KR102051827B1 - Bathroom cabinet with lamp mirror - Google Patents

Abstract

A bathroom cabinet having a lighting mirror is disclosed. The bathroom cabinet with a lighting mirror according to the present invention includes a body formed in each of the front and rear storage spaces, and the door is slidably coupled to the body to open and close the storage space having an external mirror, The inner mirror is provided in the body, and the inner mirror is provided in any one of the storage spaces to prevent fogging, and the inner mirror is provided with an on-off switch and lighting means turned on and off by the switch. It is characterized by. According to the present invention, when the storage space of the bathroom cabinet is provided with a separate inner mirror different from the mirror is installed on the door to close the storage space with the door so that the steam is not frosted on the interior mirror, the user can use a mirror without the mist In addition, it is possible to provide an effect that the shadow is not generated on the image of the user reflected in the mirror by being provided with the illumination means prevented glare in the inner mirror.

Description

BATHROOM CABINET WITH LAMP MIRROR}

The present invention relates to a bathroom cabinet having an illumination mirror, and more particularly, to provide a double mirror to prevent fogging, as well as providing lighting so that no shadow is generated on the user's view of the mirror. A bathroom cabinet having a lighting mirror.

In general, the storage closet installed in the bathroom is configured to cut the frame of the flat plate to a predetermined dimension and to install a partition in the interior space to accommodate washbasin, towels, toilet paper and the like. Such a cabinet is installed in various open structures with doors for concealing the inside of the cabinet.

The door installed in the above-mentioned storage cabinet is usually divided into a sliding type and a sliding type according to the manner of opening and closing.

First, the opening and closing type hinge is hinged or the hinge is mounted, the door is opened and closed at a constant rotation radius from the front of the furniture to the front of the furniture starting from the hinge or hinge fixed part. Say

Accordingly, in the case of the opening and closing type, a certain radius of rotation that can be opened and closed by the width of the door has to be secured, which causes a significant limitation in the bathroom space.

On the other hand, in the sliding type is provided with a rail in the storage space of the furniture, each door is mounted on the rail is a way that the door is opened and closed by sliding along the rail. This will be described based on FIG. 1. 1 is a perspective view showing a conventional bathroom cabinet. Conventional bathroom cabinet 10 as shown in the figure is a shelf 11 is formed to accommodate a plurality of items used in the bathroom, the main body 12 having an open front, and the top plate 13 of the main body 12 ) And the upper rail 15 and the lower rail 16 installed in two rows on the lower plate 14 and the upper bracket 17 and the lower bracket (Sliding along the upper rail 15 and the lower rail 16) 18 and a door 19 installed at the upper bracket 17 and the lower bracket 18 and installed at the front of the main body 12.

The bathroom cabinet of such a structure can protect the articles stored in the storage space by sliding the door 19 to open and close the storage space in which the shelf 11 is installed.

However, the bathroom cabinet of such a structure, there is a problem that can not see the shaded part of the face brightly only by the lighting installed on the ceiling of the bathroom when using the mirror provided in the door because the lighting is not provided. That is, there is a problem in that the shadow of the user's image reflected in the mirror.

Korean Patent Utility Model No. 20-0458565 (notice date: 2012.03.14) is disclosed as a prior art to solve this problem. Such a bathroom cabinet could be expected to have the effect that the lamp is provided on both sides of the body so that the shadow does not occur on the mirror, but the exterior of the bathroom cabinet is not beautiful by being installed so that the lamp is exposed to the outside, In addition, since the door is composed of two, there is a problem that the structure is complicated and the manufacturing cost increases.

In addition, the bathroom cabinet according to the related art has a problem that the mirror is frosted when using the hot water in the bathroom by being configured so that the mirror is exposed to the outside.

. Korea Utility Model Registration No. 20-0458565 (Notification Date: 2012.03.14)

SUMMARY OF THE INVENTION An object of the present invention is to provide a means by which a mirror is provided in a bathroom cabinet so that steam is not frosted on an inner mirror.

Another object of the present invention is to provide a means by which illumination is provided on the inner mirror so that no shadow is generated on the image of the user reflected on the mirror.

In addition, the problem to be solved by the present invention is not limited to the above-mentioned technical problem, and other technical problems not mentioned are clearly to those skilled in the art from the following description. It can be understood.

