KR101028747B1 - Rotary type lighting using it's gravity - Google Patents

Abstract

The present invention relates to a self-rotating rotating lamp, the insulating material is formed of a raw material, the bracket is formed integrally to form a Y-shaped attachment portion formed in a straight shape and the support portion formed in a semi-circular shape; A socket forming a spiral connection terminal formed to be exposed to a free end of an attachment part of the bracket and a protrusion connecting terminal formed to protrude from an end of the free end in a state in which the spiral connection terminal is separated from the spiral connection terminal; Ring members are rotatably connected to each of the two free ends formed to face each other at the support of the bracket and hinged to the lower side of the ring member in the state in which the flange is caught in the annular locking jaw formed on the lower end of the ring member An illumination case mounted to protrude, an LED module mounted to illuminate the outside through the lighting case from the inside of the lighting case, and an assembly formed at an upper end inside the ring member to release heat generated from the LED module to the outside The heat dissipation member is formed so that the center of gravity of each component is biased on the side of the lighting case attached to the lower end of the ring member beyond both hinge shafts rotatably connecting the ring member to both free ends of the support of the bracket. Light bulb; The invention is characterized in that it comprises a.

Lighting, center of gravity, bracket, socket, light bulb, LED module, ring member, heat radiating member, hinge shaft

Description

Rotary type lighting using it's gravity}

The present invention relates to a self-rotating lighting lamp, and more particularly, the free end of the Y-shaped bracket is provided with a socket connected to the power connector, and the semi-circular support part has a light bulb in the direction of the center of gravity due to its own weight. Even if the bracket is installed vertically or horizontally, the bulb is rotated in the direction of the center of gravity due to its own weight so that the lamp can always be illuminated directly below. It is about.

In general, the lighting angle of the lighting angle is controlled to adjust the lighting angle by adjusting the installation angle of the bracket itself attached to the ceiling or the wall, or to adjust the lighting angle by adjusting the installation angle of the light bulb mounted on the bracket. The prior art has been very inconvenient to artificially adjust the installation angle of the bracket or bulb according to the installation position of the lamp, and also by adjusting the lighting angle of the lamp, first, the ceiling lamp or the wall It has been pointed out that it is difficult and difficult to adjust the lighting angle of the lamp by adjusting the installation angle of the bracket or adjusting the installation angle of the bulb in the state of attachment.

In addition, in the prior art, the lighting angle of the lighting angle is adjusted horizontally installed on the wall in the state of lighting the display products, but due to the change of the structure of the store when the lighting fixtures attached to the wall to move to the ceiling lighting angle of the lighting lamp The inconvenience of having to adjust comes with.

The present invention has been proposed to solve the problems shown in the prior art as described above, when installing the lamp in a horizontal or vertical state in order to display the goods displayed in the showcase or store of the light bulb mounted on the bracket of the lamp Even if the angle of illumination is not adjusted, the light bulb naturally rotates toward the direction of the center of gravity due to the ground, and has been invented for the purpose of providing a lamp that can always be directed downward.

The present invention, as a means for realizing the above object,

In lightings installed horizontally and vertically in a store or showcase,

The lighting lamp,

A bracket formed of an insulating material as a raw material and integrally formed such that an attachment portion formed in a straight shape and a support portion formed in a semicircle form a Y shape;

A socket forming a spiral connection terminal formed to be exposed to a free end of an attachment part of the bracket and a protrusion connecting terminal formed to protrude from an end of the free end in a state in which the spiral connection terminal is separated from the spiral connection terminal;

Ring members rotatably connected to each of the two free ends formed to face each other at the support of the bracket and hinged to the lower side of the ring member in the state in which the flange is caught in the annular locking jaw formed on the lower end of the ring member An illumination case mounted to protrude, an LED module mounted to illuminate the outside through the lighting case from the inside of the lighting case, and an assembly formed at an upper end inside the ring member to release heat generated from the LED module to the outside The heat dissipation member is formed so that the center of gravity of each component is biased on the side of the lighting case attached to the lower end of the ring member beyond both hinge shafts rotatably connecting the ring member to both free ends of the support of the bracket. Light bulb;

 Characterized in that configured to include.

