KR100845211B1 - Construction and dismantle method of landscape lighting device for coldcathode lamp - Google Patents

Abstract

A method for installing and dismantling a landscape lighting device for a cold cathode lamp is provided to control an angle of light by reflecting the light emitted from the cold cathode lamp to one side. A method for installing a landscape lighting device for a cold cathode lamp includes the steps of: cutting a frame, a reflection plate, and a transparent plate according to an installation position(S1); installing the reflection plate inside the cut frame(S2); fixing a grip unit on the reflection plate while firmly fixing the reflection plate(S3); fixing the cold cathode lamp inside the frame by fixing the cold cathode lamp to the grip unit(S4); fixing the transparent plate to the frame with the cold cathode lamp(S5); fixing the frame with the transparent plate to a structure by a fastener(S6); and continuously connecting another frame to the fixed frame(S7).

Description

Installation and Dismantling of Landscape Lighting System for Cold Cathode Lamp {CONSTRUCTION AND DISMANTLE METHOD OF LANDSCAPE LIGHTING DEVICE FOR COLDCATHODE LAMP}

The present invention relates to a method of installing and dismantling a lighting device that provides a beautiful urban landscape by irradiating illumination light onto a structure such as a building or a bridge, and relates to a method of installing and dismantling a lighting device that irradiates an illumination light of a cold cathode lamp on a structure. will be.

Generally, a structure such as a building or a bridge is provided with a landscape lighting device including a light source such as an LED, a fluorescent lamp, or an industrial incandescent lamp for a night view.

Unlike the above, the landscape lighting apparatus may use a cold cathode lamp 1 as shown in FIG. 1A as a light source.

As such, the landscape lighting apparatus using the cold cathode lamp 1 as a light source includes a box-type housing 2 as shown in FIG. 1A; A socket (3) embedded in the housing (2); A reflector (4) embedded in the housing (2) together with the socket (3), on which the cold cathode lamp (1) is seated; And a transparent cover 5 coupled to the housing 2 to shield the housing 2.

Such a landscape lighting device, as shown in Figure 1b is the illumination light of the cold cathode lamp (1) built in the interior of the housing 2 is reflected by the reflecting plate (4) through the transparent cover (5) Emanates.

That is, the illustrated landscape lighting apparatus provides illumination using the illumination light of the cold cathode lamp 1.

However, the above-described landscape lighting device is very difficult to install because the other one is installed on the wall or floor of the structure using a bracket not shown in the other lifted by any one worker.

In addition, the above-described landscape lighting apparatus is configured to be impossible to adjust the angle of the illumination light virtually can not adjust the divergence angle of the illumination light in the desired direction.

In addition, the above-mentioned landscape lighting apparatus is transported in a completely manufactured state and installed in the structure, so it may be impossible to install it if it is damaged during the transportation process.

In addition, the above-mentioned landscape lighting apparatus is fixed to the housing 2 in a horizontal state as shown in Figure 1, so that rain or snow is not drained smoothly, the insect is the transparent cover ( In 5) there is a disadvantage that the insects are stacked while the insects are stacked on the transparent cover (5).

In addition, it is possible to install and dismantle only in a completely manufactured state, so there is a disadvantage in that installation and dismantling are very inconvenient.

The present invention was created in order to solve the conventional problems as described above, a member that grips the cold cathode lamp is built-in can be used to easily combine the cold cathode, it is easily installed on the structure by a prefabricated fixed member It is made of a structure that can reflect the illumination light emitted from the cold cathode lamp by biasing on one side, not only can control the angle of the illumination light by the structural features, but also the drainage is desired by the structural features, and at the same time the body of the insect is accumulated The purpose is to provide a method of installing and dismantling the landscape lighting device for cold cathode that can be prevented.

The installation method of the landscape lighting device for a cold cathode lamp according to the present invention for achieving the object of the present invention is formed at right angles on both sides of the flat plate and the intermediate plate, having a different height on one side A chanel-shaped frame made up of a pair of shielding plates formed with a recessed groove in a concave shape; A reflection plate embedded in the frame; A gripper fixed to the reflector to grip a cold cathode lamp; A fixing screw for fixing the gripper to the frame; A transparent plate installed on the opposite side of the fixing screw to shield an open side of the frame; In the method for installing a landscape lighting device for a cold cathode lamp comprising a; a fastener for fixing the frame on which the transparent plate is installed on the structure, the cutting step of cutting the frame and the reflector and the transparent plate appropriately to the installation position ; Reflector installation step of installing the reflector in the interior of the frame cut in the cutting step; A gripping hole and a reflecting plate fixing step of fixing the gripping hole on the reflecting plate installed in the frame by the reflecting plate installing step and at the same time firmly fixing the reflecting plate; A lamp fixing step of fixing the cold cathode lamp to the inside of the frame by fixing the cold cathode lamp to the grip hole fixed by the grip hole and the reflecting plate fixing step; A transparent plate fixing step of fixing the transparent plate to the frame in which the cold cathode lamp is built by the lamp fixing step; A frame fixing step of fixing the frame on which the transparent plate is fixed by the transparent plate fixing step to a structure using the fastener; And a frame connecting step of continuously connecting another frame to the frame fixed by the frame fixing step.

In addition, the dismantling method of the landscape lighting for cold cathode lamps according to the present invention is formed at right angles on both sides of the plate-shaped intermediate plate and the intermediate plate, the locking groove of the concave shape at the end of one side while having a different height. A chanel-shaped frame composed of a pair of shielding plates formed; A reflection plate embedded in the frame; A gripper fixed to the reflector to grip a cold cathode lamp; A fixing screw for fixing the gripper to the frame; A transparent plate installed on the opposite side of the fixing screw to shield an open side of the frame; In the method for dismantling a landscape lighting device for a cold cathode lamp comprising a; a fastener for fixing the frame on which the transparent plate is installed in the structure, the reflection plate, the holding hole, the fixing screw and the transparent plate is installed, the inside A frame separating step of separating the frame from the structure in which the cold cathode lamp is built by the gripper and integrally installed in the structure by the fastener; A transparent plate removing step of separating and removing the transparent plate from the frame separated in the frame separating step; A lamp removing step of removing the cold cathode lamp from the frame in which the transparent plate is separated by the transparent plate separating step; A gripping hole and a reflecting plate separating step of separating the gripping hole and the reflecting plate from the frame from which the cold cathode lamp is removed by the lamp removing step; And a gripping hole and a reflecting plate removing step of removing the gripping hole and the reflecting plate separated by the gripping hole and the reflecting plate separating step from the frame.