The object, according to the present invention, includes a body which is formed in each of the front and rear storage spaces, and the door is slidably coupled to the body to open and close the storage space having an external mirror, the body The inner mirror is provided, the inner mirror is provided in any one of the storage space to prevent the fog, the inner mirror, the on and off switch and the lighting means that is turned on and off by the switch is provided It is achieved by a bathroom cabinet having an illumination mirror.

When the body is installed on the wall of the upper area of the sink, the inner mirror may be installed in the central area of the storage space to be located above the sink.

The storage space may be provided with an outlet so that the user can use the electrical appliance.

The storage space may be provided with a mounting member for mounting the accessory including a dryer used by the user.

In the storage space provided with the inner mirror, a shelf for storing the accessory may be provided respectively.

In the storage space, an inner storage space is formed by vertical partitions and shelves, and the inner mirror may be installed at an inlet of the inner storage space to open and close the inner storage space by having a hinge or a hinge.

The inner mirror is formed in a region other than the rear center region by removing the aluminum deposition layer by sanding so that a translucent or opaque light transmitting portion is formed in a pattern, a line or a figure, and the area where the light transmitting portion is formed or the rear surface of the inner mirror. A light diffusion film having a thickness of 90-110 μm having a diffusion ink layer formed thereon is attached thereto, and the lighting means includes an LED for emitting light emitted by the supplied power to the front of the inner mirror through the light transmitting part. It is made of a module, the LED module may be installed on the rear surface of the inner mirror to maintain a distance from the light diffusion film.

The LED module may be coupled to the rear surface of the inner mirror such that the distance from the light diffusing film is 15-20 mm, or may be coupled to the rear surface of the inner mirror by a gap retention housing or a case.

The LED module may be formed by alternately arranging white LED elements and yellow LED elements in a row in a bar-shaped PC.

The switch may include a touch switch electrically connected to the LED module, and may be installed in an aluminum deposition layer removing unit formed on a rear surface of the inner mirror.

The object includes, according to the present invention, a body having a storage space opened forward, and a door slidably coupled to the body to open and close the storage space having a first mirror, wherein the storage space, A closed storage space partitioned by a shelf and an open storage space without a shelf, wherein the aluminum deposition layer is removed by sanding in a region other than the rear center region of the first mirror, so that the translucent or opaque first The light transmitting part is formed in a pattern, a line, or a figure, and a second mirror is installed on an inner wall of the open storage space, and on the rear surface of the second mirror, an aluminum deposition layer is removed by sanding so that the second light is translucent or opaque. The transmission part is formed in a pattern, a line or a figure, and extends on one surface in the area where the second light transmission part is formed or the entire rear surface of the second mirror. An acid ink layer is formed, and a light diffusion film having a thickness of 90 to 110 μm is formed, and light emitted by the supplied power is emitted to the front of the second mirror through the second light transmitting portion, or When the door closes the open receiving space, an LED module for dissipating light passing through the second light transmitting part toward the front of the first mirror through the first light transmitting part is separated from the light diffusing film by 15-20 mm. The LED module is coupled to each other by a spacer or a case, and the LED module is formed by alternately arranging white LED elements and yellow LED elements in a row in a bar-shaped PC, and in the second mirror, the LED module and An on / off switch of an electrically connected touch structure is installed, the switch having an aluminum deposition layer formed on a rear surface of the second mirror. It is achieved by a bathroom mirror cabinet with lighting being installed in denial.

According to the present invention, when the storage space of the bathroom cabinet is provided with a separate inner mirror different from the mirror is installed on the door to close the storage space with the door so that the steam is not frosted on the interior mirror, the user can use a mirror without the mist It can provide an effect that can.

In addition, it is possible to provide an effect that the shadow is not generated in the image of the user reflected in the mirror by being provided with the illumination means prevented glare on the inner mirror.

In addition, the outlet and the accessory mounting member are provided in the storage space provided with an internal mirror, so that the user is not inconvenient to use the electrical appliance, and the user can easily mount the accessory such as a dryer in use to provide convenience to the user. It becomes possible.