In addition, the LED module of the bulb is a hemispherical printed circuit board formed so as to have a smaller aperture than the lighting case, and the radially arranged on the surface of the printed circuit board at a predetermined interval spaced from the inside of the lighting case toward the outside And a heat dissipation layer formed on the back surface of the printed circuit board in a hemispherical shape having a predetermined thickness and emitting heat generated therefrom when the plurality of LEDs are turned on.

In addition, the heat dissipation member of the bulb is assembled to the screw assembly on the inner upper end of the ring member, and formed on the lower side of the assembly to the heat dissipation layer to receive heat from the heat dissipation layer formed on the back of the printed circuit board of the LED module And a plurality of heat dissipating plates formed to protrude higher than an upper end of the ring member in a state of being arranged at predetermined intervals on an upper side of the contact portion and in contact with the surface.

In addition, a ballast (SMPS) for stably supplying power to the LED module is built in a storage space formed inside the neck connecting the straight attachment part and the semi-circular support part of the bracket, and the ballast has a spiral connection terminal of the socket. It is characterized in that it is connected to each of the protruding connection terminal by the incoming wire and configured to supply power from the outside to the LED module.

 In addition, the protruding connection terminal for supplying power to the ballast is characterized in that it is configured to elastically install a spring to the elasticity in the storage space inside.

In addition, the outgoing wire drawn out from the ballast and connected to the LED module of the bulb is wired through both wire passages formed inside each of the free ends of the support from the end of the storage space formed in the neck of the bracket, and then the both side hinges. It is drawn to the inside of the ring member through a passage passing through the inside of the shaft is characterized in that it is connected to the printed circuit board of the LED module.

In addition, one of the free ends of the both ends of the support of the bracket is characterized in that it is provided with an illumination angle adjusting device for adjusting the illumination angle of the bulb by forcibly controlling the rotation operation of the bulb.

In addition, the illumination angle adjustment mechanism is screwed to the screw formed on one end of the hinge shaft for rotatably holding the ring member of the bulb through one of the free ends of the both sides of the support portion to rotate the bulb by its own weight when tightening the screw It characterized in that it is configured to control the lighting angle by suppressing.

According to the present invention in installing the lighting by illuminating the goods displayed in the indoor store or showcase of the building in accordance with the structure of the interior of the store and showcase, even if the lamp is installed in a horizontal state or in a vertical state, the bulb of the lamp By rotating naturally toward the center of gravity due to its own weight, it is always possible to illuminate directly below, so that the operator can install the lamp horizontally or vertically, and then, even if the bulb does not need to adjust the lighting angle of the bulb, It is effective to illuminate the goods displayed on the bottom of the bulb by rotating it. Also, if you want to illuminate the goods on the outside of the bulb, the lighting angle of the bulb is forced to be fixed. It also has an effect.

Detailed embodiments of the self-rotating lamp according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of a lamp for explaining the present invention, Figure 2 is a longitudinal cross-sectional view when the installation of the lamp of the present invention in a horizontal state, Figure 3 is a cross-sectional view taken along line AA of Figure 2, Figures 4 and 5 Shows a state diagram when the lamp of the present invention is installed horizontally and vertically.

Reference numeral 1 denotes a lamp, and the lamp (1) is a bracket (2) and the bracket (attached in a spiral manner to the power connector 100, which is embedded or attached to the wall or ceiling or the bottom of each of the top plate and shelf. Divided into a bulb 3 rotatably attached to 2).

The bracket 2 is formed of an insulating material, for example, synthetic resin as a Y-shaped shape, and a socket 4 is formed at a free end of the attachment portion 21 formed in a straight shape, and is formed in a semicircular shape. The light bulb 3 is rotatably attached to the support 23, and a ballast (SMPS) is provided inside the neck 23 formed therebetween to connect the straight attachment 21 and the semicircular support 22. (5) is formed in the storage space (24) for mounting.

The socket 4 is the free end described above in a state in which the spiral connection terminal 41 is formed in a spiral shape so as to be exposed in a state in which the free end 21 of the bracket 2 is wrapped around the free end. Consists of a protruding connection terminal 42 is formed so as to protrude so that a predetermined length at the end of the, the spiral connection terminal 41 and the protruding connection terminal 42 is a power connection port ( It is configured to receive (+) (-) power which is connected to 100 and supplied to the outside.

