KR101265479B1 - multiple segregation type lighting apparatus - Google Patents

Abstract

The present invention relates to a multiple split type lighting device, which is disposed at a location where a lighting device is installed, is connected to be supplied with power, and is supported at an installation location. Supported and connected to be supplied with power through the fixing portion, a plurality of through holes are formed, the mounting portion provided with a mounting connection terminal for supplying power to each of the plurality of mounting grooves, the other side of the mounting portion It is arranged to be detachably mounted in a direction, and a storage battery for supplying power to the inside is installed, and when mounted to the mounting portion to one side is provided with a light connection terminal that is connected to the mounting connection terminal and supplied with power, When mounted on the mounting portion, the support is supported on the other side of the plurality of mounting grooves, and independent when detached from the mounting portion It is coupled to one side of each of the plurality of illumination support portion, and the plurality of illumination support portion supported on the installation position on the bottom surface, and extends in one direction to each of the mounting portion when mounting the plurality of illumination support portion And a plurality of light emitting parts installed to be inserted into the plurality of mounting grooves and provided with light emitters that emit power by receiving power from each of the plurality of light receiving parts.

Description

Multiple segregation type lighting apparatus}

The present invention relates to a multi-separable lighting device, and more particularly, to mount a plurality of lighting devices that can be separated by units to be used as a single light, or to separate and use each individual light, the mounting form is also a ceiling lamp or stand As the type can be modified, the present invention relates to a multi-separable lighting device that can be applied in various forms such as a whole light, a partial light, and a portable light by one lighting device, and has excellent mobility and improved utilization.

In general, lighting is a technology that effectively uses light in human life. There is artificial lighting by artificial light sources such as daylight lighting, which is a daylight caused by sunlight, and electric lamps. Artificial lighting is widely used not only in the industrial field but also in the home because it can maintain a bright environment at night or in a dark place as it continuously maintains brightness according to the power supply. Artificial lighting is commonly referred to as lighting.

A conventional lighting device is a power supply that is supplied with power, a cradle that is connected to a power supply and converts and supplies an appropriate power to a light bulb while the light bulb is inserted into the cradle, and a light bulb that is supplied with power while being inserted into the cradle emits light to the outside. It consists of.

Such a conventional lighting device is limited in function depending on the mounting position of the cradle. That is, when the cradle is fixedly installed on the ceiling or wall, the light is irradiated from the installed position, coupled with power devices such as batteries and accumulators, and moved to the portable to irradiate light, and moved to a designated place such as a stand to irradiate light. As a result, the cost is increased by installing the lighting device at each position according to the function, and it is occupied by occupying space by being provided for use or maintaining the installation state even when not in use. .

In addition, the conventional lighting device uses a cast name in a ceiling position where the light irradiation range is wide and is used as a mood light or a partial light in the form of a movable stand. As each of the lighting devices must be provided, the cost increases, and according to the management individually, the cost of the management also increases.

The present invention has been invented to improve the above problems, the problem to be solved by the present invention, is to be installed to be mounted so as to selectively mount the illuminator to separate the unit to irradiate light individually to the cradle It can be used as a portable and auxiliary light while moving, and it can be used as a cast name when installed in multiple, so that it can perform various functions with one light, reducing the demand of other lighting devices and reducing the cost. .

In order to achieve the above object, the multi-separable lighting device according to an embodiment of the present invention is disposed in the position where the lighting device is installed, the fixing part is connected to the power supply is supported in the installation position, the fixing part It is disposed on one side and is fixedly supported on the fixing portion, connected to supply power through the fixing portion, a plurality of through holes are formed, the mounting connection terminal for supplying power to each of the plurality of mounting grooves Is installed so as to be mounted on the other side direction, the mounting portion is installed, the storage battery for supplying power to the inside is installed, when mounted to the mounting portion to one side is in contact with the mounting connection terminal when the power is connected The lighting connection terminal is provided and is installed in contact with the other side of the plurality of mounting grooves when mounted on the mounting portion, When detached from the mounting portion is independently coupled to the plurality of lighting support portion supported on the installation position on the bottom surface, and each of the plurality of lighting support portion, extending in one direction to the plurality of the mounting portion And a plurality of light emitting parts installed to be inserted into each of the plurality of mounting grooves when the lighting support part is mounted, and provided with a light emitting body which emits light by receiving power from each of the plurality of lighting support parts. The unit is mounted on the plurality of mounting units, the light is irradiated from the plurality of light emitting units at multiple positions of the mounting unit and used as illumination, and each of the plurality of lighting support units are independently separated from each other in a mounting state by the user. As a result, light is radiated from the light emitter by the power of the storage battery and used as illumination.