1 is a perspective view showing a bathroom cabinet according to the prior art.
2 is a perspective view illustrating a bathroom cabinet having a lighting mirror according to a first embodiment of the present invention.
FIG. 3 is an exploded perspective view showing the inner mirror shown in FIG. 2.
4 is a cross-sectional view illustrating the inner mirror of FIG. 2.
FIG. 5 is a cross-sectional plan view illustrating a bathroom cabinet having an illumination mirror illustrated in FIG. 2.
6 is a perspective view illustrating a bathroom cabinet having a lighting mirror according to a second embodiment of the present invention.
7 is a perspective view illustrating a bathroom cabinet having a lighting mirror according to a third embodiment of the present invention.
FIG. 8 is a plan sectional view of a bathroom cabinet having the lighting mirror shown in FIG. 7.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, in describing the present invention, descriptions of already known functions or configurations will be omitted to clarify the gist of the present invention.

Of the accompanying drawings, Figure 2 is a perspective view showing a bathroom cabinet having a lighting mirror according to a first embodiment of the present invention, Figure 3 is an exploded perspective view showing the interior mirror shown in Figure 2, Figure 4 is a view It is sectional drawing which shows the internal mirror shown in FIG. 5 is a plan sectional view showing a bathroom cabinet having an illumination mirror shown in FIG. 2.

As shown in Figures 2 to 5, the bathroom cabinet having an illumination mirror according to the first embodiment of the present invention, the body 710 and the outer mirror, each having a storage space (S) opened in the front, respectively, 732 includes doors 730 slidably coupled to the body 710 to open and close each storage space S. In addition, an interior mirror 800 is provided in the storage space S of the body 710, and is provided in one of the storage spaces S to prevent fog. The internal mirror 800 is provided with an on-off switch SW and lighting means that are turned on and off by the switch SW.

This will be described in more detail.

The storage space S provided in the body 710 is opened and closed by the doors 730. The storage space S is partitioned by the vertical bulkheads 712 and the shelves 714. Various accessories may be stored in the shelf 714. Since the bathroom cabinet of such a structure is a known structure, detailed description thereof will be omitted.

The inner mirror 800 is supported by the vertical bulkhead 712 and the shelf 714, and is installed at the center of the storage space S. In particular, when the body 710 is installed on the wall 600 of the upper area of the sink 610, the inner mirror 800 is installed in the central area of the storage space (S) to be located above the sink (610). , This is to ensure that the sink 610 and the inner mirror 800 to match, to provide convenience to the user.

That is, the user using the wash basin 610 is to be able to use the inner mirror 800 immediately, in particular, when using the hot water in the closed state (S) to the door 730, the door 730 When the steam is frosted on the outer mirror 732 provided in the user in this state to open the storage space (S) by sliding the steamed door 730 to shave, etc., the steam is not frosted Since the interior mirror 800 of the state appears, the user can use the inner mirror 800 is not frosty. At this time, since the inner mirror 800 is located at the position corresponding to the wash basin 610 used by the user, that is, the upper part of the wash basin 610, the user shaves while watching the inner mirror 800 which is not steamed without inconvenience, You can wash your face or put on makeup.

On the other hand, the storage space (S) is provided with devices for providing convenience to the user. That is, the storage space (S), the outlet 750 is provided so that the user can use the electrical appliance, the mounting member 760 for mounting the accessory including the dryer used by the user is provided with each. Since the outlet 750 is provided in the storage space S, the user can quickly and easily use the electrical appliance, and the outlet 750 is exposed to moisture when the door 730 is closed in the storage space S. It will not be exposed.

In addition, the mounting member 760 is provided, it is possible to provide a variety of convenience to the user. For example, when the user uses the dryer for a while, the user can mount the dryer on the mounting member 760 to provide convenience to the user.

On the other hand, the internal mirror 800 has the following structure.

As shown in FIG. 3, the aluminum deposition layer 820 is removed by sanding in a region other than the rear center region C of the inner mirror 800, so that the translucent or opaque light transmitting portion 830 is patterned or lined. Alternatively, the light diffusion film 200 having a thickness of 90 to 110 μm is formed by forming a figure and having a diffusion ink layer 210 formed on the entire surface of the inner mirror 800 or the region where the light transmitting part 830 is formed. Here, the light transmitting part 830 may be formed in various arbitrary shapes.