The installation and dismantling method of the landscape lighting device for a cold cathode lamp according to the present invention as described above, provides a step-by-step installation and disassembly method considering the structural characteristics of the components constituting the landscape lighting device, so that the landscape lighting device is assembled in the field In addition to being able to install, there is an effect that can be easily dismantled.

Hereinafter, with reference to the accompanying drawings illustrating the installation and dismantling method of the landscape lighting device for a cold cathode lamp according to the present invention, the accompanying Figure 2 is a landscape lighting for cold cathode lamp according to an embodiment of the present invention. 3 is a longitudinal sectional view of the landscape lighting apparatus shown in FIG. 2, FIG. 4 is a longitudinal sectional view showing another embodiment of the landscape lighting apparatus shown in FIG. 2, and FIG. 5 is shown in FIG. 2. Figure 6 is a perspective view showing a state of use of the landscape lighting device, Figure 6 is a perspective view showing another state of use of the landscape lighting device shown in Figure 2, Figure 7 is another embodiment of the additional reflecting plate shown in FIG. 8 is a block diagram illustrating a method of installing the landscape lighting apparatus illustrated in FIG. 2, and FIG. 9 is a block diagram illustrating a dismantling method of the landscape lighting apparatus illustrated in FIG. 2.

Referring to FIG. 2, the landscape lighting apparatus LD for a cold cathode lamp according to an embodiment of the present invention includes a frame 50 as shown; Reflector 60; Gripper 70; Fixing screw (S); A transparent plate 80; And fasteners 90.

First, the frame 50 is made of aluminum material and is formed in a channel shape by extrusion molding, thereby shielding both sides of the plate-shaped intermediate plate 52 and the intermediate plate 52 positioned in the middle as shown. The shielding plate 54 is comprised.

The intermediate plate 52 of the frame 50 as described above is formed with a concave groove 52a along the longitudinal direction in the middle, protruding plate on both sides of the end forming the inlet of the concave groove 52a 52b are respectively protruded inwardly.

In addition, the shielding plate 54 of the frame 50 is extruded together with the intermediate plate 52, is formed on both sides of the intermediate plate 52 as shown, both sides of the intermediate plate 52 In each forming a right angle to shield both sides of the intermediate plate (52).

That is, the shielding plate 54 forms a pair as formed on both sides of the intermediate plate 52.

The pair of shield plates 54 are extruded to different heights H and h, as shown, to shield both sides of the intermediate plate 52 while facing each other at different heights H and h.

In addition, the pair of the shielding plate 52 is formed in the concave engaging groove 54a of the concave shape and the fitting groove 54b of the gradually opening form as shown in the enlarged view at the end of one side facing each other in the opposite state sequentially do.

That is, the pair of the shielding plate 52 is formed with the engaging groove 54a and the fitting groove 54b at the end portions of the side surfaces facing each other on the drawing.

The locking groove 54a is formed to be slightly inclined as shown in enlarged manner so that the transparent plate 80 to be described later is fixed in an inclined state, and the fitting groove 54b is formed in a triangular shape so as to gradually open as shown in enlargement. Is formed.

The shield plate 54 configured as described above has side recess grooves 54c and protrusion wings 54d formed in the same manner as the concave grooves 52a and the protrusion plates 52b.

The side recess groove 54c and the protruding blade 54d are used to fix the additional reflecting plates 100 and 100 'which will be described later.

On the other hand, the reflecting plate 60 is formed as a long as consisting of the seating portion 62 and the inclined portion 64 formed in a plate shape as shown.

The mounting portion 62 of the reflective plate 60 is inserted between the shielding plate 54 of the frame 50 as shown in the mounting plate 62 is seated on the intermediate plate 52 of the frame 50. .

In addition, the inclined portions 64 of the reflecting plate 60 are formed by being inclined bent while having different heights H 'and h' on both sides of the seating portion 62 as shown.

That is, the inclined portion 64 is bent on both sides of the seating portion 62 is formed in a pair.

As described above, the pair of inclined portions 64 are fitted into the pair of fitting grooves 54b formed at the upper end of the shielding plate 54 of the frame 50, respectively, and are fixed primarily.

That is, the inclined portion 64 is temporarily fixed to the inside of the frame 50 as the end portion is fitted into the fitting groove 54b.

The reflective plate 60 is firmly fixed to the frame 50 by a fixing screw S to be described later.

The reflective plate 60 configured as described above is made of a reflective material so as to reflect the illumination light of the cold cathode lamp CL to emit the illumination light of the cold cathode lamp CL through the shield plate 54 of the frame 50. do.

The reflection plate 60 is such that the inclined portion 64 is embedded in the frame 50 in an inclined state to supply power to the cold cathode lamp CL inside the frame 50 as shown. The wiring space of the electric wire EW is formed.

That is, the wire EW is wired in a space inside the frame 50 formed by the reflector 60.

On the other hand, the gripper 70 is fixed to the reflective plate 60 as shown to hold the cold cathode lamp (CL).

As described above, the gripper 70 is fixed on the reflector 60 by the fixing screw S as shown.

As described above, the fixing screw S for fixing the gripper 70 sequentially penetrates through the seating part 62 of the gripper 70 and the reflector 60 as shown in the frame ( 50 is fastened to the intermediate plate 52.

The fixing screw S is fastened to the intermediate plate 52 while not only firmly fixing the gripper 70 to the reflector plate 60 but also fixing the reflector plate 60 on the intermediate plate 52. Secure firmly to

On the other hand, the transparent plate 80 is formed of a transparent material so that the illumination light of the cold cathode lamp (CL) is transmitted, as shown in the shielding of the frame 50 located on the opposite side of the fixing screw (S) It is fixed to the end of the plate 54 to emit the illumination light of the cold cathode lamp (CL) to the outside of the frame 50.

