JP3185162U - Recessed ceiling lighting system assembly - Google Patents

Abstract

An assembly of an embedded ceiling lighting device is provided.
An upper housing 11 and a lower housing which are combined with each other, an upper carber space 10 is provided in the upper housing 11, an air suction port 112 is provided in the upper housing 11, and a central location of the lower housing is provided. A main body provided with a hole 124 passing through the lower portion and an upper carver space 110 are provided, and include a fan main body 21 and an air guide pipe 24, and the fan main body 21 is guided to and connected to the air guide pipe 24. The air guide tube 24 forms a hollow ring-shaped tube member, forms an air passage inside the air guide tube 24, and further has an air outlet with a downward outlet on the side away from the internal fan body, The fan apparatus 20 which connects an air outlet to a wind path, and the illuminating device 30 provided in a main body are provided.
[Selection] Figure 4

Description

  The present invention relates to an assembly of a lighting device, and more particularly, to an assembly of a ceiling embedded lighting device that can be combined with a hidden fan device to provide an interference-free airflow that can circulate in an internal space and has a rich texture.

Lighting fixtures are indispensable for the lives of modern people. On the other hand, airflow used for air conditioning, such as fans, is one of daily appliances.
In general, lamps provide a wide range of lighting, so they are often mounted in high places in the building, such as the ceiling or the top of a wall, and the airflow of air conditioning is relatively high so that a wide diffusion area is obtained Attached to the place. Therefore, a lamp with a fan that combines the two has been developed, the functionality is clear, and simplification of the installation space is the mainstream method for installing the fan and the lamp.

Chinese Patent 201110439388

Chinese Patent No. 932266697.5

Chinese Patent No. 201110439388 (Patent Document 1) shown in FIG. 1 is a ceiling fan 90, which includes an air section 91 and a nozzle 92. The air section 91 is further connected to a support member 93 and fixed to the ceiling by the support member 93. The nozzle 92 forms a ring-shaped disk body and is used for blowing out airflow. .
The aforementioned Chinese Patent No. 201110439388 (Patent Document 1) related to the well-known fan technology is fixed to the ceiling and the structural part of the fan is not projected to the outside, but the structural part of the fan has an illumination function. There are no functions.

Further, Chinese Patent No. 93226697.5 (Patent Document 2) shown in FIG. 2 is a ceiling light 100 with a combined fan, which includes a lamp housing 101, and a motor 102 is provided at a central location above the lamp housing 101. The motor 102 is connected to a suspension rod 103, the ceiling lamp 100 with the combined fan is suspended from the ceiling, and the motor 104 can drive a fan 104 installed in the housing 101, below the fan 104. A lamp 105 is provided, and an airway damper 106 is provided between the lamp 105 and the lamp housing 101 to partition the fan 104 and provide an air flow.
The above-mentioned well-known ceiling light with fan, Chinese Patent No. 93226697.5 (Patent Document 2) achieves the purpose of providing airflow for lighting and air conditioning, but the following problems remain.
The ceiling light 100 with the combined fan not only fixes the direction of the wind direction, but also hangs on the ceiling, and the fan 104 is partitioned by the airway damper 106, and the fan 104 can be seen rotating. Over time, it can cause visual stress for the user.
Further, since the airflow partitioned by the airway damper 106 is dispersed and not concentrated, noise due to vibration is generated, and it is difficult to say an ideal design.
Furthermore, when the use period of the airway damper 106 elapses, dust and dirt accumulate, and the space is limited. Therefore, it is also necessary to improve the point that cleaning is difficult.
Therefore, it is an important problem that a trader or an expert strives to solve and overcome the drawbacks of using a known lamp structure with a fan.

The inventor worked on the research and development of solutions for the disadvantages of the structure and usage of fan lamps of the known technology and the fact that the structural design was not ideal, making it easier to conceal, concentrate airflow, and cleaning With the aim of providing a convenient assembly structure for a ceiling-mounted lighting device, the present invention was conceived as a result of various researches aimed at contributing to society and promoting the development of the industry.
SUMMARY OF THE INVENTION An object of the present invention is to provide an assembly of a ceiling-embedded lighting device that has a hidden function in a fan device that can be used in combination with the lighting device and prevents visual stress and noise in use.

  Another object of the present invention is a ceiling-embedded lighting device that can be diffused and blown out after concentrating the airflow of the fan device, and can be easily operated and cleaned at a later date and has a rich texture effect Provide assembly.

  The means employed by the present invention to achieve the above-mentioned object includes an upper housing and a lower housing combined with each other, and an upper carver space is provided in the upper housing, and the upper housing has at least one set of air suction. A main body having a mouth and having a lower hole penetrating through a central location of the lower housing, and is provided in the upper carver space, and includes at least one fan main body and one air guide tube. Guided and connected to the air guide tube, the air guide tube forms a hollow ring-shaped tube member, forms an air passage inside the air guide tube, and the air guide tube exits to the side away from the fan body Is provided with a downward air outlet, includes a fan device that communicates the air outlet with the air passage, a substrate, and a plurality of LEDs, and a lighting device that includes a plurality of LED lamps below the substrate, and a substrate. And a control device for controlling the lighting device and air connection, a.

  Another means adopted by the present invention to achieve the above-mentioned object is to have at least one airway joint in the air guide pipe, and form a mouth as the airway inside the airway joint. By providing a spoiler at the mouth, the mouth is divided into a plurality of blocks according to the wind path, and the mouth is connected to the wind path according to the wind path, so that airflow can be uniformly fed into the wind path.