At this time, the aluminum deposition layer 820 can be removed with a chemical, but in this case various problems, including environmental pollution occurs, it is preferable to remove the aluminum deposition layer 820 by an environmentally friendly sanding operation.

The light diffusion film 200 is made of polyester, and is formed to have a thickness of 90 to 110 μm, and one surface of the diffusion ink layer 210 is formed by applying diffusion ink. The light diffusing film 200 is intended to diffuse the light generated by the LED module 300 as a lighting means to be irradiated to the light transmitting portion 830. As such, the light diffusing film 200 is attached to the rear surface of the inner mirror 80 and the light transmitting part 830 is formed so that glare does not occur on the front surface of the inner mirror 800 while the LED module 300 is turned on. In addition, the LED module 300 is not displayed through the light transmitting part 830 on the front surface.

In this case, when the light diffusion film 200 is 90 μm or less, light transmittance is high and glare is generated, and light diffusion is low, and when the thickness is 110 μm or more, the thickness is good but the transmittance is low. Therefore, the thickness of the light diffusion film 200 is preferably set to approximately 100 μm.

The lighting means provided on the rear surface of the above-described inner mirror 800, so that the light emitted by the supplied power is emitted to the front of the inner mirror 800 through the light diffusion film 200 and the light transmitting portion 830. It consists of an LED module 300 for.

The LED module 300 is installed on the rear surface of the inner mirror 800 to maintain a distance from the light diffusion film 200.

That is, the LED module 300 is coupled to the rear surface of the inner mirror 800 such that the distance from the light diffusing film 200 is 15-20 mm, or the inner mirror 800 by the gap holding or case 400. Will be coupled to the back of the. In the present embodiment will be described on the basis of being coupled to the rear surface of the inner mirror 800 by the case 400.

As such, the installation of the LED module 300 such that the distance L between the light diffusing film 200 and the LED module 300 is 15 to 20 mm is caused by the heat generated by the LED module 300. In order to prevent the 200 from being damaged and to identify each of the LED elements 310 and 320 of the LED module 300 in front of the inner mirror 800.

If the distance L between the LED module 300 and the light diffusing film 200 is close to 15 mm or less, each LED element 310 or 320 becomes discernible from the front surface of the inner mirror 800. Keep at least 15mm. That is, when the distance between the light diffusion film 200 and the LED module 300 is close to 15 mm or less, when the LED module 300 is turned on, each of the LED elements 310 and 320 appears in a dot manner in front of the inner mirror 800. As it becomes visible, not only the aesthetics are harmed, but light diffusion is insufficient, causing glare. In addition, when the distance (L) between the light diffusion film 200 and the LED module 300 is greater than 20mm, as described above, the LED elements 310 and 320 are not identified from the front surface of the inner mirror 800, The brightness of the LED module 300 is reduced. That is, when the distance L between the light diffusion film 200 and the LED module 300 is greater than 20 mm, the LED module 300 becomes dark in brightness. Therefore, the distance L between the light diffusion film 200 and the LED module 300 is preferably set to a distance L of 17 mm.

Meanwhile, as shown in FIG. 3, the LED module 300 is formed by alternately arranging the white LED elements 310 and the yellow LED elements 320 in a row on the bar-shaped PCB 330.

This will be described in more detail. The LED module 300 is composed of a bar-shaped PCB 330 having a predetermined width and length, and the white LED device 310 and the yellow LED device 320 are provided in one row based on the length of the PCB 330. 2 to 5 lines are arranged, and the white LED elements 310 and the yellow LED elements 320 are alternately arranged. If the LED elements 310 and 320 are arranged in two to five lines, in particular two lines, the white LED elements 310 and the yellow LED elements 320 are arranged in a zigzag as shown in FIG. When the device 310 emits light or when the yellow LED device 320 emits light, the light diffusion is uniform.

In other words, when the user selects the white LED element 310 or selects the yellow LED element 320 to emit light, the entire light transmitting part 120 is illuminated by the light of the selected LED element 310 or 320 so as to be diffused. It is to. If the white LED element 310 and the yellow LED element 320 are arranged in a straight line, when the white LED element 310 or the yellow LED element 320 is turned on, only one side of the light transmitting part 120 may emit light. There is a problem that only one side of the light is diffused. Therefore, as described above, the white LED elements 310 and the yellow LED elements 320 are arranged in a zigzag.