As described above, the transparent plate 80 is fixed to the frame 50 by being inclined to the frame 50 by being fitted by the edges at both sides of the engaging groove 54a formed in the shielding plate 54. Protect (50) while shielding.

As described above, the transparent plate 80 that shields and protects the frame 50 prevents the body of the insect from being deposited while draining snow or rain water due to the inclination.

That is, snow or rainwater is easily drained due to the inclination of the transparent plate 80, and insects are not deposited on the transparent plate 80 as the transparent plate 80 forms an inclination.

On the other hand, the fastener 90 is composed of a bolt 92, a plate 94, a nut 96 and a fastening bolt 98 as shown.

As described above, the bolt 92 of the fastener 90 has a head 92a inserted into the concave groove 52a from the side of the frame 50 to which the transparent plate 80 is fixed.

That is, the head 92a is inserted into the concave groove 52a from the side of the intermediate plate 52.

As described above, the head 92a inserted into the recess 52a is caught and fixed to the protrusion plate 52b formed at the end of the recess 52a.

That is, the bolt 92 is fixed to the intermediate plate 52 of the frame 50 as the head 92a is caught by the concave groove 52a.

On the other hand, the plate 94 of the fastener 90 is formed in a flat plate shape as shown, the bolt 92 is penetrated to one side, the fastening bolt 98 is penetrated to the other side.

In addition, the nut 96 of the fastener 90 is fastened to the bolt 92 passing through the plate 94 to fix the bolt 92 to the plate 94.

In addition, the fastening bolt 98 of the fastener 90 is fastened to the structure ST through the other side of the plate 94 as shown.

The fastener 90 configured as described above has the bolt 92 and the nut 96 fixing the frame 50 to the plate 54, and the fastening bolt 98 fastening to the structure ST. As it is, the frame 50 is integrally fixed to the structure ST.

That is, the fastener 90 fixes the frame 50 to the structure ST.

Referring to FIG. 3, the landscape lighting device LD for a cold cathode lamp according to an exemplary embodiment of the present invention emits illumination light in a state of being integrally fixed to the structure ST.

As described above, the landscape lighting device LD has an illumination light of the cold cathode lamp CL as the cold cathode lamp CL is fixed to the inside of the frame 50 by the gripper 70. Radiate.

On the other hand, the gripper 70 is composed of the close contact portion 72, the bent portion 74, the grip portion 76 and the end portion 78 as shown enlarged.

The close contact portion 72 of the gripper 70 is formed in a plate shape and is in close contact with the seating portion 62 of the reflecting plate 60.

In addition, the bent portion 74 of the gripper 70 is bent at right angles on both sides of the contact portion 72 as shown.

That is, the bent portions 74 are formed in pairs as they are formed on both sides of the gripper 70, respectively.

In addition, the grip portion 76 of the gripper 70 extends in a curved shape at each end of the pair of bent portions 74 as shown in enlarged form to form a pair and form a circle in the opposite state.

As described above, the pair of holding portions 76 having a circular shape have a diameter corresponding to the outer diameter of the cold cathode lamp CL to enable the holding of the cold cathode lamp CL.

In addition, the end portion 78 of the gripper 70 extends from the end of the gripper 76 as shown enlarged so that the cold cathode lamp CL is easily inserted into the gripper 76. And bends outward to the outside.

When the cold cathode lamp CL is inserted through the inclined bent end portion 78, the gripper 70 configured as described above is opened while the grip portion 76 elastically deforms, and the cold cathode lamp When the insertion of the CL is completed, the gripping portion 76 is circularly restored again and presses and grips the cold cathode lamp CL through an elastic force.

On the other hand, the gripper 70 is a rubber tube (76a) for preventing the separation of the cold cathode lamp (CL) by being forcibly fitted to the gripper 76 as shown enlarged.

The rubber tube 76a as described above prevents the cold cathode lamp CL from being separated while rubbing with the cold cathode lamp CL by material properties.

That is, the rubber tube 76a prevents the cold cathode lamp CL from being separated by the frictional force.

In addition, the gripper 70 is inclined bent (β) the bent portion (74) to the inside of the close contact portion 72 as shown in the enlarged holding portion for holding the cold cathode lamp (CL) ( 76) to enhance the elastic force.

The gripper 70 has the gripper 76 as the bent portion 74 is inclined bent inwardly (β), so that the gripper 76 is gathered inwardly of the close contact portion 72 of the gripper 76. Elastic force is strengthened.

That is, the grip portion 76 is not only easy to open the lower end of the drawing in accordance with the gathering, but also after opening the circular force in the form of gathered inward to reinforce the elastic force.

On the other hand, as shown in the reflection plate 60, the inclined portion 64 of one side is formed as the height (H, h) higher than the inclined portion 64 of the other side of the inclined portion 64 Reflects a greater amount of illumination light.

That is, the reflecting plate 60 reflects different amounts of illumination light from the pair of inclined portions 64, respectively.

Referring to FIG. 4, the cold cathode landscape lighting apparatus LD according to the embodiment of the present invention reflects the illumination light of the cold cathode lamp CL together with the reflector 60 as shown. ') Can be installed.

The additional reflector plate 100 ′ installed as described above is formed in a plate shape as shown, and is integrally attached to the shield plate 54 of the frame 50.

The additional reflector plate 100 ′ is inserted into the lateral recessed groove 54c of the shielding plate 54 at one end as shown, and is bent to form the locking blade 101 fixed to the protruding wing 54d. ') Is formed, and the stepped portion 103' bent in the form of a stepped portion in the middle portion is formed so that the other side is adjacent to the edge side of the transparent plate 80 around the stepped portion 103 '. It is attached perpendicularly to the side of the shield plate 54.

That is, the additional reflection plate 100 'is formed with the engaging blade 101' and the stepped portion 103 ', and the other side is shown in the frame 50 due to the stepped portion 103'. ) Is bent to the inner side and adjacent to the edge side of the transparent plate (80).