The light bulb 3 is configured to be prefabricated so as to be rotatable between the free ends of both sides of the support 22 of the bracket 2. In other words,

The light bulb 3 is a ring member 31 rotatably attached to both hinge shafts 6 located inside the support 22 and penetrating both free ends, and an annular locking jaw formed at the lower end of the ring member. Hemispherical lighting case 33 is mounted so as to protrude toward the lower side of the ring member 31 in the state that the flange is locked to the 32, and the inside of the lighting case is mounted to illuminate the outside through the lighting case 33 LED module 34 is installed so as to, and the heat dissipation member 35 is attached to the inner upper end of the ring member 31 by screw assembly.

In addition, the LED module 34 is a hemispherical printed circuit board 341 and a plurality of LEDs 342 radially arranged on the surface thereof and flashing and hemispherical on the back surface of the printed circuit board 341. The heat dissipation layer 343 is formed to have a predetermined thickness so as to emit heat generated by the plurality of LEDs 342, and the LED module 34 has a ring member 31 around its periphery. A plurality of LEDs 342 installed radially along a hemispherical printed circuit board 341 are installed in such a state as to span the flange of the lighting case 33 that is locked to the flange 32 inside the lighting case 33. ) Is spaced apart from the inner surface at regular intervals (see Figure 2).

In addition, the heat dissipation member 35 is the heat dissipation layer so that heat can be transferred from the heat dissipation layer 343 of the assembly unit 351 and the LED module 34 screwed to the inner upper end of the ring member 31. It consists of the contact part 352 which surface-contacts the 343, and the some heat dissipation plate 353 which protruded at the predetermined intervals on the upper end of the said assembly part 351. As shown in FIG.

As described above, the bulb 3 rotatably attached to each of the two free ends formed on the support part 22 of the bracket 2 with the hinge shaft 6 has a ring member whose center of gravity is based on both hinge shafts 6. It is comprised so that it may be located in the illumination case 33 side assembled below the 31.

Therefore, when the lamp 1 is screwed and connected to the socket 4 formed in the attachment portion 21 of the bracket 2 to the power connector 100 installed on the wall surface of the store or showcase, the bracket 2 is connected. When the semicircular support 22 is installed to be in a horizontal state, the light bulb 33 having the center of gravity due to its own weight is supported by the light bulb 3 having both hinge shafts 6 as the starting point of rotation. It is rotated so as to be located at the lower side (see FIG. 4), and the lamp 1 is installed vertically by assembling the socket 4 to the power connector 100 installed at the ceiling of the store or the shelf bottom of the showcase. Even in this case, the bulb 3 is installed in a state in which the lighting case 33 having a center of gravity is automatically rotated by its own weight and positioned at the lower side thereof (see FIG. 5).

The ballast 5 is accommodated in the storage space 24 formed inside the neck 23 of the bracket 2, wherein the ballast 5 is a spiral connection terminal 41 connected to the power connector 100. And the lead wires 51 and 52 are respectively connected to the spiral connection terminal 24 and the protrusion connection terminal 42 so that power can be supplied through the protrusion connection terminal 42 and the protrusion connection terminal 42. Terminal 42 is elastically supported by a spring 53 is installed in a state protruding at a predetermined length toward the outside, which is in the process of connecting the socket (4) spirally inserted into the power connector 100 Even when the protruding connecting terminal 42 does not elastically compress the spring 53, the spiral connecting terminal 41 and the protruding connecting terminal 42 are connected to the respective connecting terminals of the power connector 100. Screw the bracket (2) within an angle range of 1 ° to 360 ° In order to be able to rotate more incense, the operation thereof will be described later.

The ballast 5 contained in the storage space 24 formed in the neck 23 of the bracket 2 is provided with a lead wire 54, 55 for supplying power to the LED module 34, The lead wires 54 and 55 are each wired by wiring passages 25 and 26 formed on the inner surfaces of each of the free ends of both sides of the support part 22 formed in a semicircular shape, and then inside the hinge shafts 6. It enters into the ring member 31 through the passage 61 penetrating to the center and is connected by soldering to the connection terminal formed on the printed circuit board 341 of the LED module 34.

