JP2022022058A - Led fish lamp with improved assembly for waterproof function - Google Patents

Abstract

To provide a fish lamp which achieves simplification of assembly work during assembly for a waterproof function to facilitate the assembly.SOLUTION: An LED fish lamp 100 includes: a heat sink 110 which is fixed to an object to be installed; a printed circuit board 120 in which a plurality of LED elements 121 are mounted on a front surface and its rear is adhered to one surface of the heat sink to be installed; a transparent cover 130 which is assembled so that one side frame portion is adhered to a frame portion of the heat sink, transmits light, and diffuses the light to the outside; sealing restraint means 140 which is installed in a belt-like form having a certain width and a certain thickness, is disposed between the frame portion of the heat sink and a frame portion of the transparent cover, and maintains an adhesion state while restraining a peripheral portion of the printed circuit board to prevent penetration of moisture; and assembly fixing means 150 which has an inverted C shape, which is open at one side, and is fitted with the heat sink and the transparent cover from the outer side of respective steps 115, 135 formed in peripheral directions of the heat sink and the transparent cover through restoring force generated by tension with one-touch action to fix the heat sink and the transparent cover to each other.SELECTED DRAWING: Figure 1

Description

The present invention relates to an ELEDI fish lamp with improved assemblability for a waterproof function, and more specifically, a printed circuit board on which a large number of ELED elements are mounted on the front surface is closely attached to one surface. A sealing fixing means is interposed between the heat sink and the frame part where the transparent cover is in close contact, and each step in the peripheral direction is in a state where the peripheral part of the printed circuit board is restrained and closely attached to the heat sink by the restraining step of the sealing fixing means. By including the assembly and fixing means that are fixed by the one-touch type from the outside, the assembly manpower at the time of assembly for the waterproof function can be simplified and the assembly can be easily performed via the one-touch type assembly and fixing means. While assembling members such as bolts and nuts are not required, simplified assembly and fixing means can be applied to significantly increase manufacturing efficiency and at the same time significantly reduce manufacturing costs. , Sealed protrusions are formed one after another on the surface in close contact with the transparent cover in the peripheral direction, and a restraint step is formed inside the surface in close contact with the heat sink to restrain only a certain length of the peripheral part of the printed circuit board. With regard to the ELEDI fish lamp with improved assembleability for waterproof function that maintains a tight seal around the heat sink and the transparent cover that are in close contact with each other by applying the sealing restraint means. It is a thing.

ELED fish collection light (fish- With the rapid spread of luring lamps), the fact is that waterproof design is becoming more important in order to extend the life of ELEDI fish lamps in marine environments where waterproof functions are indispensable.

In general, the waterproof type ELD fish lamp configuration is made of liquid silicone for the connection part between the circuit board and the lamp cover, which is the contact surface part where the water comes into contact, in order to prevent the water from seeping into the inside of the fixture. The technique of applying is applied.

However, the liquid silicone applied to the joint between the circuit board and the lamp cover for waterproofing requires a curing time of about 24 hours at room temperature, and the liquid silicone application work is easy. Although it can be done, once the liquid silicone is applied, it cannot be disassembled or reassembled, and it is unavoidable that the liquid silicone is removed during rework for repair, and then the secondary coating work is performed. Since a fine space is formed in the portion, there is a problem that waterproofing is not completely performed.

In addition, due to the characteristics of the waterproof L-Eddy fish lamp, a waterproof inspection will be conducted after assembly, but since the liquid silicone takes a long time to cure, the production competitiveness of the product will be reduced, and the produced product will be inspected. Even if it is a good product that has undergone a process of inspecting for abnormalities after being submerged in water at a depth of less than 1 meter for 30 minutes, in a marine environment, the waterproof function is increasingly lost due to strong waves, salt and deformation due to temperature differences. A secondary defect of the El Edie fish lamp occurs.

When salt permeates into the poor waterproofing in this way, it causes corrosion of the ELED element, internal wiring and soldered parts, which results in the failure of the entire ELED fish lamp and causes a huge loss of post-management costs. There was a problem.

Various technologies have been developed to solve such conventional problems. As an example, the waterproof L is as seen in Patent Document 1 (Republic of Korea Registered Patent No. 1658460 registered on September 12, 2016). The ED lighting device was disclosed.

As shown in these Patent Documents 1, the conventional ELED lighting device for waterproofing is configured in a square shape, and constitutes a lighting device including a diffuser plate, a light source plate, a cover member, and an ELED substrate. It is composed of a frame and a band in which a large number of members are fixedly installed, and is fixedly installed along the inner wall surface of the above frame with a large number of L-Eddies on one side, and is selectively installed. Driven and configured in a square shape with an ELEDI board that provides a predetermined light source and fixedly installed in the frame at a height corresponding to the ELEDI provided in the ELEDI board, from a large number of ELEDI It is composed of a light guide plate that evenly disperses the light source and a square shape, is arranged on the lower surface of the light guide plate, is fixedly installed on the frame so as to form the lower surface of the lighting device, and diffuses the light of the light source that has passed through the light guide plate. It is configured to include a diffuser plate that acts and a cover member that is configured in a square shape and is fixedly installed on the frame with the upper surface of the lighting device in shape, and the end portions of the diffuser plate and the cover member that are in contact with the frame. Along with this, a silicone is applied to completely seal the inside of the lighting device so that the lighting device is waterproofed. The frame has a square shape in which four members having the shape of a bar are fixedly connected. A substrate anchoring groove is formed on the lower side of the inner wall along the length direction of each frame, and a light source anchoring portion has a constant height on one side of the substrate anchoring groove. A protrusion is formed on one side of the anchoring portion of the light guide plate so that the cross section of the anchoring portion of the diffuser plate forms an "L" shape, and the other side of the anchoring groove of the substrate is formed. Along with the formation of the screw fastening groove, the heat source is formed in a flange shape on the upper outer side of each frame, and the cross section is half at a certain point of the frame where the diffuser plate and the lower surface corner portion of the cover member meet. The gist of the technical configuration is that the silicone grooves are recessed and formed along the length direction so as to be on a circular surface.

However, as mentioned above, the conventional waterproof ELEDI lighting device is inconvenient to handle because its structure is very complicated and its own weight is heavy, and it is difficult to apply it to the ELEDI fish lamp that is applied to street lights and fish collection lamps. There was a problem.

In order to improve the above problems, the lightweight ELED lamp with enhanced waterproof function as shown in Patent Document 2 (Registered Patent No. 2022798 2019/09/10) is a circuit designed in advance on the front. The pattern is printed, and the circuit pattern is fitted with a number of ELEDI (30s) that are lit in response to the application of current and generate illumination light, while being electrically connected in length. Multiple bolt fitting holes (23) are formed along the end face of a single or multiple wire lead-in holes (21) and into which fastening bolts (22) are inserted. Eledy (30) mounted on the circuit board (20), coupled so as to be directly fixed along the front edge of the circuit board (20) formed at regular intervals and the circuit board (20). In the lightweight ELEDI fish lamp with enhanced waterproof function, which includes a transparent cover (40) that transmits and irradiates the illumination light generated from the Eldy (30) while protecting the lamp, the above lamp cover (40). A "∪" -shaped fastening groove (41) is formed along the outside of the edge, and the bottom surface of the fastening groove (41) is fitted through a bolt fitting hole (23) from the back side of the circuit board (20). A large number of fastening holes (42) to which the bolts (22) are screwed are formed at regular intervals, and the circuit board (20) is located at a certain distance inward from the formation position of the fastening groove (41). A gasket mounting groove (43) is formed along the inner end surface of the edge of the lamp cover (40) in contact with the front surface of the lamp, while a gasket mounting groove (43) is formed along the inner end surface of the edge of the lamp cover (40). A gasket (50) for preventing moisture from penetrating from the outside to the front surface of the circuit board (20) is fitted and mounted in the groove (43), and is formed on one side end of the circuit board (20). The electric wire lead-in hole (21) is fitted with an electric wire (W) via a separate waterproof packing (60) and connected to the electric wire lead-in hole (21).