The additional reflection plate 100 ′ formed as described above is made of a reflective material such as a silver aluminum plate to secondly reflect the illumination light transmitted from the transparent plate 80.

The additional reflector plate 100 ′ is connected to the shield plate 54 of the frame 50 by a piece screw 110 ′ fastened to the shield plate 54 of the frame 50 as shown. Attached.

That is, the piece screw 110 'penetrates the additional reflecting plate 100' and is fastened to the shielding plate 54 to integrally attach the additional reflecting plate 100 'to the shielding plate 54.

On the other hand, the additional reflector plate 100 ′ may be fixed to any one of the pair of shield plates 54 as shown in the case of reflecting more illumination light to any one of the pair of shield plates 54. In contrast, when the illumination light is to be irradiated in a straight line, as shown by a broken line and a solid line, all of the shielding plate 54 may be fixed.

That is, the additional reflection plate 100 ′ may be configured as a pair.

The additional reflector plate 100 ′ has an auxiliary catching wing 104 ′ formed at the opposite end of the engaging blade 101 ′ as shown in the enlarged view “I”. Is formed.

That is, the additional reflecting plate 100 'is formed with the engaging blade 101' at one end and the auxiliary engaging blade 104 'at the other end.

As described above, the auxiliary catching blade 014 'formed with the additional reflecting plate 100' is formed in a direction opposite to the catching blade 101 'as shown.

That is, the auxiliary locking blade 104 'is formed at the other end of the additional reflection plate 100', and is formed in a direction opposite to the locking blade 101 '.

The auxiliary catching wing 104 'such that the additional reflecting plate 100' is rotated in the opposite direction when the other side of the additional reflecting plate 100 'is located in the side recess groove (54c) the locking wing 101' Instead of being inserted into the side recess groove 54c is caught by the protruding blade 54d.

That is, the additional reflecting plate (100 ') is when the one end is in close contact with the shielding plate 54 of the frame 50 by the operator during the assembly operation, the locking blade 101' to the side recess groove (54c) The auxiliary catching blade 104 'is inserted into the lateral recess 54c when the other end is in close contact with the shielding plate 54 of the frame 50. It is caught by the protrusion blade 54d.

As described above, the locking blade 101 'or the auxiliary locking blade 104' is inserted into the side recess groove 54c and caught by the protruding blade 54d according to the close direction of the additional reflection plate 100 '. The worker can easily perform the assembly work.

Referring to FIG. 5, the landscape lighting device LD for a cold cathode lamp according to an exemplary embodiment of the present invention may be installed in a structure in which a plurality of cold lighting lamps LD are connected to each other, as shown in FIG.

As described above, the landscape lighting device LD configured as a plurality of cutting the end portion of the frame 50 in a desired shape so that the connecting portion CP facing each other as shown in the figure is smoothly connected. Connect.

On the other hand, the landscape lighting device LD may be used by installing the above-described additional reflecting plate 100 ′ in a state in which a plurality of the frames 50 are connected as shown in an enlarged view.

As described above, the additional reflection plate 100 ′ is installed at one side of the frame 50 to reflect the illumination light transmitted from the transparent plate 80 to the opposite side.

As described above, the plurality of additional reflection plates 100 'installed on the frame 50 are connected to each other by the connecting plate 120' and the plurality of fixing screws 122 'as shown in an enlarged view.

As described above, the connecting plate 120 'is a metal plate formed in a band shape to be in close contact with the additional reflecting plate 100', and the plurality of additional reflecting plates 100 facing each other as shown in the enlarged view. ') Is in close contact with one of the other and the other side is in close contact with the other, the fixing screw 122' is enlarged through one side and the other side as shown in the additional reflecting plate 100 'as fastened to the additional It is integrally fixed to the reflector plate 100 '.

That is, the connecting plate 120 'is fixed to the additional reflecting plate 100' by the fixing screw 122 'and integrally connects the plurality of additional reflecting plates 100'.

Referring to FIG. 6, the landscape lighting device LD may easily configure a desired shape by cutting a plurality of the frames 50 and then connecting a connection unit CP.

As described above, the landscape lighting device LD may additionally install the additional reflecting plate 100 ′ on one side of the frame 50.

Referring to FIG. 7, the additional reflection plate 100 ′ of FIG. 4 may be configured as shown.

That is, the additional reflection plate 100 ′ may be composed of the additional reflection plate 100 as shown in the drawing, unlike the above.

As described above, the additional reflection plate 100, which is configured differently from the additional reflection plate 100 ′, is fixed to the shielding plate 54 of the frame 50 as illustrated in the transparent plate 80. Reflects the illumination light of the cold cathode lamp (CL) emitted.

That is, the additional reflector 100 additionally reflects the illumination light reflected from the reflector 60.

The additional reflection plate 100 reflecting the illumination light as described above is attached to the vertical plate 101 and the vertical plate 101 installed perpendicular to the shield plate 54 as shown in the enlarged view "A" in the drawing. It consists of a reflective thin plate 102 made of a reflective material and a screw 103 for fixing the reflective thin plate 102 to the vertical plate 101.

The additional reflection plate 100 is inserted into the lateral recess 54c of the shielding plate 54 as shown in the enlarged view "A" and has a head 112 that is caught by the protruding wing 54a. A locking bolt 110 penetrating through the additional reflection plate 100; It is fastened to the locking bolt 110 is fixed to the side of the shielding plate 54 by a fixing member (F) consisting of a fixing nut 114 for fixing the locking bolt 110 to the additional reflecting plate 100. .

As described above, the additional reflection plate 100 fixed to the shield plate 54 by the fixing member F is to reflect more illumination light to any one of the pair of shield plates 54 as shown. It may be fixed to any one of the pair of the shielding plate 54, otherwise, if the illumination light is to be irradiated in a straight line may be all fixed to the pair of the shielding plate 54.

On the other hand, the locking bolt 110 of the fixing member F is fastened to the fixing nut 114 through the additional reflecting plate 100 as shown in the enlarged view "B" in the drawing.