In addition, the fixing unit is disposed above the mounting unit, the ceiling connection bracket fixed to the ceiling so that the light emitted from the plurality of light emitting unit from the ceiling downward direction, and the ceiling connection bracket and the mounting portion mutually It is connected to, and may be provided in the form of a pipe to be provided in the form hanging from the ceiling may include a ceiling connector having a ceiling fastening portion coupled to the mounting portion in the lower portion.

The fixing part is disposed below the mounting part, and is connected to an upper portion of the stand base provided in the form of a plate supported on the bottom surface of the installation place, an upper portion of the mounting portion, and an upper portion of the stand base. And a stand connecting member having a stand fastening portion coupled to the mounting portion to the side, and the stand base is mounted to the stand connecting member when the user moves and installs the light according to a position where light is emitted from the plurality of light emitting portions. The unit may be moved to irradiate light from the plurality of light emitting units.

In addition, the mounting portion is disposed on one side of the fixing portion, the plurality of light emitting portions are penetrated in the form of a groove so that the plurality of light emitting portions are respectively inserted in the central direction in which the fixing portion is fixed in the outer circumference The plurality of mounting grooves are formed apart from each other, the mounting connection terminal is installed on the other side of the plurality of mounting grooves, the center position so that both ends of the outer circumferential direction at the fixed position in the fixed portion toward the top Is protruded in the lower direction and the end of the plurality of mounting grooves is a mounting body having a round-shaped mounting inclined portion located at the downwardly protruding downward end of the round shape, and protrudes in the upper center of the mounting body, fastening to the fixing portion It may include a mounting fastening protrusion protruding to be fixed, the mounting body is the mounting body protruding from the top When the plurality of light receiving parts are mounted to the plurality of mounting grooves located at the bottom dead center of the mounting inclined portion while being fixed and fixed to the fixing part by protrusions, the plurality of light emitting parts are inserted to be separated from external flow or impact. Can be prevented.

In addition, the plurality of lighting support portion is disposed to be detachably mounted to the mounting portion, and is provided larger than the plurality of mounting grooves to be engaged with the upper surface of the mounting body when mounted in the plurality of mounting grooves A storage battery is installed, and the lighting connection terminal is provided at a position in contact with the mounting connection terminal when inserted and inserted into the plurality of mounting grooves, and an illumination support body supported and supported to be used as an independent light when detaching, and the plurality of Protruding to the central one side of each of the illumination receiving body of the, may include a light fastening protrusion protruding to be fastened and fixed to the plurality of light emitting parts individually.

In addition, a terminal groove in which the lighting connection terminal is installed may be formed at an inner side in a groove shape at a position corresponding to the mounting connection terminal of the lighting support body, and protrudes at a plurality of positions on the upper portion of the mounting body. And a terminal protrusion protruding to the lighting connection terminal position of the lighting support body inserted into the plurality of mounting grooves so that the mounting connection terminal is installed at an upper portion thereof to be inserted into the terminal groove. The lighting connection terminal and the mounting connection terminal may be prevented from being released by external impact or flow as they are in contact with each other by the insertion of the terminal protrusion into the terminal groove to maintain a firm contact state.

And, it is disposed on one side of the illumination receiving body, the magnetic body is installed to have a magnetic force apart from the outer circumference of the lighting connection terminal, and disposed on one side of the mounting body, the outer circumference of the mounting connection terminal And a magnetic attachment body installed to be attached by a magnetic force of the magnetic body, wherein the magnetic body is attached to the magnetic attachment body by magnetic force at the time of contacting the lighting connection terminal and the stationary connection terminal connection, and thus maintains contact force by magnetic force. Can improve.

In addition, the light receiving body is disposed inside, and is connected to the lighting connection terminal, the storage battery, and the light emitting unit, respectively, and in contact with the mounting connection terminal to distribute the power supplied to the storage battery and the light emitting unit; It may further include a distributor for distributing power to charge the storage battery while directly supplying power to the mounting body.

In addition, the light contact switch is disposed on one side of the light receiving body, and is connected to the storage battery and the light emitting unit, respectively, and is operated to be controlled on and off and illuminance by a user's contact operation, and is disposed inside the light receiving body. And an illumination control body connected to the illumination contact switch and controlling the on / off and illuminance control signals of the plurality of light emitting parts while being disposed inside the mounting body and controlling the illumination of the illumination support body. A mounting control body for controlling an operation of turning on and off and illuminance of the plurality of light emitting parts while exchanging signals with the body, and disposed on one side of the mounting body, and the mounting control for exchanging signals with the lighting control body. Connected to a sieve and turned on the plurality of light emitting parts by a user's contact operation at the mounting body position. It may include a stationary contact switch that operates to adjust the off and dimming, wherein the illumination contact switch is separated from the mounting body is supplied with power installed in the illumination support body to emit light independently from the plurality of light emitting units; Connected to the battery, the user can adjust the power supply by the touch operation to turn on, off, and the illumination control operation, the mounting touch switch is a plurality of the illumination through the mounting control unit to the signal of the user's touch It may be received by the lighting controller connected to the contact device to regulate the power supply to enable on, off, and dimming operations.