According to the lightweight ELEDI fish lamp with the enhanced waterproof function as the ELEDI fish lamp by the conventional technique having the above-mentioned configuration, the electric wire lead-in hole formed in the circuit board is formed according to the thickness of the electric wire. Even if the waterproof packing for electric wires is fitted and installed without using a separate pressure device, even if it is used for a long time in a state of being exposed to humidity, the moisture and salt contained in the moisture will be inside the appliance. I was able to prevent it from flowing into.

However, the lightweight ELD fish lamp with enhanced waterproof function as the improved ELE D fish lamp as described above has a large number of bolts and nuts with a gasket fitted between the lamp cover and the front of the circuit board. Since it must be used and assembled, there is a problem that the assembly man-hours increase and the assembly is not easy as the assembly for the waterproof function is performed by a large number of bolts and nuts.

In addition, the process of assembling a large number of bolts and nuts is indispensable when assembling for the waterproof function, and the production efficiency for manufacturing is significantly reduced, and the labor cost for manufacturing and the application cost of bolts and nuts are also required. There was a problem that the production cost increased dramatically.

Therefore, while simplifying the assembly man-hours at the time of assembly for the waterproof function and making the assembly easy, the assembly members such as a large number of bolts and nuts are not required, and the simplified assembly members can be obtained. It is a fact that research and development of ELEDI fish lamps are required to improve the assembleability due to the waterproof function that can be applied to significantly increase the manufacturing efficiency and at the same time significantly reduce the manufacturing cost. ..

(Patent Document 1) Registered in Korea, Patent No. 1658460, registered on September 12, 2016.
(Patent Document 2) Registered in Korea No. 2022798 Registered on September 10, 2019.
(Patent Document 3) Korea Published Patent No. 2018-0131516 Published on 2018/12/10.

In order to solve the above-mentioned problems, the present invention comprises a heat sink in which a printed circuit board on which a large number of ELED elements are mounted in close contact is installed on one surface and a frame portion in which a transparent cover is in close contact. Includes an assembly fixing means in which a sealing fixing means is interposed between the two, and the peripheral part of the printed circuit board is restrained and adhered to the heat sink by the restraining step of the sealing fixing means, and is fixed by one-touch type from the outside of each step in the peripheral direction. The purpose of this is to provide an ELEDI fish lamp with improved assembleability for a waterproof function that simplifies the assembly time and facilitates assembly because it is a one-touch type assembly fixing means. ..

Another object of the technique according to the present invention is a hermetically sealed fixing means between a heat sink in which a printed circuit board on which a large number of ELED elements are mounted in close contact is installed on one surface and a frame portion in which a transparent cover is in close contact. By including an assembly fixing means that is fixed by one-touch type from the outside of each step in the peripheral direction in a state where the peripheral part of the printed circuit board is restrained and adhered to the heat sink by the restraining step of the sealing fixing means. Without the need for assembly members such as bolts and nuts, simplified assembly and fixing means can be applied to significantly increase manufacturing efficiency and at the same time significantly reduce manufacturing costs. can.

Another object of the technique according to the present invention is to bend and extend in a "U" shape so as to be rounded inward in the width direction of the assembly fixing means, and the end portion of the hook portion is at a constant angle toward the center side in the width direction. By preparing to incline, the end of the inclined hook is clogged with the outer surface of the peripheral part of the transparent cover and the outer surface on the opposite side where the printed circuit board of the heat sink is in close contact, and is stable so as not to come off when fixed. It can be hung and supported, whereby the assembled state of the assembly fixing means can be stably and firmly maintained.

Another object of the technique according to the present invention is that sealing protrusions are formed one after another in the peripheral direction on the surface in close contact with the transparent cover, and a constant peripheral portion of the printed circuit board is formed inside the surface in close contact with the heat sink. By applying the sealing restraining means in which the restraining step that restrains only the length is formed, a tight sealing is maintained with respect to the peripheral portion where the heat sink and the transparent cover are in close contact with each other.

In order to achieve the above-mentioned object, the present invention is as follows. That is, the ELEDI fish lamp with improved assemblability for the waterproof function according to the present invention is used in an environment continuously exposed to moisture, such as a fish collection lamp installed on a fishing boat, and has a waterproof function. Therefore, in the ELEDI fish lamp with improved assembleability, it is fixedly installed on the mounting bracket to be installed via a fixing means, a heat sink that releases heat from light emission to the outside, and is lit by applying electricity to light. A large number of ELED elements that irradiate the heat sink are mounted on the front surface, and the printed circuit board is installed in close contact with one side of the heat sink on the back surface. A transparent cover that allows the light emitted by the ELED element mounted on the printed circuit board to be transmitted and emitted to the outside, is provided in a strip shape with a certain width and thickness, and one side is the frame of the heat sink. The other surface is adhered to the frame portion of the transparent cover, and is interposed between the heat sink and the frame portion to which the transparent cover is adhered, and the peripheral portion of the printed circuit board is placed on one surface of the heat sink. A hermetically sealed restraining means that restrains and keeps it in close contact and prevents moisture from penetrating on the ELED element side, and a frame that is extended to a certain length in an inverted "U" shape with one side open. Provided, with a sealing restraining means interposed between the heat sink and the part of the frame to which the transparent cover is in close contact, the heat sink is assembled by fitting and assembling from the outside of each step in the peripheral direction through the return force by tension with a one-touch type. It is configured to include an assembly fixing means for fixing a peripheral portion in a state where a sealing restraining means is interposed between the transparent cover and the transparent cover.

Here, the heat sink is assembled so that a certain thickness is projected from the peripheral portion of one surface to form a clogged step, and the peripheral portion of the other surface is inclined and protrudes inward from the outside over a certain length to form a vertical step. A fixed rib circular ring type with a fixed step formed and a fixed rib circular ring type in which the fixing means is connected and fixed at a certain distance inside the assembled fixed step on both sides in the width direction, while being provided with the above-mentioned transparent shape. The cover is provided with an entirely transparent resin material, and is bent at a transmissive portion formed in an outward convex dome shape in the central portion in the width direction and at a portion around the transmissive portion at right angles to the outward step. An assembly fixing groove is formed with a certain width on the outer surface that includes the flange portion formed by the flange and has a step with the transmission portion of the flange portion, and a sealing groove is formed on the surface of the flange portion that is in close contact with the heat sink. The sealing restraining means is formed in a recessed manner, and the sealing restraining means is inserted into the sealing groove of the transparent cover on the surface in close contact with the transparent cover. A constraint step is formed to constrain only a certain length of the peripheral portion of the printed circuit board, and the assembly fixing means is provided on a frame extended by a certain length in an inverted "U" shape with one side open. The hook is bent and formed so that it protrudes inward in the width direction with an unequal shape with respect to a position separated by a certain distance from the open side end to the closed side, and the bent part of the hook is the assembly fixing step of the heat sink. It is desirable that the transparent cover is supported by being hooked on the assembly fixing groove with respect to the flange portion.