On the other hand, the internal mirror 800, the touch type switch 810 electrically connected to the LED module 300 is installed. The switch 810 is provided in the aluminum deposition layer removing unit 812 formed on the rear surface of the inner mirror 800.

In other words, the touch type switch 810 for controlling (on / off) the LED module 300 is provided at a specific position of the inner mirror 800, and the switch 810 of the inner mirror 800 A portion of the aluminum deposition layer 820 deposited on the rear surface is removed by sanding to form the aluminum deposition layer removal unit 812, and then installed to be electrically connected to the LED module 300 in the removal unit 812. The switch 810 is configured to control the LED module 300 on / off by detecting a touch by the user, and sequentially turns on the white LED element 310 according to the number of times the user touches the yellow LED element 320. ) Is turned on. The switch 810 is intended to provide convenience to the user, and in particular, since the LED module 300 includes the white LED elements 310 and the yellow LED elements 320, the user switches the touch type switch ( 810 can be operated to select white light or yellow light.

On the other hand, although not shown in the figure, a switch of another structure may be installed in the body 710. That is, a mechanical switch may be installed in the body 710.

The operation of the bathroom cabinet having an illumination mirror configured as described above will be described.

2 to 5, the bathroom cabinet having a lighting mirror according to the first embodiment of the present invention, the interior mirror 800 having the lighting means in the accommodation space (S) of the body 710 the door It is provided separately from the external mirror 732 provided in the (730). Therefore, when the receiving space S is closed by the door 730, the inner mirror 800 is blocked from the outside by the door 730.

As such, while the door 730 is closed to close the accommodation space S, water vapor is generated when the user uses hot water in the bathroom. Since the generated water vapor is formed on the outer mirror 732 surface of the doors 730, the user's image is blurred. That is, since the generated water vapor is formed in the external mirror 732 by taking a shower in the bathroom or washing with hot water, the user is unable to identify his image through the external mirror 732.

In this state, when the door 730 is opened, the inner mirror 800 which is not affected by water vapor is exposed. As described above, since the inner mirror 800 located in the accommodation space S closed by the door 730 is not lathered, the user can check his image through the inner mirror 800.

That is, in the state where the outer mirror 732 and the inner mirror 800 are provided in the body 710, when the steam is generated and the steam in the outer mirror 732 is wet, the user opens the door 730 to steam. This non-frosty interior mirror 800 can be used, so that the convenience can be remarkably improved.

In particular, the inner mirror 800 is provided with a lighting means that does not generate the above-described glare, when the user looks at the inner mirror 800, generated in the front, bottom, left, right directions of the inner mirror 800 Since the light of the luminaire shines on all four sides of the face, the shadows reflected on the inner mirror 800 are not generated, and the user can fix the makeup or shave in a bright state. That is, when the LED module 300 is turned on, the light having the linearity generated by the LED module 300 is sufficiently diffused while passing through the diffusion ink layer 210 and the light diffusion film 200 and finally the surface is sanded by sanding. Since the light is diffused while passing through the rough second light transmitting part 120 to the user in front of the inner mirror 800, the glare is not generated to the user, and the light without the glare is not included in each of the inner mirrors 800. Since it is reflected to the user in the edge area, no shadow is generated on the image reflected on the inner mirror 800.

On the other hand, the outlet 750 is provided in the accommodation space (S), the user can easily use the electrical appliance. In addition, since the mounting member 760 is provided, the user may walk and hold the mounting member 760 for a while while using a product such as a dryer, thereby increasing convenience.

6 is a perspective view illustrating a bathroom cabinet having a lighting mirror according to a second embodiment of the present invention.

As shown in FIG. 6, the bathroom cabinet having the lighting mirror according to the second embodiment has an interior storage space by a vertical partition 712 and shelves 714 in the storage space S of the body 710. S2 is formed, and the inner mirror 800 is the same as the above-described embodiment except that it is provided at the entrance of the inner storage space (S2) to open and close the inner storage space (S2) with a hinge or a hinge.

As such, since the inner mirror 800 is configured to open and close the inner storage space S2, various accessories may be stored in the inner storage space S2, and thus the utilization of the bathroom cabinet may be improved.