The operation and installation and dismantling method of the cold cathode landscape lighting apparatus LD according to the embodiment of the present invention configured as described above will be described with reference to FIGS. 2 to 5 as follows. And the contents (installation and dismantling method) of FIG. 9 are written in parentheses only with reference numerals so as not to be redundantly described.

2, the cold cathode landscape lighting device LD according to an embodiment of the present invention must first cut the above-described components to be installed in the structure (ST) (S1 of FIG. 8).

To perform the cutting of such components, first, after measuring the installation position of the frame 50 formed as shown in the plurality of the frame 50, the reflecting plate 60 and the transparent plate 80 measured length Cut appropriately to (S1-1 and S1-2 in Fig. 8)).

As such, when the cutting of the frame 50, the reflecting plate 60 and the transparent plate 80 is completed, the reflecting plate 60 should be installed in the frame 50. (S2 of FIG. 8)

In order to install such a reflector 60 on the frame 50, first, the reflective plate 60 is inserted into the frame 50 through the shield plate 54 of the frame 50. One)

That is, the reflector 60 is inserted into the frame 50 and embedded therein.

When the reflecting plate 60 is inserted into the frame 50 as described above, the ends of the pair of inclined portions 64 constituting the reflecting plate 60 are respectively connected to the ends of the shield plate 54 of the frame 50. It is fixed in the fitting groove 54b formed primarily. (S2-2 of FIG. 8)

That is, the reflecting plate 60 is temporarily fixed to the inside of the frame 50 by inserting an end portion into the fitting groove 54b.

As shown in the enlarged view, the reflecting plate 60 is easily fitted into the fitting groove 54b as the fitting groove 54b is formed to be inclined θ gradually.

On the other hand, when the temporary fixing of the reflecting plate 60 is completed, the holding plate 70 and the reflecting plate 60 should be firmly fixed. (S3 of FIG. 8)

In order to firmly fix the gripper 70 and the reflector 60 as described above, the gripper 70 is first seated on the seating part 62 of the reflector 60, and then the fixing screw S is fixed. And the penetrating hole 70 and the reflecting plate 60 are fastened to the intermediate plate 52 of the frame 50 to fix the holding plate 70 on the reflecting plate 60. 8, S3-1 and S3-2)

The fixing screw (S) as described above is in close contact with the mounting portion 72 of the gripper 70 to be described later in close contact with the mounting portion 62 of the reflecting plate 60 and the mounting portion of the reflecting plate 60. It penetrates 62 and is fastened to the intermediate plate 52 of the frame 50.

As the fixing screw S is fastened to the intermediate plate 52, the gripper 70 is firmly fixed to the inside of the frame 50 together with the reflecting plate 60.

That is, the reflective plate 60 is secondly firmly fixed to the intermediate plate 52 of the frame 50 by the fixing screw S and is completely fixed to the inside of the frame 50.

On the other hand, when the fixing of the reflector plate 60 and the gripper 70 is completed, the cold cathode lamp (CL) is fixed to the inside of the frame 50. (S4 of Fig. 8)

As described above, in order to fix the cold cathode lamp CL to the inside of the frame 50, the cold cathode lamp CL is inserted into the frame 50 and then inserted into the gripper 70. It is fixed to the inside of the frame 50. (S4-1 and S4-2 of FIG. 8)

That is, the cold cathode lamp CL is gripped by the gripper 70 and fixed to the inside of the frame 50.

On the other hand, when the fixing of the cold cathode lamp CL is completed, the transparent plate 80 is fixed to the frame 50. (S5 of Fig. 8)

As described above, in order to fix the transparent plate 80 to the frame 50, the transparent plate 80 is positioned horizontally at the end of the frame 50, aligned with the frame 50, and then enlarged. As shown in the drawing, both edges are respectively inserted into a pair of the engaging grooves 54a formed on the shielding plate 54 of the frame 50, and then the transparent plate 80 is placed inside the frame 50. The transparent plate 80 is inserted into and fixed to the frame 50 in an inclined state (S5-1 and S5-2 of FIG. 8).

That is, the transparent plate 80 is fixed to the end of the shielding plate 54 by being caught in the locking groove (54a).

As described above, the transparent plate 80 fixed in the inclined state is fixed in the inclined state as the heights H and h of the pair of shield plates 54 are formed differently from each other.

As described above, the transparent plate 80 shields one open side of the frame 50 as it is fixed to the frame 50.

That is, the transparent plate 80 shields an upper end portion of the drawing of the frame 50.

As described above, the transparent plate 80 that shields the upper end of the frame 50 is inclined as the lengths of the pair of shield plates 54 constituting the frame 50 are different from each other. To the shield plate 54 of the frame 50.

Meanwhile, when the transparent plate 80 is fixed to the frame 50, the frame 50 is fixed to the structure ST. (S6 of FIG. 8)

That is, the frame 50 is fixed to the structure ST.

To fix the frame 50 to the structure ST, first, the plate 94 of the fastener 90 is seated on the structure ST in a horizontal state, and then to the other side of the plate 94. Fastening to the structure (ST) by passing through the fastening bolt (98).

As such, as the fastening bolt 98 is fastened to the structure ST, the plate 94 is fixed to the structure ST. (S6-1 of FIG. 8)

Meanwhile, when the plate 94 is completely fixed to the structure ST, the bolt 92 of the fastener 90 is positioned at the end of the frame 50 so that the intermediate plate 52 of the frame 50 is located. At the end of the

As such, when the bolt 92 is disposed at the end of the intermediate plate 52, the head 92a of the bolt 92 is inserted into the concave groove 52a formed in the intermediate plate 52.

The head 92a is inserted into the concave groove 52a and is then integrally fixed to the intermediate plate 52 by being caught by the protrusion plate 52b protruding from the end of the concave groove 52a.

That is, the bolt 92 is fitted into the concave groove 52a of the frame 50 to be integral with the frame 50.

As such, when the bolt 92 is integrated with the frame 50, the bolt 92 is penetrated to one side of the plate 94 of the fastener 90, and then the fastener 90 is attached to the bolt 92. The nut 96 to fix the bolt 92, which is integral with the frame 50, to the plate 94.