In addition, the heat sink protrudes to the peripheral portion of one surface by a certain thickness to form a clogged step, and protrudes from the outside to the peripheral portion of the other surface so as to incline over a certain length in a vertical step. An assembly-fixing step is formed so that the fixing means are connected and fixed at a certain distance from the inside with respect to the assembly-fixing step on both sides in the width direction. On the other hand, the transparent cover is provided of an entirely transparent resin material, and is bent at a transmissive portion formed in an outwardly convex dome shape in the central portion in the width direction and at a peripheral portion of the transmissive portion at right angles to an outward step. An assembly fixing groove is formed with a certain width on the outer surface that includes the flange portion formed by being formed and has a step with the transmission portion of the flange portion, and a sealing groove is formed on the surface of the flange portion that is in close contact with the heat sink. Is formed in a depressed manner, and the sealing restraining means is inserted into the sealing groove of the transparent cover on the surface in close contact with the transparent cover. A restraint step is formed on the inside that restrains only a certain length of the peripheral part of the printed circuit board, and the assembly fixing means is a frame extended to a certain length in an inverted "U" shape with one side open. Provided, the open side end is rounded inward in the width direction to form a "U" -shaped hook, and the end of the hook becomes the assembly fixing step of the heat sink and the assembly fixing groove for the flange of the transparent cover. Can be hooked and supported.

At this time, the assembly fixing means (150) is stabbed on the opposite surface of the outer surface having a step with the transmission portion with respect to the flange portion of the transparent cover and the assembly fixing step of the heat sink with respect to the end portion of the hanging portion. It is desirable that the end portion of the hooking portion is provided so as to be inclined at a constant angle toward the center side in the width direction of the opened portion so as to be point-supported.
Of course, the assembly fixing means is provided on a frame extended to a certain length in an inverted "U" shape with one side open, and is rounded inward in the width direction at the end on the open side to "U". Banded in a U-shape, the hook is extended, and the open end of the "U" shape is inclined inward over a certain length in a deflated shape. Can be formed.

In the above case, the assembly / fixing means has one point on the opposite surface of the outer surface having the transmission part and the step with respect to the flange part of the transparent cover with respect to the end of the hanging part and the one side of the assembly fixing step of the heat sink. It is desirable that the end of the hook is provided so as to be inclined at a certain angle toward the center side in the width direction of the open portion so as to be supported.

Further, the heat sink has a clogged step formed on the peripheral portion of one surface by a certain thickness and is supported by the outer step on one surface of the sealing restraining means. An assembly-fixing step is formed so that it protrudes so as to incline across, and a vertical step is formed. The transparent cover is provided on a plate of glass material having a certain thickness, while the sealing restraint means is provided on the surface of the surface in close contact with the heat sink, while being provided with a shape that is incised by a certain length of the type. A restraint step is formed on the inside to restrain the peripheral portion of the printed circuit board by a certain length, and the above-mentioned assembly fixing means is provided for a frame extended by a certain length in an inverted "U" shape with one side open. The hooked portion is bent and formed so that the hooked portion is projected inward in the width direction with an unequal shape at a position separated by a certain distance on the closed side from the open side end portion, and the bent portion of the hooked portion on either side is formed. The heat sink can be hooked and supported by the assembled and fixed step of the heat sink, and the bent portion of the hooked portion on the other side can be closely supported by the outer surface of the peripheral portion of the transparent cover.

In addition, the heat sink has a clogged step formed on the peripheral portion of one surface by a certain thickness and is supported by the outer step of one surface of the sealing restraining means, and is constant from the outside to the inward on the peripheral portion of the other surface. An assembly-fixing step is formed so that it protrudes so as to incline over the length and becomes a vertical step, and a fixing means is connected and fixed inside the assembly-fixing step with respect to both sides in the width direction at a certain distance. The transparent cover is provided on a plate of glass material having a certain thickness, while the ring type is provided in a shape incised by a certain length, and the sealing restraining means is in close contact with a heat sink. A restraint step is formed on the inside of the surface to restrain only a certain length of the peripheral portion of the printed circuit board, and the assembly fixing means is extended by a certain length in an open inverted "U" shape on one side. It is provided to the frame, and a "U" -shaped hook is formed on the open side end so as to form a round from the inside in the width direction, and the end of the hook on either side is the assembly fixing step of the heat sink. It is supported by being hooked on, and can be closely supported on the outer surface of the peripheral portion of the transparent cover on the outer surface of the hooking portion on either side.

At this time, the assembly / fixing means is pierced by the outer surface of the peripheral portion of the transparent cover and one side of the assembly / fixing step of the heat sink with respect to the end of the hooking portion so as to be supported at one point.
It is desirable that the end portion of the hooking portion is provided so as to be inclined at a constant angle toward the center side in the width direction of the open portion.

Of course, the above assembly fixing means is provided on a frame extended by a certain length in an inverted "U" shape with one side open, and "U" so that the open side end is rounded inward in the width direction. Banded in the shape of a glyph, the hook is extended, and the inverted "U" shape is formed so that the open end on the center side in the open width direction deflate and incline over a certain length inward. can do.

In the above case, the assembly fixing means is stabbed on the outer surface of the peripheral portion of the transparent cover and one side of the assembly fixing step of the heat sink with respect to the end of the hanging portion, and is hooked so as to be supported at one point. It is desirable that the end portion is provided so as to be inclined at a constant angle toward the center side in the width direction of the open portion.

The effect of the ELEDI fish lamp with improved assemblability for the waterproof function according to the present invention will be described as follows.

First, a sealing fixing means is interposed between the heat sink in which a printed circuit board on which a large number of ELED elements are mounted in close contact is installed on one surface and the frame portion in which the transparent cover is closely attached, and the sealing fixing means is restrained. By including the assembly fixing means that is fixed by the one-touch type from the outside of each step in the peripheral direction while the peripheral part of the printed circuit board is restrained and adhered to the heat sink due to the step, the waterproof function is provided via the one-touch type assembly fixing means. Assembling can be easily performed by simplifying the assembling man-hours at the time of assembling.

Second, a sealed fixing means is interposed between the heat sink on which a printed circuit board with a large number of ELED elements mounted on the front surface is closely attached and the frame part where the transparent cover is closely attached, and the sealed fixing means. Assembling a large number of bolts and nuts by including an assembly fixing means that is fixed by one-touch type from the outside of each step in the peripheral direction while the peripheral part of the printed circuit board is constrained and adhered to the heat sink due to the restraint step. It is possible to significantly increase the manufacturing efficiency and at the same time significantly reduce the manufacturing cost by applying the simplified assembly fixing means without requiring a member.

Third, it is rounded inward in the width direction of the assembly fixing means and banded in a "U" shape, and the end of the extended hook is provided so as to incline at a certain angle toward the center side in the width direction. By doing so, the end of the slanted hooking part clogs the outer surface of the peripheral part of the transparent cover and the outer surface on the opposite side where the printed circuit board of the heat sink is in close contact, and is stably hooked and supported so as not to be fixed and detached. This makes it possible to maintain the assembled state of the assembly fixing means in a stable and firm manner.

Fourth, sealing protrusions are formed one after another in the peripheral direction on the surface in close contact with the transparent cover, and a restraint step that restrains the peripheral part of the printed circuit board by a certain length inside the surface in close contact with the heat sink. By applying the sealing restraining means in which the heat sink is formed, the heat sink and the transparent cover can be brought into close contact with each other, and a tight sealing with respect to the surrounding portion can be maintained.

