlight blocking guide hole, the second sunlight blocking guide hole, and the third sunlight blocking guide hole, respectively,
The first sunlight blocking guide sub-projection, the second lower sunlight blocking guide sub-projection, and the third lower sunlight blocking guide sub-projection are provided on the first sunlight blocking film, the second sunlight blocking film and the third sunlight blocking film, Wherein the first sunlight blocking guide hole, the second sunlight blocking guide hole, and the third sunlight blocking guide hole are formed on opposite sides of the first sunlight blocking guide hole, the second sunlight blocking guide hole, and the third sunlight blocking guide hole, respectively. The method according to claim 1,
Wherein at least one of the inside of the first sun visor blocking moving main body, the inside of the second sun visor blocking moving main body and the inside of the third sun visor blocking moving main body is formed with a waste hole for lightening,
The first sunlight intercepting guide protrusion, the third sunlight blocking guide protrusion, and the third sunlight blocking guide protrusion, respectively, to prevent the first sunlight blocking guide protrusion, the second sunlight blocking guide protrusion, And an elastic providing member for providing elasticity for maintaining the shape of said third sun shade moving body is disposed. The method according to claim 1,
Wherein the sunlight blocking body member is made of a material selected from the group consisting of ABS resin and nylon,
Wherein the first sun visor blocking member, the second sun visor blocking member and the third sun visor blocking member are made of a material selected from acetal resin and nylon,
Wherein Teflon, which is a lubricating additive, is added during molding of the sunblind body member, the first sunblind movable member, the second sunblind movable member, and the third sunblind movable member.

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