That is, the frame 50 is integrally coupled to the structure ST through the plate 94 while being connected to the plate 94 by the bolt 92 (S6-2 in FIG. 8).

On the other hand, when the frame 50 is fixed to the structure (ST) is completed, another prepared frame 50 is continuously fixed to the side of the frame 50 is already fixed by the above-described method. S7)

That is, the plurality of frames 50 cut in advance are continuously fixed to the structure ST through the aforementioned method.

As such, the plurality of frames 50 fixed to the structure ST emit the illumination light of the cold cathode lamp CL to the outside through the transparent plate 80 while being fixed to the structure ST.

On the other hand, when the landscape lighting device (LD) is to be dismantled from the structure (ST), the frame 50 should be separated first from the structure (ST).

That is, the frame 50 is preferentially separated from the structure ST.

In order to separate the frame 50 from the structure ST, first, the nut 96 of the fastener 90 is removed from the bolt 92, and then the bolt 92 is removed from the plate 94. Departure.

That is, the frame 50 is separated from the plate 94 as the bolt 92 is separated (S10-1 in FIG. 9).

When the bolt 92 is separated, the bolt 92 is moved along the concave groove 52a formed in the intermediate plate 52 of the frame 50 to end the concave groove 52a. Remove from the concave groove (52a) through.

That is, the bolt 92 is removed from the frame 50.

On the other hand, when the removal of the frame 50 is completed, the fastening bolt 98 of the fastener 90 is released to separate the plate 94 from the structure ST.

As the fastening bolt 98 is separated in this way, the plate 94 is removed from the structure ST. (S10-2 in FIG. 9)

Meanwhile, when the removal of the plate 94 is completed, the transparent plate 80 is removed from the frame 50 (S20 of FIG. 9).

That is, the transparent plate 80 is separated and removed from the frame 50.

To remove the transparent plate 80 from the frame 50, the frame 50 is moved to the bottom of the structure ST, and then the transparent plate 80 is drawn out through the end of the frame 50. The transparent plate 80 is removed from the frame 50 by detaching it. (S20-1 and S20-2 in FIG. 9)

That is, the transparent plate 80 is pulled out through the end of the shielding plate 54 of the frame 50 and removed from the locking groove 54a formed in the shielding plate 54 as shown in an enlarged manner. do.

As such, when the transparent plate 80 is removed from the frame 50, the cold cathode lamp CL is removed from the frame 50 (S30 of FIG. 9).

That is, the cold cathode lamp CL is separated from the gripper 70 and removed from the frame 50.

In order to remove the cold cathode lamp CL from the frame 50, the cold cathode lamp CL is separated from the grip hole 70 to remove the cold cathode lamp CL and the grip hole 70. After the separation, the cold cathode lamp CL is removed by detaching the outside of the frame 50 (S30-1 and S30-2 in FIG. 9).

On the other hand, when the removal of the cold cathode lamp (CL) is completed, the gripper 70 and the reflecting plate 60 is separated from the frame 50. (S40 of Fig. 9)

That is, the gripper 70 and the reflecting plate 60 fixed to the frame 50 by the fixing screw S are separated from the frame 50.

As described above, in order to separate the holding member 70 and the reflecting plate 60, the holding screw S which is fastened to the holding member 70 is released to separate the holding member 70 from the reflecting plate 60. After the fixing screw (S) is removed to the outside of the frame 50. (S40-1 and S40-2 of Figure 9)

That is, the gripper 70 is separated from the reflecting plate 60 as the fixing screw S is removed.

Meanwhile, the gripper 70 and the reflector plate 60 are separated from the intermediate plate 52 of the frame 50 as the fixing screw S is removed.

That is, the gripper 70 is separated from the reflecting plate 60, and the mounting plate 62 is separated from the intermediate plate 52.

On the other hand, when separation of the gripper 70 and the reflector 60 is completed, the gripper 70 and the reflector 60 are removed from the frame 50. (S50 of FIG. 9)

As described above, in order to separate the gripper 70 and the reflector 60 from the frame 50, the gripper 70 separated from the frame 50 by the fixing screw S is first removed from the frame 50. It is removed by removing it to the outside of 50. (S50-1 of FIG. 9)

When the gripper 70 is removed by the above method, the inclined portion 64 of the reflecting plate 60 is separated from the shielding plate 54 of the frame 50.

That is, the end of the inclined portion 64 is separated from the fitting groove 54b formed in the shielding plate 54.

As such, when the end of the inclined portion 64 is separated from the fitting groove 54b, the pair of the inclined portions 64 is retracted and the reflective plate 60 is deformed and then separated from the frame 50. (S50-2 and S50-3 of FIG. 9)

The reflective plate 60 is easily removed from the frame 50 as the end portion of the inclined portion 64 is pinched.

On the other hand, the landscape lighting device LD is dismantled as the reflector 60 is separated from the frame 50.

Referring to FIG. 3, the landscape lighting device LD has a larger amount of the inclined portion 64 having a higher height H ′ among the inclined portions 64 of the pair of reflecting plates 60. Reflect the illumination light.

Since the inclined portion 64 on one side emits a greater amount of illumination light than the inclined portion 64 on the other side, the inclined portion 64 should be installed in consideration of the reflection amount of the illumination light when the frame 50 is installed.

When installed in consideration of the reflection amount of the illumination light as described above, it is virtually effective to adjust the irradiation angle of the illumination light, it is not necessary to adjust the installation angle of the frame 50.

On the other hand, the gripper (70) when the grip the cold cathode lamp (CL) in the interior of the frame 50, as shown in the enlarged end portion 78 is opened to the holding portion 76 The cold cathode lamp CL is inserted.

The gripper 70 as described above not only does not excessively open the gripper 76 as the bent portion 74 forms an inclined β inward, but also inserts the cold cathode lamp CL. Upon completion, the cold cathode lamp (CL) is firmly gripped while being circularly restored.

As described above, the gripper 70 holding the cold cathode lamp CL is more firmly secured to the cold cathode lamp CL by the rubber tube 76a fitted to the gripper 76 as shown in an enlarged view. Gripping.