In addition, the plurality of light emitting portion is disposed to extend in one direction of the illumination support body, the light emitting connector provided in the form of a pipe is fastened to the illumination fastening protrusion extending in one direction, on one side of the illumination support body. And a light emitting housing connected to one end of the light emitting connector and having the light emitting body installed inward and open at one side thereof, and disposed at an open side of the light emitting housing, wherein light is transmitted in a form surrounding the light emitting body. It may include a light emitting bulb provided as a transparent material, the light emitting connector and the light emitting housing may be made of a heat generating material that radiates heat to the outside.

Specific details of other embodiments are included in the detailed description and the drawings.

Multi-separated lighting device according to an embodiment of the present invention can be used as a portable and auxiliary lighting while moving the lighting according to the unit can be installed to be mounted to the cradle selectively to illuminate the light individually irradiated to the unit individually And, if installed in plural, it serves as a casting name, it can perform a variety of functions with one light, thereby reducing the cost of reducing the demand of other lighting devices.

In addition, it is possible to apply a variety of forms according to the user's convenience, as the installation can be transformed into a ceiling fixed type and a stand type provided in the form of a stand that hangs the form of a plurality of lighting fixtures on the ceiling. Provide effect.

And, the cradle in which the plurality of the illuminator is mounted is provided in the form of a round, the lower center downward in the center direction from the outer periphery is inserted and mounted by its own weight when mounting the illuminator, and is located in the center downward from the round shape after insertion It provides the effect that the departure to the outside by an external impact or flow is prevented.

In addition, the part where the plurality of lighting bodies and the cradle are connected to each other so that the power is supplied is provided with a projection and a groove so that the projection is inserted into the groove to keep the contact state firmly, thereby preventing the departure from external flow or impact. As a result, the power supply efficiency is improved by maintaining the contact state.

In addition, the magnetic body to maintain the fixed state by the magnetic force is installed in the connecting portion is supplied to the power supply of the illuminator and the state that the plurality of illuminators are in contact with the state fixed in position by the magnetic force when installed in the cradle By maintaining the power supply efficiency, the power supply efficiency is improved.

In addition, the power supply that is supplied between the cradle and the illuminator, the power supplied to the battery installed in the illuminator and the power supplied directly to the lamp of the illuminator at the time of mutual contact to supply power to the illuminator in the cradle. As it is supplied together, the battery can be recharged at a quick time, and the power supply is smoothly supplied when the lamp is mounted on the cradle, and the illuminance is improved to improve the utilization of the light.

In addition, the cradle and the plurality of illuminators are provided with a device for exchanging signals with each other, and as the cradle and the illuminator exchange signals according to mutual on / off and illuminance control, the signals are exchanged by the manipulation of the cradle. The operation of the on and off and illuminance of the plurality of mounted illuminators are simultaneously operated, and automatically adjusted to match the illuminance set when the plurality of illuminators are mounted on the cradle, thereby providing an effect of improving convenience of use.

In addition, a contact switch that is adjustable on and off and illuminance by the user's contact is installed on each of the illuminant divided into the cradle and the plurality of lighting fixtures to improve the convenience of operation as the user operates the operation of illuminance and on / off by contact. It provides an effect.

The effects of the present invention are not limited to the effects mentioned above, and other effects not mentioned can be clearly understood by those skilled in the art from the description of the claims.

1 is a perspective view showing a multiple detachable lighting device according to an embodiment of the present invention.
FIG. 2 is a partially exploded enlarged view of “A” in the multiple split lighting device of FIG. 1; FIG.
3 is a front view showing the multiple split lighting device of FIG.
4 is a partially exploded perspective view showing a major part of the multiple split lighting device of FIG. 1;
FIG. 5 is a plan view showing a holder which is a main part of the multiple split lighting device of FIG. 1; FIG.
FIG. 6 is a partially omitted exploded perspective view illustrating an illumination support part and a light emitting part which are main parts of the multiple split lighting device of FIG. 1; FIG.
7 is a perspective view showing a multiple detachable lighting device according to another embodiment of the present invention.
FIG. 8 is an exploded view of “B” in the multiple split lighting device of FIG. 7; FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, so that those skilled in the art can easily carry out the present invention.

In describing the embodiments, descriptions of technical contents which are well known in the technical field to which the present invention belongs and are not directly related to the present invention will be omitted. This is for the sake of clarity of the present invention without omitting the unnecessary explanation.