Meanwhile, both hinge shafts 6 rotatably attaching the light bulb 3 to the semi-circular support 22 of the bracket 2 are inserted from the outside of both free ends of the support 22 to the inside of the ring member 31. The ring member 31 is rotatably constrained by the stop ring 62 in the closed state, or is fixed by attaching an assembly member (not shown) such as a nut to the insertion end of the ring member 31. One of the hinge shafts (6) on one side of the hinge shaft (6) by using the light angle adjustment knob 64 screw-assembled to the screw portion (63) protruding outward of one side of the free end of the support portion 22 by the own weight The illumination angle of the bulb 3 can be adjusted by forcibly suppressing the rotation in the direction of the center of gravity. For example, by rotating the illumination angle adjustment knob 64 in the screw tightening direction, when the hinge shaft 6 having the threaded portion 63 is pulled toward the illumination angle adjustment slot 64, the hinge shaft 6. The stop ring 62 formed at the end of the ring member 31 is in contact with the inner surface of the ring member 31 to control the illumination angle of the bulb 3 in a configuration that suppresses the self-rotating rotation of the bulb 3 by frictional resistance. .

The operation of the present invention configured as described above will be described.

The lamp (1) is to be installed horizontally on the power connector 100 installed on the wall of the position higher than the goods displayed in order to illuminate the goods displayed on the showcase or the goods displayed or The bulb 3 is rotatably mounted on the semi-circular support 22 of the bracket 2 even when it is installed vertically on the power connector 100 installed at the bottom of the shelf located at the top of the shelf to illuminate the product. By rotating the weight in the direction in which the center of gravity due to its own weight will be able to brightly illuminate the goods displayed under the lamp (1).

That is, as shown in FIG. 4, in order to horizontally install the lamp 10 at the power connector 100 installed on the wall, the socket 4 formed on the straight attachment part 21 of the bracket 2 is assembled. When the semi-circular support part 22 of the bracket 2 is installed to be in a horizontal state, the light bulb 3 rotatably mounted to the support part 22 is a light case 33 having a center of gravity. Since the lower side of the hinge shaft 6 is rotated toward the lower side, the illumination case 33 is always located at the lower side and the heat dissipation member 350 is positioned at the upper side.

In addition, the plurality of LEDs 342 radially arranged in the LED module 34 mounted inside the lighting case 33 of the light bulb 3 brightly illuminates the goods displayed on the lower side through the lighting case 33. Since the heat generated in each of the plurality of LEDs 342 is thermally conducted to the contact portion 352 of the heat dissipation member 35 through the heat dissipation layer 343, the heat is emitted to the outside through the plurality of heat dissipation plates 353. Overheating of the bulb 3 is prevented by the heat generated from the LED module 34.

On the other hand, as described above, when the socket 4 is installed in a horizontal state by screwing the socket 4 into the power connector 100 installed on the wall, the protruding connecting terminal 42 of the socket 4 is a spring (53). ) Is not compressed, the semi-circular support 22 of the bracket 2 may be inclined to one side without being horizontal when connected to the connection terminal at the inner end of the power connector 100. Since the protruding connecting terminal 42 protrudes from the end of the attachment portion 21 by a spring 53 at a predetermined interval (see FIG. 2), the protruding connecting terminal 42 is thus the spring 53. ) Is screwed into the storage space 24 while the screw connection terminal 41 can be further screwed into the power connector 100 until the end of the attachment portion 21 is reached. Therefore, the semi-circular support part can be installed by rotating the bracket 2 further by a predetermined angle in the screw tightening direction until the semi-circular support part 22 of the bracket 2 is horizontal, so that the semi-circular support part 22 is horizontal. The light bulb 3 mounted on the 22 is rotated in the direction of the center of gravity due to its own weight to brightly illuminate the goods displayed on the lower side.

In addition, when the lamp 3 is installed vertically on the power connector 100 installed on the upper surface of the showcase or the bottom of the shelf as shown in FIG. 5, the rotation of the semicircular support 22 of the bracket 2 is performed at this time. Possible light bulb (3) is installed in a state in which the light center (3) with the center of gravity is rotated to the lower side to illuminate the goods displayed on the lower side of the light bulb (3), and also the light (1) ), The installation angle of the semi-circular support part 22 of the bracket 2 on which the bulb 3 is mounted in the vertical installation of the power supply port 100 Since the bracket 2 can be further rotated at a predetermined angle in the state of being connected to the connection terminal of), it is possible to adjust the hemispherical support 22 by rotating it in a desired direction.