It is a separation perspective block diagram which showed the ELEDI fish lamp which improved the assembling property for the waterproof function by 1st Embodiment of this invention. It is a separated sectional view which showed the ELEDI fish lamp which improved the assembling property for the waterproof function by 1st Embodiment of this invention. It is an assembly cross-sectional block diagram which showed the ELEDI fish lamp which improved the assembling property for the waterproof function by 1st Embodiment of this invention. It is sectional drawing which showed the structure which improved the assembling property for the waterproof function by 1st Embodiment of this invention, and the other embodiment of the assembly fixing means of the main part were applied. .. An example cross-sectional view showing a structure in which another embodiment is applied to the assembling and fixing means of the main part of the ELEDI fish lamp with improved assembling property for the waterproof function according to the first embodiment of the present invention. be. An example cross-sectional view showing a structure in which another embodiment is applied to the assembling and fixing means of the main part of the ELEDI fish lamp with improved assembling property for the waterproof function according to the first embodiment of the present invention. be. It is a separation perspective block diagram which showed the ELEDI fish lamp which improved the assembling property for the waterproof function by 2nd Embodiment of this invention. It is a separated sectional view which showed the ELEDI fish lamp which improved the assembling property for the waterproof function by 2nd Embodiment of this invention. It is an assembly cross-sectional block diagram which showed the ELEDI fish lamp which improved the assembling property for the waterproof function by 2nd Embodiment of this invention. It is sectional drawing which showed the structure which improved the assembling property for the waterproof function by 2nd Embodiment of this invention, and the other embodiment of the assembly fixing means of the main part were applied. .. FIG. 2 is a cross-sectional example showing a structure in which another embodiment is applied to the assembling and fixing means of the main part of the ELEDI fish lamp having improved assembling property for the waterproof function according to the second embodiment of the present invention. Is. FIG. 2 is a cross-sectional example showing a structure in which another embodiment is applied to the assembling and fixing means of the main part of the ELEDI fish lamp having improved assembling property for the waterproof function according to the second embodiment of the present invention. Is. FIG. 2 is a cross-sectional example showing a structure in which another embodiment is applied to the assembling and fixing means of the main part of the ELEDI fish lamp having improved assembling property for the waterproof function according to the second embodiment of the present invention. Is.

Hereinafter, preferred embodiments of the ELEDI fish lamp with improved assemblability for the waterproof function according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a separated perspective configuration diagram showing an ELEDI fish lamp with improved assembling property for a waterproof function according to the first embodiment of the present invention, and FIG. 2 is a first embodiment of the present invention. It is a separation sectional view which showed the ELEDI fish lamp which improved the assembling property for the waterproof function by the above, and FIG. 3 shows the assembling property for the waterproof function by 1st Embodiment of this invention. It is an assembly cross-sectional block diagram which showed the made El Eddy lamp.

As shown in FIGS. 1 to 3, the ELEDI fish lamp (100) having improved assemblability for the waterproof function according to the preferred embodiment of the present invention is

It is used in an environment that is continuously exposed to humidity, such as a fishing light installed on a fishing boat, and of course, it is installed outdoors, which is an environment that is intermittently exposed to humidity such as rainy weather, such as a street light. It is an El Edie lighting fixture that may be used.

The L-Eddy fish lamp (100) with improved assembly for these waterproof functions can be broadly classified into a heat sink (110), a printed circuit board (120), a transparent cover (130), and a sealing restraining means (140). And assembly fixing means (150) are included.

Specifically, the heat sink (110) is fixedly installed on a mounting bracket to be installed via a fixing means, and heat generated by light emission is released to the outside.

Further, the printed circuit board (120) is lit by the application of electricity, irradiates light, and a large number of ELED elements (121) are mounted on the front surface, and the rear is in close contact with one surface of the heat sink (110). It is to be installed.

At this time, it is desirable that the printed circuit board (120) as described above is closely attached to one surface of the heat sink (110), but it may be integrally formed on one surface of the heat sink (110) through printing. right.

Of course, even when the printed circuit board (120) integrally formed on one surface of the heat sink (110) as described above is applied through printing, a large number of pieces are on the front surface of the printed circuit board (120). It is desirable that an ELED element is mounted.

On the other hand, the transparent cover (130) is assembled so that the frame portion on one side is in close contact with the frame portion of the heat sink (110), and is mounted on the printed circuit board (120). The light emitted by (121) is transmitted and emitted to the outside.

The hermetically sealed restraining means (140) is provided in a band shape having a certain width and thickness, one surface of which is in close contact with the frame portion of the heat sink (110), and the other surface of the frame of the transparent cover (130). It is closely attached to the portion, is interposed between the heat sink (110) and the portion of the frame to which the transparent cover (130) is adhered, and restrains the peripheral portion of the printed circuit board (120) on one surface of the heat sink (110). While maintaining the contact state, it prevents moisture from penetrating into the ELED element (121) side.

It is preferable that the sealing restraining means (140) as described above has a band shape having a certain width and thickness, and is provided with a packing made of a rubber material.

Further, the assembly fixing means (150) is provided by a frame extended by a certain length in an inverted "U" shape with one side open, and the heat sink (110) and the transparent cover (130) are brought into close contact with each other. With the sealing restraint means (140) interposed between the frame and the frame, the heat sink (110) and the transparent cover (130) are assembled by fitting and assembling from the outside of each step in the peripheral direction via the return force by tension with a one-touch type. ) And the hermetically restrained means (140) are interposed to fix the surrounding part.

As shown in FIG. 1, these assembling and fixing means (150) are preferably fitted and assembled from the four directions around the heat sink (110), the transparent cover (130) and the sealing restraining means (140), respectively, and the heat sink (110). ), The total length of the transparent cover (130) and the sealing restraint means (140) with respect to the four directions corresponds to each other, and it can be fitted and assembled, or it can be fitted and assembled to the length except for a part. ..

In the ELEDI fish lamp (100) having improved assemblability for the waterproof function according to the first embodiment of the present invention having the above-described configuration, the heat sink (110) is particularly constant in the peripheral portion on one surface. A clogged step (111) is formed by protruding by the thickness.

Further, the heat sink (110) is projected from the outside to a certain length inward on the peripheral portion of the other surface, is projected so as to be inclined, and is vertically stepped to form an assembly fixed step (115).
Further, in the heat sink (110), a fixing rib (117) in which the fixing means is connected and fixed at a certain distance inside the assembly fixing step (115) on both sides in the width direction is incised by a certain length of the circular ring type. It is desirable that the shape is provided.

At this time, the fixed rib (117) was specifically shown in the drawing, but there is a certain space between the upper part and the lower part of the installation target for installing the ELEDI fish lamp (100), for example, the upper part and the lower part constituting the fish collecting lamp. It is a configuration for fixed installation on a mounting bracket (not shown) that is placed and placed.

On the other hand, the transparent cover (130) is provided of an entirely transparent resin material, and has a transmissive portion (131) formed in an outwardly convex dome shape in a central portion in the width direction and a periphery of the transmissive portion (131). The outer surface is constant so as to include a flange portion (133) formed by bending the portion outwardly and then being bent at right angles to form a step with the transmissive portion (131) of the flange portion (133). The assembly fixing groove (135) is formed by being depressed with a width of the above, and the sealing groove (137) is formed by being depressed on the surface of the flange portion (133) in close contact with the heat sink.

Further, in the sealing restraining means (140), the sealing projections (147) for inserting and adhering to the sealing groove (137) of the transparent cover (130) are sequentially inserted in the peripheral direction on the surface to be in close contact with the transparent cover (130). A constraint step (142) is formed inside the surface that is projected and is in close contact with the heat sink (110) to constrain only a certain length of the peripheral portion of the printed circuit board (120).