Of the accompanying drawings, Figure 7 is a perspective view showing a bathroom cabinet with a lighting mirror according to a third embodiment of the present invention, Figure 8 is a plan sectional view showing the bathroom cabinet with a lighting mirror shown in FIG.

As shown in FIG. 7 and FIG. 8, the bathroom cabinet 700 having an illumination mirror according to the third embodiment includes a body provided with a second mirror 100 on an inner wall of the storage space S opened forward. 710 and the first mirror 720 is configured to include a door 730 slidably coupled to the body 710 to open and close the storage space (S).

 This will be described in more detail.

The storage space S of the bathroom cabinet 700 includes a closed storage space S1 partitioned by a plurality of shelves, and an open storage space S2 having a structure in which the shelves are not provided and opened forward. The closed storage space S1 and the open storage space S2 may be opened and closed by the door 730. However, the door 730 mainly opens and closes the closed storage space S1. This is because various items including towels are stored and stored in the closed storage space S1. The open storage space S2 stores frequently used items.

The first mirror 732 constituting the door 730 is supported by the door frame 734. In particular, in the region except for the rear center region C of the first mirror 732, for example, the edge region, the aluminum deposition layer 736 is removed by sanding, so that the translucent or opaque first light transmitting portion 738 is formed. Is formed. The aluminum deposition layer 736 is removed by sanding to form a first light transmitting part 738 having an irregular surface, and the first light transmitting part 738 is formed of various patterns, lines, or shapes. In the present embodiment, the first light transmitting part 738 will be described based on a line shape.

In the present embodiment, the first light transmitting part 738 is formed by sanding, but the present invention is not limited thereto, and the aluminum deposition layer 736 may be formed by removing a chemical. However, in this process, since a toxic substance that pollutes the environment is used, the first light transmitting portion 738 is preferably formed by a sanding operation.

The second mirror 100 is installed on an inner wall of the open storage space S2. As shown in FIG. 3, the second mirror 100 has the aluminum deposition layer 110 removed by sanding on the back surface, especially in the peripheral region except the central region, so that the second light transmitting portion 120 that is translucent or opaque is formed. Is formed. The second light transmitting part 120 may be formed of various patterns, lines, or figures. That is, it can be formed in any shape.

On the rear surface of the second mirror 100, the light diffusing film 200 is attached to the region where the second light transmitting part 120 is formed or the entire rear surface of the second mirror 100. The diffusion ink layer 210 is formed on one surface of the light diffusion film 200. The light diffusion film 200 is made of polyester. Since the diffusion ink layer 210 is formed on the light diffusion film 200, the light generated by the LED module 300 is transmitted through the second light transmitting part 120 so that glare is not generated.

The LED module 300 is installed on the rear surface of the second mirror 100. The LED module 300 allows the light emitted by the supplied power to pass through the light diffusion film 200 and the second light transmitting part 120 in order to diverge to the front of the second mirror 100, and the door ( When the light source 730 moves toward the front of the open storage space S2 and closes the open storage space S2, the light passing through the second light transmission portion 120 passes through the first light transmission portion 738 to the first mirror 732. To diverge forward).

The LED module 300 is coupled to the rear surface of the second mirror 100 such that the distance from the light diffusing film 200 is 15-20 mm, or the second mirror 100 is formed by the gap holder or the case 400. Is coupled to the back of the. In the present embodiment, the case 400 is configured to be coupled to the rear surface of the second mirror 100 in a state of being coupled inside the case 400 accommodating the LED module 300.

As such, the installation of the LED module 300 such that the distance L between the light diffusing film 200 and the LED module 300 is 15 to 20 mm is caused by the heat generated by the LED module 300. In order to prevent the 200 from being damaged and to identify each of the LED elements 310 and 320 of the LED module 300 in front of the second mirror 100.