On the other hand, when the lamp 1 is installed in a horizontal or vertical state as described above, the bulb 3 automatically rotates toward the center of gravity due to its own weight to display the goods displayed on the lower side of the bulb 3. In order to change the illumination direction to a predetermined angle, the operator adjusts the illumination angle by screwing the illumination angle adjusting device 64 while rotating the bulb 3 installed to illuminate the lower side by its own weight at a desired angle. Pressing one free end of the semi-circular support 22 with the sphere 64 can be forcibly suppressed the rotation state of the ring member 31 so that the bulb 3 can be fixed in an inclined state to one side. As a result, the light bulb 3 can be illuminated in a desired direction.

1 is a perspective view of a lamp for explaining the present invention

Figure 2 is a longitudinal sectional view when the installation of the lamp of the present invention in a horizontal state

3 is a cross-sectional view taken along the line A-A of FIG.

4 and 5 is a state diagram when using the illumination lamp of the present invention in the horizontal and vertical phase

[Description of Drawings]

1: lighting lamp 2: bracket

21: attachment portion 22: support portion

23: neck 24: storage space

3: bulb 31: ring member

32: annular locking jaw 33: lighting case

34: LED module 35: heat dissipation member

4: Socket 41: Spiral connection terminal

42: projecting connection terminal 5: ballast (SMPS)

51,52: Lead wire 53: Spring

54, 55: Outgoing wire 6: Hinge shaft

61 passage 62: stop ring

63: screw portion 64: lighting angle adjustment

100: power connector

Claims (6)

In lightings installed horizontally and vertically in a store or showcase, The lighting lamp, A bracket formed of an insulating material as a raw material and integrally formed such that an attachment portion formed in a straight shape and a support portion formed in a semicircle form a Y shape; A socket forming a spiral connection terminal formed to be exposed to a free end of an attachment part of the bracket and a protrusion connecting terminal formed to protrude from an end of the free end in a state in which the spiral connection terminal is separated from the spiral connection terminal; Ring members are rotatably connected to each of the two free ends formed to face each other at the support of the bracket and hinged to the lower side of the ring member in the state in which the flange is caught in the annular locking jaw formed on the lower end of the ring member An illumination case mounted to protrude, an LED module mounted to illuminate the outside through the lighting case from the inside of the lighting case, and an assembly formed at an upper end inside the ring member to release heat generated from the LED module to the outside The heat dissipation member is formed so that the center of gravity of each component is biased on the side of the lighting case attached to the lower end of the ring member beyond both hinge shafts rotatably connecting the ring member to both free ends of the support of the bracket. Light bulb;  Self-rotating lights, characterized in that configured to include. The method of claim 1, The heat dissipation member of the bulb is screwed to the inner upper end of the ring member, and formed in the lower side of the assembly portion to contact the heat dissipation layer to receive heat from the heat dissipation layer formed on the back of the printed circuit board of the LED module And a plurality of heat sinks formed to protrude higher than an upper end of the ring member in a state of being arranged at a predetermined interval on an upper side of the assembly unit. The method of claim 1, The storage space formed inside the neck connecting the straight attachment portion and the semi-circular support portion of the bracket has a built-in ballast (SMPS) for stably supplying power to the LED module. Self-rotating lighting lamp, characterized in that configured to be supplied to the LED module by receiving power from the outside is connected to the incoming wire to each terminal. The method of claim 1, Protruding connection terminal of the socket is self-rotating lighting, characterized in that it is elastically installed with a spring from the inside of the storage space formed in the neck of the bracket so that a certain length can be retracted elastically. The method of claim 3, wherein The outgoing wire drawn out from the ballast and connected to the LED module of the light bulb is wired through both wire passages formed inside each of the free ends of the semicircular supports while being connected to the receiving space formed in the neck of the bracket, and then the both side hinges. A self-rotating lighting lamp, characterized in that it is drawn to the inside of the ring member through a passage passing through the inside of the shaft and connected to the printed circuit board of the LED module. The method of claim 1, One of the free ends of the both ends of the semi-circular support of the bracket is a self-rotating lamp, characterized in that it is provided with an illumination angle adjuster for controlling the lighting angle of the bulb by forcibly controlling the rotation operation of the bulb.

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