KR102625141B1 - Ramp directly attached on ceiling - Google Patents

Abstract

The present invention attaches and detaches the cover to the body of the direct light using magnetic force when attaching or detaching the cover to the body of the direct light installed on the ceiling, making attachment and detachment of the cover easy. The installation work of direct ceiling lights installed on the ceiling and the repair workability of lighting modules can be greatly improved. In addition, since the magnet of the magnet attachment/detachment device is pressed with the fastening piece as the axis or moves in the left and right directions, the horizontal condition of the ceiling surface is uneven. Even if the horizontal state of the installed direct-mounted light body is uneven, the occurrence of gaps can be prevented in advance by preventing the cover and the direct-mounted light body from lifting. Since the creation of gaps between the direct-mounted light body and the cover is prevented, the light from the lighting module is strong. A direct ceiling light that does not come out and can create a beautiful overall appearance of the direct ceiling light has been introduced.

Description

Ceiling direct lighting {RAMP DIRECTLY ATTACHED ON CEILING}

The present invention relates to a direct-mounted ceiling light, and more specifically, to enable easy attachment and detachment by the magnetic force of a magnet when attaching a cover to the body of a direct-mounted light or separating a cover from the body of a direct-mounted light. This relates to a direct-mounted ceiling light in which the main body is firmly attached without lifting each other.

In general, lighting must be installed to brightly illuminate the interior in homes such as single-family homes or apartment complexes, and lighting must be installed to ensure excellent indoor illumination in buildings such as offices, officetels, schools, or government offices. do.

Most of these lights are installed fixedly or embedded in the lower part of the indoor ceiling. Depending on the type of installation, they can be classified as direct ceiling lights or ceiling lights. Depending on the type of light source built into these lights, they include fluorescent lights, incandescent lights, LEDs, etc. It can be divided into:

Conventionally, the most common direct ceiling light is made by bending and molding a metal plate into a square shape, installing a lamp, socket, and ballast inside the body, and attaching a lighting cover made of milky white synthetic resin or glass to the bottom of the body. The installation is then completed.

However, in the case of conventional direct-mounted ceiling lights, there is a problem in that the work is very cumbersome because a plurality of fastening bolts must be tightened one by one when attaching the cover to the body of the direct-mounted light fixed to the ceiling.

In addition, when attaching a cover to the main body of a direct-mounted light fixed to a high ceiling, it is difficult to tighten multiple fastening bolts in a narrow space, which significantly reduces work efficiency.

In addition, when repairing a malfunction, the workability due to maintenance is greatly reduced because multiple fastening bolts must be loosened one by one before repairing, and after repair, multiple fastening bolts must be tightened again to attach the cover to the body of the direct mounting light. There is.

Accordingly, technologies are being developed that allow for easy and simple attachment and detachment of covers from the body of a direct-mounted light.

For example, an attachment for a ceiling light cover, registered office number 20-0201524, has been developed, which has a disconnected support ring in contact with the outer periphery of the support plate, while a mounting hole is formed on the inner side of this support ring to allow for this mounting. In addition to installing a fastening tool and packing to connect and fix the support ring that is disconnected from the support on which a magnetic attachment plate is installed in the hole, the fastening tool includes a guide jaw bent toward the inside of the body and a fastening groove formed by the bend of the guide jaw. This is formed, and a fastening hole is formed in the support plate into which the guide jaw is inserted to form a fastening jaw on the outside, so that the fastening groove is fitted with the guide jaw into the fastening hole and the fastening jaw, and at the same time, the attachment plate is magnetically attached to the bottom of the support plate. It is designed so that the cover can be mounted on the support plate by inserting the fastener into the support plate and simultaneously lifting the cover and magnetically fastening the attachment plate to the support plate, allowing the cover to be easily fastened or removed.

However, in the case of this prior art, not only is the configuration complicated, but if the direct-mounted light body and cover are not maintained in a horizontal state, a lifting phenomenon occurs between the attached direct-mounted light body and the cover, causing the cover to be pressed against the direct-mounted light body. There is a problem with it not being firmly attached.

That is, in order to ensure that the cover is firmly attached to the direct light body, a plurality of magnetic attachment/detachment devices are provided around the perimeter or edge of the cover, and the ceiling surface on which the direct light body is installed is uneven or is not installed on the ceiling surface. If the horizontal state of the fixed direct-mounted light body is uneven, even if the cover is attached to the direct-mounted light body using the magnetic attachment/detachment device, some of the multiple magnetic attachment/detachment devices provided may not adhere closely to the direct-mounted light body due to the uneven horizontal state. There is a problem with the body and cover of the direct-mounted light being lifted.

Moreover, if the body of the direct-mounted light and the cover are lifted, a gap is created between the body of the direct-mounted light and the cover, and the light is emitted through the gap, giving the impression that a part of the direct-mounted ceiling light is broken, causing the entire direct-mounted light to be damaged. There is a problem that it spoils the appearance of the product.