For the same reason, some of the components in the drawings are exaggerated, omitted, or schematically illustrated. Also, the size of each component does not entirely reflect the actual size. In the drawings, the same or corresponding components are denoted by the same reference numerals.

Hereinafter, the present invention will be described with reference to the drawings for describing the multiple split type lighting apparatus according to embodiments of the present invention.

1 is a perspective view showing a multiple detachable lighting device according to an embodiment of the present invention, FIG. 2 is a partially exploded view "A" of the multiple detachable lighting device of FIG. 1, and FIG. 3 is a multiple detachable lighting device of FIG. 1. 4 is a partially separated perspective view illustrating a main part of the multiple detachable lighting device of FIG. 1, FIG. 5 is a plan view illustrating a mounting part that is a main part of the multiple detachable lighting device of FIG. 1, and FIG. 6 is FIG. A partially omitted exploded perspective view showing an illumination base and a light emitting unit which are main parts of a multi-separable illumination device of the present invention.

1 to 6, the multiple detachable lighting device 100 according to an embodiment of the present invention includes a fixing part 110, a fixing part 120, a light receiving part 130, And a light emitting unit 140. The fixing part 110 includes a ceiling connection bracket 111 and a ceiling connector 112 fixed to the ceiling. The ceiling connecting bracket 111 is disposed above the mounting part 120 and is installed to be fixed to the ceiling so that light emitted from the light emitting part is irradiated downward from the ceiling. The ceiling connection bracket 111 is fixed to the ceiling on which the lighting device 100 is installed so that the mounting part 120 can be fixed to the ceiling.

The ceiling connector 112 is connected to the ceiling connecting bracket 111 and the mounting portion 120, and is provided in the form of a pipe to be provided in a hanging form on the ceiling. The ceiling connector 112 is installed to connect the ceiling connection bracket 111 and the mounting portion 120 to be supported in the form of a hanging portion on the lower portion. The ceiling fastening part 113 connected to the mounting part 120 is formed below the ceiling connector 112. The ceiling fastener 113 is provided in the form of a screw, but may include any means that can be fastened to the mounting part 120.

Mounting unit 120 is a mounting body 121 that is fastened and fixed to the lower portion of the ceiling connector 112, the mounting fastening protrusion 124, the terminal projection 125, the mounting connection terminal 126, magnetic attachment body 127 , A mounting controller 128, and a mounting contact switch 129. The mounting body 121 is disposed below the ceiling connector 112 and is provided in the form of a groove penetrated in the center direction fixed by the fixing unit 110 at the outer circumference thereof and is separated from each other in a plurality of positions. A plurality of mounting grooves 122 are formed to be mounted in a state in which the unit 130 and the plurality of light emitting units 140 are mounted, and the center positions thereof are positioned so that both ends of the outer circumferential direction face upwards at the position fixed at the fixing unit. Protruding in a downward direction, a round mounting inclined portion 123 having a plurality of ends of the plurality of mounting grooves 122 positioned at the protruding downward ends thereof is formed. Mounting body 121 is fastened to the ceiling fastening portion 113 is fixed in the form of hanging on the ceiling, a plurality of light receiving portion 130 and a plurality of light emitting portion respectively in the mounting groove 122 formed on the outer periphery 140 is provided to be inserted through.

The round shape of the mounting inclined portion 123 has a center and an outer circumference of the mounting body 121 having both ends positioned in an upper direction, and are provided in a shape in which the center of the round shape is downward, respectively, in the plurality of mounting grooves 122. As the plurality of inserted light receiving parts 130 and the plurality of light emitting parts 140 are mounted at the bottom dead center position of the mounting inclination part 123 and are supported by their own weight, they are mounted by external impact or flow. The plurality of illumination receiving parts 130 and the plurality of light emitting parts 140 may be prevented from being separated.

The mounting fastening protrusion 124 protrudes from the upper center of the mounting body 121 and protrudes to be fastened to the ceiling fastening portion 113. The mounting fastening protrusion 124 is fastened to the ceiling fastening part 113 to fasten and fix the mounting body 121 to the ceiling connector 112. Mounting fastening protrusion 124 may be provided in the form of fastening according to the shape of the ceiling fastening portion 113. That is, when the ceiling fastening part 113 is provided in the form of a screw, the mounting fastening protrusion 124 may also be provided in the form of a screw screwed accordingly.

As described above, the mounting body 121 is a mounting groove 122 located at the bottom dead center of the mounting inclined portion 123 in a state where the ceiling fastening portion 113 is fastened and fixed to the mounting fastening protrusion 124 protruding from the upper portion. At the end of the central direction of the illumination support 130 and the light emitting unit 140 is inserted into position can be prevented from being separated from the external flow or impact.