If the distance L between the LED module 300 and the light diffusing film 200 is close to 15 mm or less, each of the LED elements 310 and 320 becomes discernible from the front surface of the second mirror 100 and thus the distance ( Hold L) at least 15mm. That is, when the distance between the light diffusing film 200 and the LED module 300 is close to 15 mm or less, when the LED module 300 is turned on, each of the LED elements 310 and 320 in the dod manner in front of the second mirror 100 is turned on. Because it appears and is identified, not only the aesthetics are hurt, but also light diffusion is insufficient, causing glare. In addition, when the distance L between the light diffusing film 200 and the LED module 300 is greater than 20 mm, the LED elements 310 and 320 are not identified on the front surface of the mirror 100 as described above. The brightness of module 300 is reduced. That is, when the distance L between the light diffusion film 200 and the LED module 300 is greater than 20 mm, the LED module 300 becomes dark in brightness. Therefore, the distance L between the light diffusion film 200 and the LED module 300 is preferably set to a distance L of 17 mm.

The thickness of the light diffusion film 200 is made of 90-110㎛. If formed to a thickness of 90㎛ or less low light diffusion, when thick to 110㎛ or more, the diffusion is good but the transmittance is low, there is a problem that the brightness is dark. Therefore, the thickness of the light diffusion film 200 is preferably set to approximately 100 μm.

Meanwhile, as shown in FIGS. 3 and 8, the LED module 300 is formed by alternately arranging the white LED elements 310 and the yellow LED elements 320 in a row in the bar-shaped PCB 330. .

This will be described in more detail. The LED module 300 is composed of a bar-shaped PCB 330 having a predetermined width and length, and the white LED device 310 and the yellow LED device 320 are provided in one row based on the length of the PCB 330. 2 to 5 lines are arranged, and the white LED elements 310 and the yellow LED elements 320 are alternately arranged. If the LED elements 310 and 320 are arranged in two to five lines, in particular two lines, the white LED elements 310 and the yellow LED elements 320 are arranged in a zigzag as shown in FIG. When the device 310 emits light or when the yellow LED device 320 emits light, the light diffusion is uniform. That is, when the user selects the white LED element 310 or selects the yellow LED element 320 to emit light, the entire second light transmitting part 120 is illuminated by the light of the selected LED element 310 or 320 so as to be diffused. It is to. If the white LED element 310 and the yellow LED element 320 are arranged in a straight line, when the white LED element 310 or the yellow LED element 320 is turned on, only one side of the light transmitting part 120 may emit light. There is a problem that only one side of the light is diffused. Therefore, as described above, the white LED elements 310 and the yellow LED elements 320 are arranged in a zigzag.

The second mirror 100 is provided with a touch switch 340 electrically connected to the LED module 300, the touch switch 340, as shown in Figure 8 on the back of the second mirror 100 It is installed in the aluminum deposition layer removing unit 112 formed.

In other words, the touch type switch 340 for controlling (on / off) the LED module 300 is provided at a specific position of the second mirror 100, and the touch type switch 340 is the second mirror. A portion of the aluminum deposition layer 110 deposited on the rear surface of the 100 is removed by sanding to form the aluminum deposition layer removing unit 112, and then electrically connected to the LED module 300 to the removing unit 112. To install. The switch 340 is to control the LED module 300 by the user to sense the touch, the white LED element 310 is sequentially turned on, the yellow LED element 320 is turned on according to the number of times the user touches It is configured to be. In addition, the switch 340 is provided to provide convenience to the user, and in particular, since the LED module 300 includes the white LED elements 310 and the yellow LED elements 320, the user may change the touch type switch ( 340 can be operated to select white light or yellow light.

On the other hand, although not shown in the figure, a switch of another structure may be installed in the body 710.

The operation of the bathroom cabinet 700 having the lighting mirror according to the third embodiment configured as described above will be described. As shown in FIG. 8A, when the door 730 is located in front of the closed storage space S1 and the closed storage space S1 is closed, the LED is operated by the touch switch 340. When the module 300 emits light, the light of the LED module 300 is diffused by the diffusion ink layer 210 of the light diffusion film 200 and then through the second light transmitting part 120 of the second mirror 100. The light is diffused to the front of the second mirror 100.

Therefore, since light is emitted from all sides of the face of the user located in front of the second mirror 100, no shade (shading) is generated on the face.

That is, as shown in (a) of FIG. 3 and FIG. 8, the second light transmitting part 120 is formed in the peripheral area except for the rear center area of the second mirror 100, and the second light transmitting part 120 is formed. As the LED module 300 is disposed at a position corresponding to the LED module 300, light is shined forward from the entire peripheral area except the center area of the second mirror 100, and thus the user looking at the second mirror 100. Before and after the face, the light is shining on the left and right sides so that the user can see the bright face without the shade.