Patent Document 1: Korea Registered Utility No. 20-0201524 (registered on August 21, 2000) Patent Document 2: Korea Registered Utility No. 20-0410304 (registered on February 27, 2006)

The present invention makes it possible to easily attach and detach a cover to a direct ceiling light using a magnetic attachment hole, making it easy to attach or remove the cover to a high ceiling surface, so that it can be used not only for the installation work of the direct light, but also for the lighting lamp inside the installed direct light body. Not only does it greatly improve the repair workability of the ceiling surface, but even if the level of the ceiling surface is uneven or the horizontal state of the ceiling light is uneven, it is possible to prevent the occurrence of a gap by preventing the cover and the ceiling light from lifting. The purpose is to provide direct ceiling lights that can create a beautiful overall appearance.

As a means to achieve the above object, the present inventor's direct-mounted ceiling light is provided with a plurality of lighting modules and a ballast to which the plurality of lighting modules are electrically connected, a direct-mounted light body that is closely fixed to the ceiling surface, and a plurality of lighting modules attached to the direct-mounted light body. In the ceiling direct-mounted light consisting of a cover that protects the module and diffuses the lighting light emitted through a plurality of lighting modules, it includes a plurality of magnetic detachments for attaching and detaching the cover to the direct-mounted light body, wherein the plurality of magnetic detachments are each connected to the cover. When attached to the attachment surface of the direct-mounted light body, it is pressed or flows in the left and right directions with respect to the attachment surface of the direct-mounted light body and is attached closely to the attachment surface of the direct-mounted light body, causing the direct-mounted light to be installed because the horizontal state of the ceiling surface on which the direct-mounted light is installed is uneven. Even if the light body is twisted or the attachment surface of the direct light body and the cover are not horizontal with respect to each other, the cover is provided to be attached and fixed in close contact with the direct light body.

Furthermore, the plurality of magnet attachment and detachment devices each include a magnet having a fastening piece fastened to the fastening hole of the cover and a piece fitting hole into which the fastening piece is inserted, and the magnet has a cover attached to the attachment surface of the main body, such as a direct mounting light in an uneven horizontal state. When attaching, a guide space part is provided where the head of the fastening piece is positioned so that the magnet is attached in close contact with the direct-mounted light body in a horizontal state, and is located between the cover and the magnet to cover the direct-mounted light body in an uneven horizontal state. In the process of attachment, the magnet flows and is attached in close contact with the attachment surface of the direct-mounted light body in a horizontal state. An elastic body is provided to push the magnet toward the attachment surface of the direct-mounted light body and firmly support the magnet.

Furthermore, the elastic body is provided with a pyramid-shaped coil spring that becomes wider from the magnet toward the cover so as to firmly support the moving magnet and push it toward the attachment surface of the direct lighting body.

The present invention attaches and detaches the cover to the body of the direct light using magnetic force when attaching or detaching the cover to the body of the direct light installed on the ceiling, making attachment and detachment of the cover easy. The installation work of direct ceiling lights installed on the ceiling and the repair workability of lighting modules can be greatly improved. In addition, since the magnet of the magnet attachment/detachment device is pressed with the fastening piece as the axis or moves in the left and right directions, the horizontal condition of the ceiling surface is uneven. Even if the horizontal state of the installed direct-mounted light body is uneven, the occurrence of gaps can be prevented in advance by preventing the cover and the direct-mounted light body from lifting. Since the creation of gaps between the direct-mounted light body and the cover is prevented, the light from the lighting module is strong. Since it does not come out, the overall appearance of the direct ceiling light can be created beautifully.

Figure 1 is an exploded perspective view of the present inventor's direct-mounted ceiling light with a cover connected to the body of the direct-mounted light.
Figure 2 is a perspective view of the main components of the ceiling direct-mounted light according to the present invention.
Figure 3 is an exploded perspective view of the main components of the ceiling direct-mounted light of the present invention.
Figures 4 to 6 are configuration diagrams of the present inventor's direct-mounted ceiling light with covers attached to the body of the direct-mounted light.

Hereinafter, other purposes and features of the present invention in addition to the above purposes will be clearly revealed through the description of the embodiments with reference to the accompanying drawings.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as generally understood by a person of ordinary skill in the technical field to which the present invention pertains. Terms defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and should not be interpreted in an ideal or excessively formal sense unless explicitly defined in the present application. No.

Hereinafter, a direct-mounted ceiling light according to an embodiment of the present invention will be described in more detail with reference to the attached drawings.