The terminal protrusion 125 is protruded into a plurality of positions in which the plurality of lighting support portions 130 are mounted on the upper portion of the mounting body 121, and the lighting support portions 130 are inserted into the mounting grooves 122. Protruding to the position where the power of the contact) to be supplied is installed so that the lighting support 130 is inserted and fixed.

The mounting connection terminal 126 is disposed above the terminal protrusion 125 and is connected to a power supply source (not shown) to be in contact with the plurality of lighting support parts 130 mounted on the mounting groove 122 to supply power. It is provided in the form of a terminal for supplying. The mounting connection terminal 126 may be disposed above the terminal protrusion 125 such that the plurality of light receiving parts 130 are contacted to supply power with the terminal protrusion 125 inserted therein, thereby improving power supply efficiency. have.

The magnetic attachment body 127 is disposed on one side of the mounting body 121, and is installed to be attached to the outer circumference of the mounting connection terminal 126 by magnetic force. The magnetic attachment body 127 may be used any material attached by the magnetic force, it is apparent to those skilled in the art that the configuration can be excluded if the mounting body 121 itself is used as a material attached to the magnetic force.

The mounting controller 128 is disposed inside the mounting body 121 and is installed to control an operation of adjusting the on / off and illuminance of the light emitting unit 140 while exchanging signals with the plurality of light receiving units 130. do. Mounting control body 128 is mounted to the plurality of mounting grooves 122, a signal that is controlled on, off, and illuminance of the light receiving unit 130 and the light emitting unit 140 irradiating light independently upon separation It is installed to work integrally with each other. That is, the mounting control in which the operation signals are exchanged so that the plurality of light receiving parts 130 and the plurality of light emitting parts 140 are simultaneously operated in one operation instead of individually operating in a state in which the plurality of light emitting parts 140 are mounted in the plurality of mounting grooves 122. By installing the sieve 128, the operation convenience can be improved. In addition, when the plurality of lighting support parts 130 and the plurality of light emitting parts 140 that are separated and used separately are mounted to be mounted in the plurality of mounting grooves 122, the signals are exchanged with the mounting control body 128 in advance. As it is adjusted to the set illuminance, there is no need for secondary manipulation due to the illuminance difference, so that the convenience of operation can be improved.

Mounting contact switch 129 is disposed on one side of the mounting body 121, the mounting control body 128 for exchanging signals with a plurality of lighting support 130 for operating the plurality of light emitting unit 140, respectively Is connected to operate the on-off and illuminance of the plurality of light emitting unit 140 by the user's contact operation in the mounting body 121 position. Mounting contact switch 129 is installed to be operated at the same time by the user's contact with the plurality of mounted light receiving portion 130.

The light receiving unit 130 is a light receiving body 131, a battery 133, a light fastening protrusion 134, a light connecting terminal 135 which is detachably mounted to the mounting body 121 while supplying power to the light emitting unit 140. ), A distributor 136, a magnetic body 137, an illumination contact switch 138, and an illumination control body 139.

The light receiving body 131 is disposed in plural to be detachably mounted to the mounting body 121, and the plurality of mounting grooves 122 to be engaged with the upper surface of the mounting body 121 when inserted into the plurality of mounting grooves 122. Greater than). The light receiving body 131 is provided in plural and positioned to be supported by being positioned on the upper portion of the mounting body 121 when inserted into the plurality of mounting grooves 122, and is provided to be supported on the bottom when separated and used independently.

One side of the light receiving body 131 is formed with a terminal groove 132 is inserted into the terminal projection 125 is installed when the mounting connection terminal 126 is installed in the mounting groove 122. The terminal groove 132 is formed so that the terminal protrusion 125 with the mounting connection terminal 126 is inserted therein and is firmly supported.

Storage battery 133 is disposed in the interior of the light receiving body 131, and is charged by receiving power when mounted in the mounting groove 122, the power to be emitted to the light emitting unit 140 when separated and used independently It is installed to supply it.

The lighting fastening protrusion 134 protrudes from a central side of the light receiving body 131 and protrudes to be fastened and fixed to the light emitting unit 140. The light fastening protrusion 134 is positioned downward when inserted into the mounting groove 122, and is separated and positioned at the top when used independently, so that the light emitting unit 140 is fastened and fixed.

The lighting connection terminal 135 is disposed on one side of the lighting support body 131, and contacts the mounting connection terminal 126 to supply power to the storage battery 133 and the heat generating part 133 inside the terminal groove 132. It is installed in the position to become. The lighting connection terminal 135 is installed inside the terminal groove 132 so that the terminal protrusion 125 is inserted into the terminal groove 132 when the lighting support body 131 is inserted into the mounting groove 122, and thus the mounting connection terminal 126 and the lighting connection terminal 135 are installed to be in contact with each other to supply power.