Further, the assembly fixing means (150), which is a main part of the ELEDI fish lamp (100) having improved assemblability for the waterproof function according to the first embodiment of the present invention having the above-mentioned configuration, is It is provided in an inverted "U" shape with one side open and extended by a certain length, so that it protrudes inward with an inequality sign in the width direction at a position a certain distance away from the closed side at the end of the open side. The hooking portion (151) is bent and formed.

In the assembly / fixing means (150) as described above, the bent portion of the hanging portion (151) is the assembly / fixing step (115) of the heat sink (110) and the flange portion (133) of the transparent cover (130). It would be desirable to hang on the groove (135) and be supported.

Of course, in the ELEDI fish lamp (100) having an improved assemblability for the waterproof function according to the first embodiment of the present invention having the configuration as described above, electricity is applied to the ELEDI element (121) side. The electric wire is drawn to the side where the ELED element (121) is arranged and sealed from the outside, and the electric wire lead-in hole (unsigned) for that is one side in the length direction of the heat sink (110). It can be formed through the central part in the width direction with respect to.

At this time, the electric wire is cut off from the outside and the space where the ELED element (121) is arranged in the electric wire lead-in hole (unsigned), and a waterproof packing (not shown) is fitted and fixed so as to be drawn in. The wire is retracted and installed so that the electric wire is in close contact with the outer surface through a ventilation hole formed in the center of such a waterproof packing (not shown), and such a structure is the same structure as the conventional ELEDI fish lamp. Therefore, a more detailed explanation will be omitted.

FIG. 4 is a cross section showing a structure to which another embodiment of the assembly fixing means of the main part is applied to the ELEDI fish lamp having improved assembling property for the waterproof function according to the first embodiment of the present invention. It is an exemplary figure.

As shown in FIG. 4, the embodiment of the assembly / fixing means has a difference only in the shape of the hook portion from the embodiment of the assembly / fixing means described with reference to FIGS. 1 to 3.

With reference to FIG. 4, the assembly fixing means (150) is provided on a frame extended by a certain length in an inverted "U" shape with one side open and rounded inward in the width direction at the open side end. , The hanging part (151) is banded in an inverted "U" shape.

In the assembly fixing means (150) as described above, the end portion of the hanging portion (151) is the assembly fixing step (115) of the heat sink (110) and the assembly fixing groove of the flange portion (133) of the transparent cover (130). It is desirable to be supported by (135).

FIGS. 5a to 5c are ELEDI fish lamps having improved assemblability for the waterproof function according to the first embodiment of the present invention, and another embodiment is applied to the assembling and fixing means of the main part. It is sectional drawing which showed the structure.

First, as shown in FIG. 5a, the embodiment of the assembly fixing means may have a difference only in the shape of the hooking portion from the embodiment of the assembly fixing means described with reference to FIG.
Referring to FIG. 5a, the assembly fixing means (150) has an outer surface and a heat sink (131) which are stepped with the transmissive portion (131) of the flange portion (133) of the transparent curver (130) with respect to the end portion of the hanging portion (151). 110) Assembly fixed step (115) Can be stabbed on one side of the surface and supported at one point.

Therefore, the assembly fixing means (150) may be provided so that the end portion of the hanging portion (151) is inclined at a certain angle toward the center side in the width direction of the open portion.

Further, as shown in FIG. 5b, the embodiment of the assembling and fixing means has a width in the vertical direction toward the open side of the "U" shape, which is the opposite of the embodiment of the assembling and fixing means described with reference to FIG. The only difference is that it has a shape that is tapered to be shorter.

That is, referring to FIG. 5b, the assembly fixing means (150) is provided with a frame extended by a certain length in an inverted "U" shape with one side open and rounded inward in the width direction at the open side end. It is bent into a "U" shape, and the hanging part (151) is extended and formed. It deflate across and form to tilt.

As described above, the assembly fixing means (150) is formed so that the end of the inverted "U" shape, which is open to the center in the open width direction, faces inward and is deflated and tilted over a certain length. By being applied, the tension restoring force is maximized and the assembly fixing to the assembly fixing means (150) becomes stronger.

As shown in FIG. 5c, the embodiment of the assembly / fixing means has a difference only in the shape of the hook portion from the embodiment of the assembly / fixing means described with reference to FIG. 5b.

Referring to FIG. 5c, the assembly fixing means (150) is provided by a frame extended by a certain length in an inverted "U" shape with one side open, and is "U" rounded inward in the width direction at the open side end. Banding in a glyph shape, the hanging part (151) is extended and formed, and the end part of the inverted "U" shape that is open to the center in the open width direction is deflated and tilted inward over a certain length. Is formed in.

The assembly and fixing means (150) as described above has an outer surface and a heat sink (110) that form a step with the transmissive portion (131) of the flange portion (133) of the transparent curver (130) with respect to the end portion of the hook portion (151). ) Assembled and fixed step (115) It is stabbed on one side of the surface and can be supported at one point.

Therefore, the assembly fixing means (150) may be provided so that the end portion of the hanging portion (151) is inclined at a certain angle toward the center side in the width direction of the open portion.
FIG. 6 is a separated perspective configuration diagram showing an ELEDI fish lamp with improved assemblability for the waterproof function according to the second embodiment of the present invention, and FIG. 7 is a second embodiment of the present invention. It is a separation sectional view which showed the ELEDI fish lamp which improved the assembling property for the waterproof function by, and FIG. 8 shows the assembling property for the waterproof function by the 2nd Embodiment of this invention. It is an assembly cross-sectional block diagram which showed the ELED lamp.

As shown in FIGS. 6-8, the embodiments differ from the embodiments described with reference to FIGS. 1 to 3 only in shape and structure of the transparent cover.
As shown in FIGS. 6 to 8, the ELEDI fish lamp (100) having improved assemblability due to the waterproof function according to the second embodiment of the present invention can be broadly classified into a heat sink (110) and a printed circuit board (printed circuit board). Includes 120), transparent cover (130), sealing restraint means (140) and assembly fixing means (150).

Specifically, the heat sink (110) is fixedly installed on a mounting bracket to be installed via a fixing means, and heat generated by light emission is released to the outside.

In addition, the printed circuit board (120) is lit by the application of electricity, and a large number of ELED elements (121) that irradiate light are mounted on the front surface, and are in close contact with one surface of the heat sink (110) on the rear surface. It is to be installed.

At this time, it is desirable that the printed circuit board (120) as described above is closely attached to one surface of the heat sink (110), but it may be integrally printed and formed on one surface of the heat sink (110). Let's go.

Of course, even when the printed circuit board (120) formed by integrally printing on one surface of the heat sink (110) as described above is applied, a large number of pieces are printed on the front surface of the printed circuit board (120). It is desirable that an ELED element is mounted.

On the other hand, the transparent cover (130) is assembled so that the one-side frame portion is in close contact with the frame portion of the heat sink (110), and is mounted on the printed circuit board (120). The light emitted by 121) is transmitted and emitted to the outside.

The hermetically sealed restraining means (140) is provided in a band shape having a certain width and thickness, one surface of which is in close contact with the frame portion of the heat sink (110), and the other surface of which is the frame of the transparent cover (130). It is closely attached to the portion, is interposed between the heat sink (110) and the frame portion to which the transparent cover (130) is adhered, and restrains the peripheral portion of the printed circuit board (120) on one surface of the heat sink (110). However, it is intended to maintain a close contact state and prevent moisture from penetrating into the ELED element (121) side.

It is particularly preferable that the sealing restraining means (140) as described above is provided with a packing made of a rubber material having a band shape having a certain width and thickness.