On the other hand, the fixing screw (S) for fixing the gripper 70 to the reflecting plate 60 is the mounting portion 72 and the reflecting plate 60 of the holding plate 70 as shown After penetrating the portion 62 is fastened to the intermediate plate 52 of the frame 50.

The fixing screw (S) as described above not only secures the gripper 70 to the reflecting plate 60 but also firmly fixes the reflecting plate 60 to the intermediate plate 52 of the frame 50. Fix it.

That is, the reflecting plate 60, which has been temporarily inserted and fixed to the frame 50, is completely fixed to the intermediate plate 52 by the fixing screw S.

On the other hand, the wire 50 is the wire (EW) is wired in the wiring space of the inner side formed by the inclined portion 64 of the reflecting plate (60).

The wire EW is easily and stably wired due to the wiring space formed in the frame 50.

That is, the electric wire EW supplies electric power to the cold cathode lamp CL in a state of being easily and stably wired.

On the other hand, since the transparent plate 80 is inclined to the frame 50 as shown, it not only drains the snow or rain smoothly, but also prevents the body from accumulating when insects gathered by the illumination light die.

That is, the dead body of snow, rainwater or insects flows down without being accumulated or accumulated on the transparent plate 80 as the transparent plate 80 is inclined.

Referring to FIG. 4, when the landscape lighting device LD is to adjust the amount of reflection of illumination light more completely, the shield plate of the frame 50 including the additional reflection plate 100 ′ as shown in FIG. 54).

The additional reflector plate 100 ′ is fixed to the shield plate 54 of the frame 50 by the piece screw 110 ′.

That is, the additional reflector plate 100 ′ is fixed to the shield plate 54 of the frame 50 by the piece screw 110 ′.

As described above, in order to fix the additional reflection plate 100 ′ to the shield plate 54 using the piece screw 110 ′, the locking blade 101 ′ of the additional reflection plate 100 ′ is fixed to the shield plate ( Inserted into the lateral recessed groove 54c formed at 54, and hung on the protruding blade 54d, one end of the additional reflector plate 100 having the locking blade 101 'formed thereon. It penetrates through and fastens to the shielding plate 54 of the frame 50.

The additional reflector plate 100 ′ is easily disposed at one end of the additional reflector plate 100 ′ as the locking blade 101 ′ is engaged with the protruding blade 54 d of the side recess groove 54 c.

As described above, the additional reflection plate 100 ′ attached to the frame 50 reflects the illumination light transmitted from the transparent plate 80 of the frame 50 in a secondary manner, thereby illuminating the illumination light of the cold cathode lamp CL. Reflect more efficiently.

In addition, since the additional reflector 100 'is installed at one side of the frame 50, the additional reflection plate 100' reflects a larger amount of illumination light at one side of the frame 50, so that the installation angle of the frame 50 is not adjusted. One side of the frame 50 can reflect more illumination light.

Referring to FIG. 5, the plurality of frames 50 are connected to each other with their ends facing each other as shown, so that a connection portion CP is formed as shown at the ends.

Such a plurality of the frame 50 may be connected in a rectangular shape as shown, unlike the shown may be connected in a long straight line.

In addition, the frame 50 may be formed such that the connecting portion CP is inclined, as shown, the additional reflector 100 may be installed in a connected state.

1A is an exploded perspective view of a general landscape lighting device;

1B is a perspective view of the landscape lighting apparatus shown in FIG. 1A;

2 is a perspective view of a landscape lighting device for a cold cathode lamp according to an embodiment of the present invention;

3 is a longitudinal sectional view of the landscape lighting apparatus shown in FIG. 2;

4 is a longitudinal sectional view showing another embodiment of the landscape lighting apparatus shown in FIG. 2;

5 is a perspective view showing a state of use of the landscape lighting device shown in FIG.

6 is a perspective view showing another use state of the landscape lighting apparatus shown in FIG.

FIG. 7 is a longitudinal sectional view showing another embodiment of the additional reflector plate shown in FIG. 4; FIG.

8 is a block diagram showing a method of installing a landscape lighting apparatus shown in FIG. 2; And

9 is a block diagram showing a dismantling method of the landscape lighting apparatus shown in FIG.

Claims (4)