The distributor 136 is disposed inside the lighting support body 131, and is connected to the lighting connection terminal 135, the storage battery 133, and the light emitting unit 140, respectively, in contact with the mounting connection terminal 126. Distributing power supplied to the storage battery 133 and the light emitting unit 140 is installed to distribute the power to charge the storage battery 133 while supplying power directly to the mounting body 121 when mounted. The distributor 136 distributes and supplies the electric power supplied by contact between the mounting connection terminal 126 and the lighting connection terminal 135 to the storage battery 133 and the light emitting unit 140 to be mounted on the mounting body 121. The luminous efficiency may be improved by being directly supplied, and in a directly connected state, charging efficiency may be improved as charging is continuously performed without using power of the storage battery 133.

Magnetic body 137 is disposed on one side of the light receiving body 131, is installed so as to have a magnetic force apart from the outer circumference of the terminal groove 132, the illumination connection terminal 135 is formed. The magnetic body 137 magnetically attaches to the magnetic attachment body 127 when the terminal protrusion 125 is inserted into the terminal groove 132 to connect the mounting connection terminal 126 and the lighting connection terminal 135 to each other. As the fixing force is improved, the terminal protrusion 125 is prevented from being separated from the terminal groove 132 by an impact or flow to the outside, thereby improving the contact holding force by magnetic force.

The illumination contact switch 138 is disposed on one side of the illumination support body 131, and is connected to the storage battery 133 and the light emitting unit 140, respectively, and is operated to adjust on / off and illuminance by a user's contact operation. The illumination contact switch 138 is operated so that the user adjusts the power supplied to the light emitting unit 140 by the touch manipulation to adjust the on / off and illuminance.

The lighting controller 139 is disposed inside the lighting support body 131, and is connected to the lighting contact switch 138 and installed to control while transmitting and receiving a signal for adjusting the on / off and illuminance of the light emitting unit 140. .

That is, the light contact switch 138 is separated from the mounting body 121 is connected to the storage battery 133 is supplied with power installed in the light receiving body 131 to independently emit light from the light emitting unit 140, the user The power supply may be adjusted by contact operation to perform on, off, and dimming control operations, and a plurality of lighting contact devices () may be generated by signals generated from the mounting controller 128 by operation of the mounting contact switch 129. Received by the lighting control unit 139 is connected to the power supply can be adjusted to the on, off, and dimming operation.

The light emitting unit 140 includes a light emitting connector 141, a light emitting housing 142, a light emitting body 143, and a light emitting bulb 144 connected to the illumination support body 131. The light emitting connector 141 is disposed to extend in one direction of the light receiving body 131, and is provided in the form of a pipe that is fastened to the light fastening protrusion 134 and extends in one direction.

The light emitting housing 142 is disposed on one side of the light receiving body 131, is connected to one end of the light emitting connector 141, and the light emitting body 143 is installed inward and one side thereof is opened.

The light emitting connector 141 and the light emitting housing 142 described above are made of a heat generating material that radiates heat to the outside. The light emitting connector 141 and the light emitting housing 142 are provided as a heat dissipating material so as to discharge heat generated from the light emitter 143 to the outside. Here, the heat dissipation material may be used any material that radiates heat to the outside, a detailed description thereof will be omitted.

The light emitter 143 is disposed inside the light emitting housing 142 and is provided in the form of a light bulb that emits light with power supplied by the battery 133 and a direct connection. The light emitter 143 may be any type of light bulb that emits light by supplying power, and preferably an LED light bulb is used.

The light emitting bulb 144 is disposed on an open side of the light emitting housing 142 and is formed of a transparent material through which light is transmitted in a form surrounding the light emitting body 143. The light emitting bulb 144 may be used as all conventional materials through which light is transmitted, and a detailed description thereof will be omitted.

In addition, referring to the multi-separable lighting device according to another embodiment of the present invention with reference to the drawings as follows.

FIG. 7 is a perspective view illustrating a multiple split lighting device according to another exemplary embodiment of the present invention, and FIG. 8 is an exploded view of “B” in the multiple split lighting device of FIG. 7.

7 and 8, the multiple detachable lighting device 100 according to another embodiment of the present invention includes a fixing part 110, a mounting part 120, a light receiving part 130, and a light emitting part 140. It includes. Here, the components of the mounting unit 120, the light receiving unit 130, and the light emitting unit 140 is the same as the multiple detachable lighting device 100 according to an embodiment of the present invention shown in Figs. The description thereof is omitted.