As shown, the present invention is provided with a plurality of lighting modules and a ballast to which the plurality of lighting modules are electrically connected, a direct lighting body 10 that is tightly fixed to the ceiling surface, and a plurality of lighting modules attached to the direct lighting body 10. It relates to a direct-mounted ceiling light consisting of a cover (20) that protects and diffuses the lighting light emitted through a plurality of lighting modules.

The direct-mounted ceiling light of the present invention is made up of a direct-mounted light body (10) installed and fixed in close contact with the ceiling surface, and a cover (20) attached to the lower side of the direct-mounted light body (10), and emits light through a plurality of lighting modules. This light is emitted and diffused by the cover 20 to be used as a means of lighting for indoor spaces. When the cover 20 is attached to the direct lighting body 10, it is sturdy regardless of the horizontal state of the direct lighting body 10. It can be attached easily.

To this end, the present invention includes a plurality of magnetic attachment/detachment devices (30) for attaching/detaching the cover (20) to the direct lighting body (10).

In this way, since the magnetic attachment/detachment port 30 is provided and the cover 20 is attached to the direct mounting light body 10 using the magnetic attachment/detachment port 30, the cover 20 can be easily and easily attached to the direct mounting light body 10. As well as the attachment box, the cover 20 can be easily and easily separated from the direct-mounted light body 10, greatly improving the installation work of the direct-mounted ceiling light installed on a high ceiling surface and the maintenance and repair work of the lighting module.

In addition, the plurality of magnetic attachment/detachment devices 30 of the present invention are each pressed when the cover 20 is attached to the attachment surface 11 of the direct lighting main body 10 or the attachment surface of the direct lighting main body 10 ( 11), it flows in the left and right directions and adheres closely to the attachment surface (11) of the direct-mounted light body (10), so that the horizontal state of the ceiling surface on which the direct-mounted light is installed is uneven, causing the direct-mounted light body (10) to be out of level or directly attached. Even if the attachment surface 11 of the light body 10 and the cover 20 are not evenly horizontal with respect to each other, the cover 20 is provided to be attached and fixed in close contact with the direct light body 10.

In other words, when a house or building has been built for a long time, the ceiling surface is not horizontal and tilts, and the direct lighting body 10 installed on the tilted ceiling surface also tilts, so the magnetic detachment device of the present invention (30) can attach the cover 20 in close contact with the direct-mounted light body 10 whose horizontal state is uneven, so even if the horizontal state of the installed direct-mounted light body 10 is uneven, the cover 20 and the direct-mounted light body ( 10) can be firmly attached, as well as preventing it from lifting and preventing gaps from forming in advance, thereby preventing the light from the lighting module from leaking out between the direct-mounted light body (10) and the cover (20). The entire exterior can be created beautifully.

For this purpose, the plurality of magnet attachment/detachment devices 30 of the present invention each have a fastening piece 31 fastened to the fastening hole 21 of the cover 20 and a piece fitting hole 32 into which the fastening piece 31 is inserted. It includes a magnet 33 having.

At this time, it is natural that the direct lighting body 10 is made of a metal material that is easy to attach by the magnetic force of the magnet 33.

The magnet 33 is supported by the fastening piece 31 and is prevented from being separated from the cover 20.

That is, as the fastening piece 31 is inserted into the piece fitting hole 32 of the magnet 33 and fastened to the fastening hole 21 of the cover 20, the head 31a of the fastening piece 31 is connected to the magnet. Since it does not pass through the piece fitting hole 32 of (33), it is prevented from being separated from the cover 20 by the fastening piece 31.

In addition, in the magnet 33 of the present invention, when attaching the cover 20 to the attachment surface 11 of the direct-mounted light body 10 whose horizontal state is uneven, the magnet 33 is connected to the direct-mounted light body 10. A guide space portion 34 is provided where the head portion 31a of the fastening piece 31 is positioned so as to be closely attached in a horizontal state.

The guide space 34 is a space for allowing the magnet 33, which is positioned so as not to be separated from the cover 20 by the fastening piece 31, to move, and is a space for attaching the direct light body 10 with an uneven horizontal state. The magnet 33 flows along the inclined direction of the surface 11, so that the upper surface of the magnet 33, that is, the upper surface of the magnet 33 located on the attachment surface 11 of the direct light body 10, is evenly adhered. This is to ensure that it is attached properly.

In addition, the present invention is that in the process of attaching the cover 20 to the direct-mounted light body 10, which is located between the cover 20 and the magnet 33 and is not horizontal, the magnet 33 flows and the direct-mounted light body When attached in close contact with the attachment surface 11 of (10) in a horizontal state, the magnet 33 is pushed toward the attachment surface 11 of the direct light body 10 and an elastic body that firmly supports the magnet 33 ( 35) is provided.

In the present invention made in this way, the magnet 33 is positioned on the attachment surface 11 of the direct-mounted light body 10 installed and fixed on the ceiling, and then the cover 20 is pushed toward the direct-mounted light body 10 to create a magnet. The cover 20 is easily and easily attached to the direct lighting body 10 by (33).