Further, the assembly fixing means (150) is provided by a frame extended to a certain length in an inverted "U" shape with one side open, and the heat sink (110) and the transparent cover (130) are brought into close contact with each other. With the sealing restraint means (140) interposed between the frame and the frame, the heat sink (110) and the transparent cover (130) are fitted and assembled from the outside of each step in the peripheral direction via the return force by tension with a one-touch type. ) And the hermetically restrained means (140) are interposed to fix the surrounding part.

As shown in FIG. 6, these assembling and fixing means (150) are preferably fitted and assembled from the four directions around the heat sink (110), the transparent cover (130) and the sealing restraining means (140), respectively, and the heat sink (110). ), The transparent cover (130) and the sealing restraint means (140) can be fitted and assembled corresponding to the entire length around the four directions, or can be fitted and assembled to the length except for a part. ..

In the ELEDI fish lamp (100) having an improved assemblability for the waterproof function according to the second embodiment of the present invention having the above-described configuration, the heat sink (110) is particularly constant around one surface. A clogged step (111) is formed by protruding by the thickness.

Further, the heat sink (110) is formed with an assembly fixing step (115) so as to be projected from the outside so as to be inclined inward from the outside to a certain length and to be vertically stepped on the peripheral portion of the other surface.

Further, in the heat sink (110), a fixing rib (117) in which the fixing means is connected and fixed at a certain distance inside the assembly fixing step (115) on both sides in the width direction is incised by a certain length of the circular ring type. It is desirable that the shape is provided.

At this time, although the fixed rib (117) was not specifically shown in the drawing, a certain distance was placed between the upper part and the lower part of the installation target for installing the ELEDE lamp (100), for example, the fish collecting lamp. It is a configuration for fixed installation on a mounting bracket (not shown) arranged in a fixed manner.

On the other hand, the transparent cover (130) is provided on a transparent resin material plate having a certain thickness or on a glass material plate.

Further, in the hermetically sealed restraining means (140), a restraining step (142) for restraining only a fixed length of a portion around the printed circuit board (120) is formed inside the surface in close contact with the heat sink (110). ..

Further, the assembly fixing means (150), which is a main part of the ELEDI fish lamp (100) having improved assemblability for the waterproof function according to the second embodiment of the present invention having the above-mentioned configuration, is It is provided in an inverted "U" shape with one side open and extended by a certain length, so that it protrudes inward with an inequality sign in the width direction at a position a certain distance away from the closed side at the end of the open side. The hooking portion (151) is bent and formed.

In the assembly fixing means (150) as described above, the bent portion of the hooking portion (151) on one side is hooked and supported by the assembly fixing step (115) of the heat sink (110), and the hooking portion on one side is supported. It is desirable that the bent portion of (151) be closely supported to the outer surface of the peripheral portion of the transparent cover (130).

Of course, in the ELEDI fish lamp (100) having an improved assemblability for the waterproof function according to the second embodiment of the present invention having the configuration as described above, electricity is applied to the ELEDE element (121) side. The electric wire is drawn from the outside to the side where the ELED element (121) is arranged and sealed, and the electric wire lead-in hole (unsigned) for that is the width with respect to one side in the length direction of the heat sink (110). It can be formed through the center of the direction.

At this time, the electric wire is cut off from the outside and the space where the ELED element (121) is arranged in the electric wire lead-in hole (unsigned), and a waterproof packing (not shown) is fitted and fixed so as to be drawn in. Through a hole formed in the center of such a waterproof packing (not shown), the electric wire is pulled in and installed while being in close contact with the outer surface. Since it has the same structure, a more detailed description will be omitted.

FIG. 9 is a cross-sectional example showing a structure to which another embodiment of the assembling and fixing means of the main part is applied in the ELED lamp with improved assembling property for the waterproof function according to the second embodiment of the present invention. It is a figure.

As shown in FIG. 9, the embodiment of the assembling and fixing means has a difference only in the shape of the hooking portion from the embodiment of the assembling and fixing means described with reference to FIGS. 6 to 8.

With reference to FIG. 9, the assembly fixing means (150) is provided on a frame extended by a certain length in an inverted "U" shape with one side open, so that it rounds inward in the width direction at the open side end. The hanging portion (151) is bent and formed in a "U" shape.

In the assembly fixing means (150) as described above, the bent portion of the hooking portion (151) on one side is hooked and supported by the assembly fixing step (115) of the heat sink (110), and the hooking portion on one side is supported. It is desirable that the bent portion of (151) be closely supported to the outer surface of the peripheral portion of the transparent cover (130).

FIGS. 10a to 10c are applied in another embodiment to the assembling and fixing means of the main part in the ELEDI fish lamp having improved the assembling property for the waterproof function according to the second embodiment of the present invention. It is sectional drawing which showed the structure.

First, as shown in FIG. 10a, the embodiment of the assembly / fixing means differs from the embodiment of the assembly / fixing means described with reference to FIGS. 6 to 8 only in the shape of the hook portion.

Referring to FIG. 10a, the assembly fixing means (150) is the outer surface of the peripheral portion of the transparent cover (130) and one side of the assembly fixing step (115) of the heat sink (110) with respect to the end of the hanging portion (151). It can be stabbed on the surface of the surface and supported at one point.

Therefore, the assembly fixing means (150) can be provided so that the end portion of the hanging portion (151) is inclined at a constant angle toward the center side in the width direction of the opened portion.

Further, as shown in FIG. 10b, the embodiment of the assembly fixing means is the width in the vertical direction toward the open side of the "U" shape as compared with the embodiment of the assembly fixing means described with reference to FIGS. 6 to 8. The only difference is that it has a shape that is tapered so that it is shorter.

That is, referring to FIG. 10b, the assembly fixing means (150) is provided with a frame extended by a certain length in an inverted "U" shape with one side open and rounded inward in the width direction at the open side end. The hook (151) is extended and formed by bending it into a "U" shape, and the end portion of the inverted "U" shape opened to the center in the open width direction extends inward for a certain length. It can be formed to be deflated and tilted.

As described above, the assembly fixing means (150) is formed so that the end portion of the inverted "U" shape, which is open to the center in the open width direction, is deflated and inclined inward over a certain length. When applied, it maximizes the tension restoring force and makes the assembly and fixing of the assembly and fixing means (150) stronger.

On the other hand, as shown in FIG. 10c, the embodiment of the assembly clip has a difference only in the shape of the hook portion from the embodiment of the assembly fixing means described with reference to FIG. 10b.

Referring to FIG. 10c, the assembly fixing means (150) is provided in a frame extended by a certain length in an inverted "U" shape with one side open and rounded inward in the width direction at the open side end. It is bent into a U-shape to form an extension of the hook (151), and the end of the "U" shape that is open to the center in the open width direction is deflated and tilted inward over a certain length. It is formed.

The assembly / fixing means (150) as described above is particularly provided on the outer surface of the peripheral portion of the transparent cover (130) and the assembly / fixing step (115) on one side of the heat sink (110) with respect to the end of the hanging portion (151). It can be stabbed on the surface and supported at one point, and the end of the hook (151) can be provided so as to incline at a certain angle toward the center side in the width direction of the open portion. Let's go.

According to the embodiment of the ELED lamp with improved assemblability for the waterproof function according to the present invention as described above, the printed circuit board on which a large number of ELED elements are mounted is closely installed on one surface. A sealing fixing means is interposed between the heat sink and the frame part where the transparent cover is in close contact, and the peripheral part of the printed circuit board is restrained and closely attached to the heat sink by the restraining step of the sealing fixing means. By including the assembling and fixing means fixed by the one-touch type, the assembling manpower at the time of assembling for the waterproof function can be simplified and the assembling can be easily performed via the one-touch type assembling and fixing means.