The fixing part 110 includes a stand base 114 and a stand connecting body 115 which are moved and supported at an installation site. The stand base 114 is disposed below the mounting portion 120 and is provided in the form of a plate supported on the bottom surface of the installation site. The stand base 114 may be installed while the user moves according to the place where the lighting device 100 is installed.

The stand connecting body 115 connects the upper part of the mounting body 121 and the upper part of the stand base 114, respectively, and has a stand fastening part 116 fastened to the mounting fastening protrusion 124. The stand connector 115 is provided in the form of a bent pipe so that the upper portion of the stand base 114 installed on the bottom surface of the installation position and the upper portion of the mounting portion 120 located in the upper direction for irradiating light to the user are supported. Stand connector 115 may be used in the form of adjusting the height of the mounting portion 120 according to the installation form.

The stand base 114 described above is moved by the user according to the position where the light is irradiated from the light emitting unit 140, the mounting portion 120 connected to the stand connecting body 115 is moved to the light from the light emitting unit 140 Can be investigated.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, And is not intended to limit the scope of the invention. It is to be understood by those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

100: lighting device 110: fixed part
111: ceiling connection bracket 112: ceiling connector
113: ceiling fastener 114: stand base
115: stand connecting body 116: stand fastening portion
120: mounting portion 121: mounting body
122: mounting groove 123: mounting inclined portion
124: mounting fastening protrusion 125: terminal projection
126: mounting connection terminal 127: magnetic attachment
128: mounting control body 129: mounting contact switch
130: light receiving unit 131: light receiving body
132: terminal groove 133: storage battery
134: light fastening projection 135: light connection terminal
136: distributor 137: magnetic body
138: light contact switch 139: light control body
140: light emitting unit 141: light emitting connector
142 light emitting housing 143 light emitting body
144: luminous bulb

Claims (10)