At this time, if the direct lighting main body 10 is tilted due to the inclined ceiling surface and the horizontal state is uneven, the magnet 33 is supported by the fastening piece 31 and is centered around the fastening piece 31. Since it is attached to the attachment surface 11 of the direct-mounted light body 10 in a tilted state along the tilted direction of the direct-mounted light body 10, which is uneven as it is pressed or tilted to the left and right, the cover 20 is horizontal. It is possible to firmly attach it in close contact with the attachment surface 11 of the direct lamp body 10, which is in an uneven condition.

In addition, as the magnet 33 is pushed toward the attachment surface 11 of the direct-mounted light body 10 by the elastic body 35, the connection between the magnet 33 and the attachment surface 11 of the direct-mounted light body 10 is separated. It can be firmly attached in a close contact.

The elastic body 35 of the present invention is a pyramid that becomes wider from the magnet 33 toward the cover 20 so as to firmly support the floating magnet 33 and push it toward the attachment surface 11 of the direct lighting body 10. It is equipped with a type coil spring.

In this way, as the elastic body 35 is provided with a pyramidal coil spring, the magnet is attached by being pressed along the inclined direction of the attachment surface 11 of the direct mounting light body 10, which is tilted and uneven in the horizontal state, or flowing in the left and right directions. As (33) can be firmly supported from the cover (20), it not only prevents the magnet (33) from being separated from the direct mounting light body (10) without applying an internal force, but also directly attaches the magnet (33). It can be continuously pushed toward the attachment surface (11) of the back body (10).

As described above, the present invention has been described with specific details such as specific components and limited embodiments and drawings, but this is only provided to facilitate a more general understanding of the present invention, and the present invention is not limited to the above embodiments. Various modifications and variations can be made from this description by those skilled in the art to which the present invention pertains.

Accordingly, the spirit of the present invention should not be limited to the described embodiments, and all claims that are equivalent or equivalent to the claims as well as the following claims fall within the scope of the present invention.

10: Direct light body 11: Attachment surface
20: Cover 21: Fastening hole
30: Magnet detachment 31: Fastening piece
31a: Fastening piece head 32: Piece fitting hole
33: magnet 34; Guide space department
35: elastic body

Claims (3)

A direct-mounted light body (10) is provided with a plurality of lighting modules and a ballast to which the plurality of lighting modules are electrically connected and is tightly fixed to the ceiling surface. It is attached to the direct-mounted light body (10) to protect the plurality of lighting modules and transmits light through the plurality of lighting modules. In the ceiling direct-mounted light consisting of a cover (20) that diffuses the emitted lighting light and a plurality of magnetic attachment/detachment ports (30) for attaching and detaching the cover (20) to the direct-mounted light body (10),
Each of the plurality of magnet attachment/detachment ports 30,
When the cover 20 is attached to the attachment surface 11 of the direct lighting main body 10, it is pressed or flows in the left and right directions with respect to the attachment surface 11 of the direct lighting main body 10, thereby attaching the direct lighting main body 10. It is closely attached to the attachment surface (11) and the horizontal state of the ceiling surface on which the direct-mounted light is installed is uneven, so the level of the direct-mounted light body (10) is distorted or the attachment surface (11) of the direct-mounted light body (10) and the cover (20) ) A ceiling direct-mounted light, characterized in that it is provided to attach and fix the cover (20) in close contact with the direct-mounted light body (10) even if the horizontal state is uneven with respect to each other. According to paragraph 1,
Each of the plurality of magnet attachment/detachment ports 30,
It includes a magnet (33) having a fastening piece (31) fastened to the fastening hole (21) of the cover (20) and a piece fitting hole (32) into which the fastening piece (31) is inserted,
When attaching the cover 20 to the attachment surface 11 of the direct-mounted light body 10 whose horizontal state is uneven, the magnet 33 is in close contact with the direct-mounted light body 10 in a horizontal state. A guide space portion 34 is provided where the head portion 31a of the fastening piece 31 is positioned to be attached,
In the process of attaching the cover 20 to the direct-mounted light body 10, which is located between the cover 20 and the magnet 33 and is unevenly horizontal, the magnet 33 flows and attaches the direct-mounted light body 10. When attached in close contact with the surface 11 in a horizontal state, the magnet 33 is pushed toward the attachment surface 11 of the direct mounting light body 10 and an elastic body 35 is provided to firmly support the magnet 33. A direct-mounted ceiling light. According to paragraph 2,
The elastic body 35 is a pyramid-shaped coil spring that becomes wider from the magnet 33 toward the cover 20 so as to firmly support the floating magnet 33 and push it toward the attachment surface 11 of the direct lamp body 10. A direct-mounted ceiling light, characterized in that it is provided with.

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