In other words, when the LED module 300 is turned on, the light having the linearity generated by the LED module 300 passes through the diffusion ink layer 210 and the light diffusion film 200 to be sufficiently diffused, and finally to the sanding. As a result, the surface is diffused while passing through the rough second light transmitting part 120 to be reflected onto the front surface of the second mirror 100, so that the glare is not generated to the user, and the light from which the glare is excluded is reflected from the second mirror 100. Since it is reflected to the user at each edge area of the), no shadow is generated on the image reflected on the second mirror 100.

And, since the open storage space (S2) is not divided into a shelf or a partition, it can not only store a relatively large object but also give the user an open feeling.

On the other hand, as shown in (b) of FIG. 8, when the door 730 is located in front of the open storage space (S2) in the state that the LED module 300 is lit, it is generated from the LED elements (310, 320) The light is first diffused while passing through the diffusion ink layer 210, and the light diffused primarily by the diffusion ink layer 210 is secondarily diffused while passing through the light diffusion film 200, and then a second mirror ( The light reaches the first light transmitting part 738 formed in the first mirror 732 while being diffused while passing through the second light transmitting part 120 of the 100. In this process, the light reaching the first light transmitting part 738 and passing through the first light transmitting part 738 is shined toward the front of the first mirror 730.

Therefore, even though the first mirror 732 or the door 730 is not provided with the light, the light is emitted through the first light transmitting part 738, so that the aesthetics of the door 730 may be improved, and the user may be provided with the light. Can be used like a mirror.

Particularly, when the first light transmitting part 738 is made of a flower pattern or the like, light diffusion occurs in the flower pattern of the first light transmitting part 738, so that when the first light transmitting part 738 is viewed from the front of the door 730, Floral patterns appear sharp at the edges, enhancing the appearance.

As described above, the second light transmitting part 120 is formed on the second mirror 100 and the LED module 300 is provided on the rear surface thereof, thereby providing convenience to the user without harming the aesthetics of the bathroom cabinet 700. In addition, since the light is shining forward in the entire peripheral area except the central area of the second mirror 100, the user can obtain an image in which no shadow is generated.

While specific embodiments of the invention have been described and illustrated above, it is to be understood that the invention is not limited to the described embodiments, and that various modifications and changes can be made without departing from the spirit and scope of the invention. It is self-evident to those who have. Therefore, such modifications or variations are not to be understood individually from the technical spirit or point of view of the present invention, the modified embodiments will belong to the claims of the present invention.

200: light diffusion film 300: LED module
600: wall 610: wash basin
710: body 730: door
732: outside mirror 750: outlet
760: mounting member 800: inner mirror
S: Storage space S2: Internal storage space

Claims (10)

delete delete delete delete delete delete delete delete delete A body having a storage space opened forward, and a door slidingly coupled to the body to open and close the storage space having a first mirror,
The storage space is composed of a closed storage space partitioned by a shelf, an open storage space without a shelf,
In the region except the rear center region of the first mirror, the aluminum deposition layer is removed by sanding so that the translucent or opaque first light transmitting portion is formed in a pattern, line or figure.
A second mirror is installed on an inner wall of the open storage space, and on the rear surface of the second mirror, an aluminum deposition layer is removed by sanding so that a translucent or opaque second light transmitting part is formed in a pattern, line or shape. A diffusion ink layer is formed on one surface of the region where the second light transmitting portion is formed or the entire rear surface of the second mirror, and a light diffusion film having a thickness of 90 to 110 μm is formed of polyester, and the light emitted by the supplied power is When the light is emitted toward the front of the second mirror through the second light transmitting part, or when the door closes the open receiving space, the light passing through the second light transmitting part is forward of the first mirror through the first light transmitting part. The LED module to be emitted to the light is maintained by the gap and the case to maintain a gap of 15-20mm with the light diffusing film,
The LED module is formed by alternately arranging white LED elements and yellow LED elements in a row in a bar-shaped PC,
The second mirror, a switch for the on-off of the touch structure electrically connected to the LED module is installed, the switch, characterized in that the switch is provided on the aluminum deposition layer removing portion formed on the back of the second mirror,
Bathroom cabinet with light mirror.

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