A fixing part which is disposed at a location where the lighting device is installed and is connected to supply power and supported at the installation location,
Is disposed on one side of the fixing portion is fixedly supported on the fixing portion, connected to supply power through the fixing portion, a plurality of through holes are formed, the power is supplied to each of the plurality of mounting grooves Mounting unit is installed,
It is arranged to be detachably mounted on the other side of the mounting portion, and a storage battery for supplying power separately therein is installed, the lighting connection terminal that is connected to the mounting connection terminal and supplied power when mounted to the mounting portion to one side Is installed, when the mounting portion is in contact with and supported on the other side of the plurality of mounting grooves, when detached from the mounting portion a plurality of illumination support portion independently supported in the installation position on the bottom surface, and
It is coupled to one side of each of the plurality of lighting support, extending in one direction is installed to be inserted into each of the plurality of mounting grooves when the mounting of the plurality of lighting support in the mounting portion, the plurality of lighting support And a plurality of light emitting parts provided with light emitting bodies for emitting power by receiving power from each of the parts,
The plurality of lighting support parts are mounted to the plurality of mounting grooves, and the light is irradiated from the plurality of light emitting units at multiple positions of the mounting portion to be used as illumination, and each is detached and detached in a mounted state, so that the plurality of mounting positions are desired by the user. The light receiving portion may be independently irradiated with light from the light emitting body by the power of the storage battery, can be used as illumination,
The plurality of lighting support,
An illumination contact switch disposed at one side of the mounting portion detachably mounted to the mounting groove, the lighting contact switch being connected to the storage battery and the light emitting unit and operated to adjust on / off and illuminance by a contact operation of a commercial person;
It is disposed inside the mounting groove detached from the mounting portion, and is connected to the lighting contact switch includes a lighting control body for controlling while transmitting and receiving a signal for adjusting the on and off and illuminance of the plurality of light emitting parts,
The mounting portion,
It is disposed inside the fixed part fixedly supported, the mounting control body for controlling the operation of adjusting the on and off and illuminance of the plurality of light emitting parts while exchanging signals with the lighting control body, and
It is disposed on one side fixedly supported by the fixed portion, and is connected to the mounting control body includes a contact switch for operating to adjust the on and off and illuminance of the plurality of light emitting portion by a user's contact operation,
When the plurality of lighting support parts are separated from the mounting portion, when the user selectively operates the lighting contact switch from each of the independent lighting support portions separated from each other, the coupled to one side by the control of the connected lighting control body. Can operate an on, off, and illuminance of the light emitting unit,
When the plurality of lighting support parts are mounted to the mounting portion, the lighting control body and the mounting control body are connected to exchange signals with each other, and when the user touches the mounting contact switch to the lighting control body via the mounting control body. A signal may be transmitted to operate a plurality of the light emitting units on, off, and to adjust illuminance.
Multiple detachable lighting units. The method of claim 1,
The fixing unit includes:
A ceiling connection bracket disposed on an upper part of the mounting part and fixed to the ceiling to radiate light emitted from the plurality of light emitting parts from a ceiling to a lower direction; and
The ceiling connecting bracket and the mounting portion interconnecting each other, provided with a pipe shape to be provided in the form hanging from the ceiling, the ceiling connector having a ceiling fastening portion coupled to the mounting portion in the lower portion
Multiple detachable lighting device comprising a. The method of claim 1,
The fixing unit includes:
A stand base disposed in a lower portion of the mounting part and provided in a plate shape supported on a bottom surface of an installation place;
Stand connection body connecting the upper portion of the mounting portion and the upper portion of the stand base, respectively, and having a stand fastening portion fastened to the mounting portion toward the mounting portion side
Including;
The stand base is moved by the user according to the position where the light is irradiated from the plurality of light emitting portion when the mounting portion connected to the stand connecting body is moved to irradiate light from the plurality of light emitting portion
Multiple detachable lighting units. The method of claim 1,
The mounting portion,
Is disposed on one side of the fixing portion, when the plurality of the light receiving portion is mounted in the central direction in which the fixing portion is fixed from the outer periphery of the plurality of light emitting parts are penetrated so as to insert the plurality of the plurality of spaced apart from each other A mounting groove is formed, and the mounting connection terminal is installed on the other side of the plurality of mounting grooves, and the center position protrudes downward so that both ends of the outer circumferential direction are upward in the fixed position at the fixing part. A mounting body having a round mounting slope having a plurality of mounting groove ends positioned at a protruding downward end of the round shape, and
Protruding in the upper center of the mounting body, the mounting fastening protrusion protruding to fasten fixed to the fixing portion
Including;
The plurality of light emitting parts are inserted when the plurality of light receiving parts are mounted in the plurality of mounting grooves located at the bottom dead center of the mounting inclined part while the mounting body is fastened to the fixing part by the mounting fastening protrusion protruding from the upper part. felled
Multiple detachable lighting units. 5. The method of claim 4,
The plurality of lighting support,
It is disposed to be detachably mounted to the mounting portion, and when installed in the plurality of mounting grooves are provided larger than the plurality of mounting grooves to be in contact with the upper surface of the mounting body, the storage battery is installed therein, the plurality of mounting The lighting connection terminal is provided at a position in contact with the mounting connection terminal when inserted into a groove, and is supported and supported by the light supporting body to be used as independent lighting when detaching, and
Protruding to the center of each of the plurality of illumination receiving body, the illumination fastening protrusion protruding so as to be individually fastened and fixed to the plurality of light emitting parts
Multiple detachable lighting device comprising a. The method of claim 5,
Wherein the plurality of illumination support portion is formed in the groove corresponding to the mounting connection terminal of the illumination support body is formed a terminal groove in which the illumination connection terminal is installed on the inner surface in the groove shape,
The mounting portion protrudes in a plurality of positions on the upper portion of the mounting body, respectively, protrudes to the position of the lighting connection terminal of the light receiving body inserted into the plurality of mounting grooves and the mounting connection terminal is installed on the upper portion. A terminal protrusion protruding to be inserted into the terminal groove,
The lighting connection terminal and the mounting connection terminal is in contact with each other when the terminal projection is inserted into the terminal groove to maintain a contact state
Multiple detachable lighting units. The method of claim 5,
The plurality of illumination support portion is disposed on one side of the illumination support body, a magnetic body installed to have a magnetic force apart from the outer periphery of the illumination connection terminal, and
The mounting portion is disposed on one side of the mounting body, and has a magnetic attachment body installed to be attached to the magnetic force of the magnetic body on the outer periphery of the mounting connection terminal,
The lighting connection terminal and the mounting connection terminal is maintained in contact by the attachment of the magnetic body and the magnetic attachment body
Multiple detachable lighting units. The method of claim 5,
The plurality of lighting support,
The battery is disposed inside the lighting support body and is connected to the lighting connection terminal, the storage battery, and the plurality of light emitting units, respectively, and supplies power supplied from the lighting connection terminal when the lighting connection terminal contacts the mounting connection terminal. And a divider for distributing to the light emitting units to supply power to the plurality of light emitting units and to charge the storage battery. delete The method of claim 5,
The plurality of light emitting portion,
Is disposed so as to extend in one direction of the light receiving body, the light emitting connector provided in the form of a pipe is fastened to the light fastening projection extending in one direction,
Is disposed on one side of the light receiving body, the light emitting housing is connected to one end of the light emitting connector and the light emitting body is installed inward and one side is open, and
The light emitting bulb is disposed on one open side of the light emitting housing and is formed of a transparent material through which light is transmitted in a form surrounding the light emitting body.
Including;
The light emitting connector and the light emitting housing are made of a heat generating material that radiates heat to the outside.
Multiple detachable lighting units.

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