In addition, a sealing fixing means is interposed between the heat sink in which a printed circuit board on which a large number of ELED elements are mounted in close contact is installed on one surface and the frame portion in which the transparent cover is closely attached, and the sealing fixing means is restrained. By including the assembly fixing means that is fixed by one-touch type from the outside of each step in the peripheral direction while the peripheral part of the printed circuit board is restrained and adhered to the heat sink due to the step, a large number of assembly members such as bolts and nuts can be attached. Without being required, simplified assembly and fixing means can be applied to significantly increase manufacturing efficiency and at the same time significantly reduce manufacturing costs.

At the same time, the end of the hooking portion, which is rounded inward in the width direction of the assembly fixing means and banded in a "U" shape, is provided so as to be inclined at a certain angle toward the center side in the width direction. The end of the hooking part can be stably hooked and supported so as not to be fixed and detached by clogging the outer surface of the peripheral part of the transparent cover or the outer surface on the opposite side where the printed circuit board of the heat sink is in close contact. As a result, the assembled state of the assembly fixing means can be stably and firmly maintained.

In addition, the restoring force of tension is applied by applying an assembly fixing means in which an inverted "U" -shaped open end portion is formed so as to be deflated and inclined inward over a certain length in the open width direction. The assembly and fixing of the assembly and fixing means can be performed more firmly by maximizing the above.

In addition, sealing protrusions are formed one after another in the peripheral direction on the surface in close contact with the transparent cover, and a restraint step that restrains the peripheral portion of the printed circuit board by a certain length is formed inside the surface in close contact with the heat sink. By applying the formed sealing restraining means, it becomes possible to maintain a tight sealing with respect to the peripheral portion of the total adhesion between the heat sink and the transparent cover.

Although specific embodiments of the present invention have been described in detail above, the present invention is not limited thereto, and the present invention varies depending on a person having ordinary knowledge in the technical field to which the invention belongs. It is possible to carry out various modifications, and these modifications are included in the scope of the present invention.

100: El Edie Fish Light
110: Heat sink
111: Clogged step
115: Assembly fixed step
117: Fixed rib
120: Printed circuit board
121: ELED element
130: Transparent cover
131: Transparency
133: Flange part
135: Assembly fixing groove
137: Sealed groove
140: Sealed restraint means
142: Restraint step
147: Sealed protrusion
150: Assembly and fixing means
151: Hanging part

It is a separated perspective block diagram which showed the ELEDI fish lamp which improved the assembling property for the waterproof function by 1st Embodiment of this invention. It is a separated sectional view which showed the ELEDI fish lamp which improved the assembling property for the waterproof function by 1st Embodiment of this invention. It is an assembly cross-sectional block diagram which showed the ELEDI fish lamp which improved the assembling property for the waterproof function by 1st Embodiment of this invention. It is sectional drawing which showed the structure which improved the assembling property for the waterproof function by 1st Embodiment of this invention, and the other embodiment of the assembly fixing means of the main part were applied. .. An example cross-sectional view showing a structure in which another embodiment is applied to the assembling and fixing means of the main part of the ELEDI fish lamp with improved assembling property for the waterproof function according to the first embodiment of the present invention. be. An example cross-sectional view showing a structure in which another embodiment is applied to the assembling and fixing means of the main part of the ELEDI fish lamp with improved assembling property for the waterproof function according to the first embodiment of the present invention. be. An example cross-sectional view showing a structure in which another embodiment is applied to the assembling and fixing means of the main part of the ELEDI fish lamp with improved assembling property for the waterproof function according to the first embodiment of the present invention. be. It is a separation perspective block diagram which showed the ELEDI fish lamp which improved the assembling property for the waterproof function by 2nd Embodiment of this invention. It is a separated sectional view which showed the ELEDI fish lamp which improved the assembling property for the waterproof function by 2nd Embodiment of this invention. It is an assembly cross-sectional block diagram which showed the ELEDI fish lamp which improved the assembling property for the waterproof function by 2nd Embodiment of this invention. It is sectional drawing which showed the structure which improved the assembling property for the waterproof function by 2nd Embodiment of this invention, and the other embodiment of the assembly fixing means of the main part were applied. .. FIG. 2 is a cross-sectional example showing a structure in which another embodiment is applied to the assembling and fixing means of the main part of the ELEDI fish lamp having improved assembling property for the waterproof function according to the second embodiment of the present invention. Is. FIG. 2 is a cross-sectional example showing a structure in which another embodiment is applied to the assembling and fixing means of the main part of the ELEDI fish lamp having improved assembling property for the waterproof function according to the second embodiment of the present invention. Is. FIG. 2 is a cross-sectional example showing a structure in which another embodiment is applied to the assembling and fixing means of the main part of the ELEDI fish lamp having improved assembling property for the waterproof function according to the second embodiment of the present invention. Is.

Claims (11)