A pair of flat intermediate plates 52 and a pair formed at right angles on both sides of the intermediate plate 52, each having a different height (H, h) and formed with a recessed groove 54a of a concave shape at the end of one side. A chanel-shaped frame 50 composed of a shield plate 54; A reflector plate 60 embedded in the frame 50; A holding member 70 fixed to the reflecting plate 60 to hold a cold cathode lamp CL; A fixing screw (S) for fixing the gripper (70) to the frame (50); A transparent plate 80 installed at an opposite side of the fixing screw S to shield an open side of the frame 50; In the method for installing a landscape lighting device for a cold cathode lamp comprising a; fastening 90 for fixing the frame 50, the transparent plate 80 is installed on the structure, A cutting step (S1) of cutting the frame 50, the reflecting plate 60 and the transparent plate 80 appropriately at an installation position; Reflecting plate installation step (S2) for installing the reflecting plate 60 in the interior of the frame 50 cut in the cutting step (S1); The holding plate and the fixing plate fixing step for firmly fixing the holding plate 70 while fixing the holding plate 70 on the reflecting plate 60 installed in the frame 50 by the reflecting plate installation step (S2) ( S3); A lamp for fixing the cold cathode lamp (CL) to the inside of the frame 50 by fixing the cold cathode lamp (CL) to the holding hole 70 fixed by the holding hole and the reflecting plate fixing step (S3). Fixing step (S4); A transparent plate fixing step (S5) of fixing the transparent plate (80) to the frame (50) in which the cold cathode lamp (CL) is built by the lamp fixing step (S4); A frame fixing step (S6) of fixing the frame (50) on which the transparent plate (80) is fixed to the structure by the fastener (90) by the transparent plate fixing step (S5); And And a frame connecting step (S7) for continuously connecting another frame (50) to the frame (50) fixed by the frame fixing step (S6). The method of claim 1, The cutting step (S1), A measuring step (S1-1) of measuring an installation position of the frame 50; And And a cutting step (S1-2) of cutting the frame 50, the reflecting plate 60, and the transparent plate 80 to suit the numerical value measured by the measuring step (S1-1). The reflective plate installation step (S2), Inserting step (S2-1) for inserting the reflective plate 60 through the open one side of the frame (50); And And a temporary fixing step (S2-2) of inserting an end portion of the inclined portion 64 of the reflecting plate 60 into the fitting groove 54b formed in the shielding plate 54 of the frame 50 to temporarily fix it. , The gripper and the reflector fixing step (S3), A gripper seating step of seating the gripper 70 on the reflector plate (S3-1); And The fixing screw S is fastened to the gripping tool 70 seated on the reflecting plate 60 by the gripping tool seating step S3-1. And a fixing screw fastening step (S3-2) through which the reflecting plate 60 is fastened to the intermediate plate 52 of the frame 50. The lamp fixing step (S4), A lamp insertion step (S4-1) for inserting the cold cathode lamp (CL) into the frame (50); And A gripping step of inserting and holding the cold cathode lamp CL inserted into the frame 50 by the lamp insertion step S4-1 into the gripping hole 70 fixed on the reflecting plate 60 ( S4-2); The transparent plate fixing step (S5), An alignment step (S5-1) of aligning the transparent plate 80 and the frame 50 in a row; And Transparent plate insertion step (S5) for fixing by inserting the transparent plate 80 aligned by the alignment step (S5-1) into the locking groove (54a) formed in the shielding plate 54 of the frame 50 -2); The frame fixing step (S6), Plate fixing step (S6-1) of fixing the plate (94) of the fastener (90) to the structure using the fastening bolt (98); And The bolt 92 of the fastener 90 passing through the plate 94 fixed to the structure by the plate fixing step S6-1 integrally with the intermediate plate 52 of the frame 50. The frame 50 to the plate 94 by fastening the bolt 92 through the plate 94 and fastening the nut 96 of the fastener 90 to the bolt 94. Installation method of a landscape lighting device for a cold cathode lamp comprising a; frame coupling step (S6-2). A pair of flat intermediate plates 52 and a pair formed at right angles on both sides of the intermediate plate 52, each having a different height (H, h) and a concave locking groove (54a) formed at the end of one side A chanel-shaped frame 50 composed of a shield plate 54; A reflector plate 60 embedded in the frame 50; A holding member 70 fixed to the reflecting plate 60 to hold a cold cathode lamp CL; A fixing screw (S) for fixing the gripper (70) to the frame (50); A transparent plate 80 installed at an opposite side of the fixing screw S to shield an open side of the frame 50; In the method for dismantling the landscape lighting device for a cold cathode lamp comprising a; fastening 90 for fixing the frame 50, the transparent plate 80 is installed in the structure, The reflector plate 60, the gripper 70, the fixing screw S and the transparent plate 80 are installed, and the cold cathode lamp CL is embedded by the gripper 70. Frame separation step (S10) for separating the frame 50 integrally installed in the structure by the fastener (90) from the structure; A transparent plate removing step (S20) of separating and removing the transparent plate 80 from the frame 50 separated in the frame separating step (S10); A lamp removing step (S30) of removing the cold cathode lamp (CL) from the frame (50) from which the transparent plate (80) is separated by the transparent plate separating step (S20); A gripping hole and a reflecting plate separating step (S40) for separating the gripping hole (70) and the reflecting plate (60) from the frame (50) from which the cold cathode lamp (CL) has been removed by the lamp removing step (S30); And A cold cathode and a reflecting plate removing step (S50) for removing the holding plate 70 and the reflecting plate 60 separated by the holding plate and the reflecting plate separating step (S40) from the frame 50; Dismantling method of landscape lighting device for lamps. The method of claim 3, wherein The frame separation step (S10), The plate 92 of the fastener 90 fixed to the plate 94 of the fastener 90, one side of which is fixed to the intermediate plate 52 of the frame 50 and the other of which is fixed to the structure, the plate A frame and plate separating step (S10-1) of removing the frame 50 from the plate 94 by removing it from the plate 94; And And a plate removing step (S10-2) of separating and removing the plate 94 from which the frame 50 is separated by the frame and plate separating step (S10-1) from a structure. The transparent plate removing step (S20), The transparent plate 80 fixed to the frame 50 by being caught by the locking groove 54a formed in the shield plate 54 of the frame 50 is moved along the longitudinal direction of the frame 50. Transparent plate moving step (S20-1); And And a transparent plate detaching step (S20-2) for leaving the transparent plate 80 moved by the transparent plate moving step (S20-1) to an end of the frame 50. The lamp removing step (S30), A lamp separation step (S30-1) for separating the cold cathode lamp (CL) from the gripper (70) embedded in the frame (50); And And a lamp detachment step (S30-2) for detaching the cold cathode lamp CL separated from the gripper 70 by the lamp separation step (S30-1) to the outside of the frame 50. , The gripper and reflector separation step (S40), By holding the fixing screw (S) fastened to the intermediate plate 52 of the frame 50 through the gripping tool 70 and the reflecting plate 60 by using a prepared tool, the gripping tool (70) and the screw release step (S40-1) to remove the fixing force of the reflecting plate (60); And By removing the fixing screw (S) released in the fastened state by the screw release step (S40-1) in the interior of the frame 50, the gripper 70 and the reflector plate in the frame 50 ( 60) to completely remove the screw removal step (S40-2); including, The gripper and the reflector removing step (S50), A gripper disengaging step (S50-1) of removing the gripper (70) by separating the gripper (70) from the inside of the frame (50) to the outside; When the gripper 70 is removed by the gripper detachment step S50-1, the reflector plate deformation step of deforming the shape of the reflector 60 by closing the inclined portion 64 of the reflector 60 is performed (S50). -2); And And a reflector detachment step (S50-3) for detaching the reflector plate 60 whose shape is deformed in the reflector deformation step (S50-2) to the outside of the frame 50. Dismantling method.

Images