This is the target of installation in the ELEDI fish lamp (100), which is used in an environment that is continuously exposed to moisture, such as a fish lamp installed on a fishing boat, and has improved assembly for a waterproof function. A heat sink (110) that is fixedly installed on the mounting bracket via a fixing means and emits heat from light emission to the outside, and multiple ELED elements (121) that are lit by applying electricity and irradiate light are on the front. The printed circuit board (120), which is mounted and the rear is closely installed on one surface of the heat sink (110), is assembled so that the one-side frame portion is in close contact with the frame portion of the heat sink (110). A transparent cover (130) that allows the light emitted by the ELED element (121) mounted on the printed circuit board (120) to be transmitted and radiated to the outside, and is installed in a strip shape with a constant width and thickness. Then, one side of the heat sink (110) is brought into close contact with the frame portion of the heat sink (110), but the heat sink (110) and the transparent cover (130) are brought into close contact with the frame portion of the transparent cover (130). It is interposed between the frame and the heat sink (110), and while restraining the peripheral part of the printed circuit board (120) on one side of the heat sink (120), it is maintained in close contact with the heat sink (110), and at the same time, moisture permeates the ELED element (121) side. It is provided with a hermetic restraint (140) that prevents it from happening and a frame that is extended to a certain length in an inverted "U" shape with one side open, and the heat sink (110) and the transparent cover (130) are in close contact with each other. With the sealing restraining means (140) interposed between the frame and the frame, the heat sink (110) and the transparent cover are assembled by fitting and assembling from the outside of each step in the peripheral direction via the restoring force by tension with a one-touch type. Improves assemblability for waterproofing, characterized by including assembly fixing means (150) that secure the perimeter with a hermetic restraint means (140) intervened between (130) and (130). El Edie fish lantern. In the first term, the heat sink (110) protrudes to the peripheral portion of one surface by a certain thickness to form a clogged step (111), and the heat sink (110) projects inclined inward from the outside to the peripheral portion of the other surface over a certain length. A circular ring is formed on the assembly fixing step (115) on both sides in the width direction, and the fixing rib (117) is connected and fixed at a certain distance inside the assembly fixing step (115) on both sides in the width direction. The transparent cover (130) is provided with an entirely transparent resin material and is formed in an outwardly convex dome shape in the central portion in the width direction, while being provided with a shape incised by a certain length of the type. A transmissive portion (131) and a flange portion (133) formed by bending an outward step at an orthogonal angle to a peripheral portion of the transmissive portion (131), and the transmissive portion (131) of the flange portion (133). An assembly fixing groove (135) is recessed and formed on the outer surface that becomes a step, and a sealing groove (137) is recessed and formed on the surface of the flange portion (133) that is in close contact with the heat sink. The restraining means (140) is inserted into the sealing groove (137) of the transparent cover (130) on the surface to be in close contact with the transparent cover (130). A restraint step (142) that restrains only a certain length around the printed circuit board (120) is formed inside the surface that is in close contact with (110), and one side of the assembly fixing means (150) is open. It is provided on a frame that has been extended to a certain length in an inverted "U" shape, and has a hook so that it protrudes inward with an unequal shape in the width direction at a position a certain distance away from the closed side at the end on the open side. 151) is bent and formed, and the bent part of the hook (151) becomes the assembly fixing step (115) of the heat sink (110) and the assembly fixing groove (135) of the plan branch (133) of the transparent cover (130). El Edie fish lamp with improved assembleability for waterproof function, which is characterized by being supported by a hook. In the first term, the heat sink (110) is projected from the peripheral portion of one surface by a certain thickness to form a clogged step (111), and is inclined from the outside to the peripheral portion of the other surface over a certain length inward. , An assembly-fixing step (115) that protrudes and becomes a vertical step is formed, and a fixing rib (117) is formed inside the assembly-fixing step (115) on both sides in the width direction to connect and fix the fixing means at a certain distance. The transparent cover (130) is provided with an entirely transparent resin material and is formed in an outwardly convex dome shape in the central portion in the width direction, while being provided in the shape of a circular ring type incised by a certain length. A transmissive portion (131) to be formed, and a flange portion (133) formed by being bent outward at an outward step in a portion surrounding the transmissive portion (131), and a transmissive portion (133) of the flange portion (133). An assembly fixing groove (135) is formed by being depressed with a certain width on the outer surface that becomes a step with 131), and a closed platform (137) is formed by being depressed on the surface of the flange portion (133) that is in close contact with the heat sink. In the above-mentioned sealing restraining means (140), the transparent cover (130) and the sealing projection (147) for close contact are inserted into the transparent cover (130) and the sealing platform (137) one after another on the surface to be in close contact with the transparent cover (130). A restraining step (142) is formed inside the surface in close contact with the heat sink (110) by a certain length around the printed circuit board (120), and the assembly fixing means (150) is used. It is provided on a frame that is extended to a certain length in an inverted "U" shape with one side open, and the open side end is rounded inward in the width direction to form a "U" shape with a hook (151) bent. The feature is that the end portion of the hooking portion (151) is hooked and supported by the assembly fixing step (115) of the heat sink (110) and the assembly fixing groove (135) of the flange portion (133) of the transparent cover (130). El Edie fish lamp with improved assembly for waterproof function. In the third item, the assembly fixing means (150) is a stepped outer surface and a heat sink (110) with the transmissive portion (131) of the flange portion (133) of the transparent cover with respect to the end portion of the hanging portion (151). Assembled and fixed step (115) The end of the hook (151) is tilted at a certain angle toward the center side in the width direction of the open part so that it is stabbed on one side of the surface and supported at one point. El Edie fish lamp with improved assembleability for its characteristic waterproof function. In paragraph 3, the assembly fixing means (150) is provided on a frame extended by a certain length in an inverted "U" shape with one side open and rounded inward in the width direction at the open side end. The hanging part (151) is banded into a U-shape to form an extension, and the end opened to the center side in the open width direction of the inverted "U" shape deflate and incline over a certain length inward. El Eddie fish lantern with improved assemblability for waterproof function characterized by being formed in such a way. In the fifth item, the assembly fixing means (150) has an outer surface and a heat sink (131) that form a step with the transmission portion (131) of the flange portion (133) of the transparent cover (130) with respect to the end portion of the hook portion (151). 110) Assembly Fixed step (115) The end of the hook (151) is tilted at a certain angle toward the center side in the width direction of the open part so that it is stabbed on the surface on one side and supported at one point. El Edie fish lamp with improved assembleability for waterproof function. In the first term, the heat sink (110) has a clogging step (111) formed on the peripheral portion of one surface so as to project to a certain thickness and to be supported by the outer step on one surface of the sealing restraining means (140). An assembly-fixed step (115) is formed by projecting vertically from the outside to the peripheral portion of the surface so as to incline over a certain length, and is constant inside the assembly-fixed step (115) on both sides in the width direction. The transparent cover (130) is made of glass having a certain thickness, while the fixing rib (117) to which the fixing means is joined and fixed is provided in a circular ring type incised by a certain length. Provided on a plate of material, the hermetic restraint means (140) is a restraint step (140) that constrains only a certain length around the printed circuit board (120) inside the surface that is in close contact with the heat sink (110). 142) is formed, and the assembly fixing means (150) is provided on a frame extended by a certain length in an inverted "U" shape with one side open, and is located at a certain distance on the closed side at the open side end. The hanging portion (151) is bent and formed so as to project inwardly in the width direction with an unequal shape, and the bent portion of the hanging portion (151) on one side is the assembly fixing step of the heat sink (110). Assembly for waterproof function characterized by being hooked and supported by (115) and the bent portion of a hook (151) on one side being closely supported to the outer surface of the peripheral portion of the transparent cover (130). El Edie lighting equipment with improved sex. In the first term, the heat sink (110) has a clogging step (111) formed in the peripheral portion of one surface so as to project to a certain thickness and to be supported by the outer step on one surface of the sealing restraining means (140). An assembly-fixed step (115) is formed by projecting vertically from the outside to the peripheral portion of the surface so as to incline over a certain length, and is constant inside the assembly-fixed step (115) on both sides in the width direction. The transparent cover (130) is made of a glass material having a certain thickness, while the fixing rib (117) to which the fixing means is joined and fixed is provided in a circular ring type incised shape by a certain length. Provided on the board of the above, the hermetic restraint means (140) is a restraint step (142) that restrains only a certain length of the peripheral portion of the printed circuit board (120) inside the surface in close contact with the heat sink (110). ) Is formed, and the assembly fixing means (150) is provided on a frame extended by a certain length in an inverted "U" shape with one side open, and is rounded inward in the width direction at the open side end to "U". The hooking portion (151) is bent and formed in the shape of "", and the end of the hooking portion (151) on one side is supported by the assembled fixed step (115) of the heat sink (110), and the hooking portion on one side is supported. The outer surface of (151) is an ELEDI fish lamp with improved assembleability for a waterproof function, which is characterized by being closely supported to the outer surface of the peripheral portion of the transparent cover (130). In the eighth paragraph, the assembly fixing means (150) is one side of the outer surface of the peripheral portion of the transparent cover (130) and the assembly fixing step (115) of the heat sink (110) with respect to the end portion of the hanging portion (151). Assembly for waterproofing, characterized in that the end of the hook (151) is tilted at a constant angle towards the center of the open portion in the width direction so that it is stabbed on the surface and supported at one point. El Edie fish lamp with improved sex. In paragraph 8, the assembly fixing means (150) is provided on a frame extended by a certain length in an inverted "U" shape with one side open and rounded inward in the width direction at the open side end. Banded in a U-shape to form an extension of the hanging part (151), so that the end of the inverted "U" shape that is open to the center in the width direction deflate and incline over a certain length inward. El Eddie fish lantern with improved assembly for waterproof function, which is characterized by being formed in. In the tenth aspect, the assembly fixing means (150) is one side of the outer surface of the peripheral portion of the transparent cover (130) and the assembly fixing step (115) of the heat sink (110) with respect to the end portion of the hanging portion (151). Assembly for waterproofing, characterized in that the end of the hook (151) is tilted at a constant angle towards the center of the open portion in the width direction so that it is stabbed on the surface and supported at one point. El Edie fish lamp with improved sex.

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