Another means that the present invention adopts in order to achieve the above-mentioned object is that a partition plate (that is, the partition plate is attached to the inside of the air passage) is provided in the air guide pipe provided between the air passage joints. And an independent space is formed inside the air guide tube by the partition plate, and the airflow provided from each fan body is sent to the independent space. The partition plate is installed when there are one or more fan bodies.
In order to further understand and recognize the technical features of the present invention and the effects to be achieved, it will be described in detail in conjunction with preferred embodiments.

It is a figure which shows a well-known fan structure. It is a figure which shows the structure of the well-known lamp holder with a fan. It is the solid schematic of the combination of this invention. It is an exploded schematic diagram of the present invention. It is a figure which shows sectional drawing when the upper part and lower housing of this invention are connected. It is a figure which shows the local decomposition | disassembly of this invention. It is sectional drawing which shows the local of the wind path of this invention. It is a three-dimensional schematic diagram of the wind path of this invention. It is a figure which shows the assembly and disassembly of this invention. It is the combination cross-sectional schematic of this invention. It is a figure which shows the local expansion of the combination cross section of this invention.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

  Please refer to FIGS. The present invention relates to an assembly of a ceiling-embedded lighting device coupled to a fan device with a hidden function. The assembly of the ceiling-embedded lighting device includes a main body 10, a fan device 20, a lighting device 30, and a control device 40.

Among them, the main body 10 includes an upper housing 11 and a lower housing 12 (the direction described in the present invention is an orientation shown in the drawing, the same applies hereinafter), and the upper housing 11 is configured in a disk shape (or other shape), and has an internal structure. It has an upper carver space 110 and an upper hole 111 at the central location, and an air inlet 112 on the uppermost surface of the upper housing 11 (in this embodiment, it is composed of two air inlets. And the fixing position 113 and 114 are provided.
The air inlet 112 includes a plurality of holes, and the lower housing 12 is assembled to the bottom end of the upper housing 11 to form a sealed housing body. The lower housing 12 has a substantially disk shape (or other shape). The lower carver space 120 and the projecting ring 123 at the center are formed, and the hole 124 is formed in the lower part inside the projecting ring 123, and the hole 124 passes through the lower housing 12. A contact ring 121 is provided on the outer peripheral edge of the lower housing 12.
The abutment ring 121 is abutted against the upper housing 11, and the inner peripheral edge of the lower housing 12 is provided with a protruding rib 122 that is drawn inward. Tool).
In this embodiment, first, the engaging tool 13 is passed through the fixing hole 114 and attached to the upper housing 11, and then the upper housing 11 and the lower housing 12 are combined together. Among them, the engaging tool 13 is engaged with the protruding rib 122 by turning and engaging (shown in FIG. 5). Furthermore, although the lower housing 12 is finished with a translucent member, the upper housing 11 can be finished with a translucent member or a non-translucent member.

With continued reference to FIGS. Among them, the fan device 20 includes a fan main body 21 (in this embodiment, a combination of two sets of fan main bodies, but the practical quantity is not limited to this) and an air guide tube 24. Are provided with an air inlet 210 and a plurality of fan blades 211, the fan body 21 is provided with a fan connection pipe 212 on the side corresponding to the air guide pipe 24, and a fan outlet 213 is provided inside the fan connection pipe 212. The fan outlet 213 communicates with the air inlet 210.
The air guide tube 24 forms a hollow ring body (or other shape) tube member, is connected to one side surface of the fan main body 21, and has a ring connection port 240 at a central location of the air guide tube 24. That is, a hollow ring body tube member of the ring connection port 240 is formed at the center of the air guide tube 24. Further, an air passage 242 (shown in FIG. 7) is formed inside the air guide tube 24, and an air passage connection pipe 243 is provided on each side of the air guide tube 24, and an air input connection is made inside the air passage connection pipe 243. A mouth 244 is provided.

Still referring to FIG. A spoiler 245 is provided at the air input connection port 244 (that is, the spoiler 245 and the air flow direction are perpendicular to each other), and the air input connection port 244 divides the air input connection port 244 into a plurality of blocks for air input connection. The mouth 244 is connected to the wind path 242.
Fixing tools 241 aligned with a plurality of hole positions may be provided on the side surface of the air guide tube 24, and the fixing tools 241 may form a flange. The screw 14 is passed through the fixture 241, and the air guide tube 24 is connected and fixed to the upper housing 11 (same as the position of the fixing hole 113).

Still referring to FIG. When assembling, the upper surface of the fan body 21 is abutted and fixed by the upper housing 11. However, leaving a gap through which the airflow smoothly flows, the ring connection port 240 of the air guide tube 24 is aligned with the hole 111 as shown above in the upper housing 11 and the hole 124 as shown in FIG. Put.
Further, by connecting the air passage connection pipes 243 on both sides of the air guide pipe 24 to the fan connection pipes 212 provided on the corresponding fan main bodies 21, the air input connection ports 244 on both sides of the air guide pipes 24 and the fan outlet of the fan main body 21. 213.

As shown in FIGS. 4 and 6, in one embodiment, the two fan main bodies 21 are respectively provided in the silencer 22, and the silencer 22 has an accommodating space 220 for accommodating the fan main body 21, and the silencer 22 includes a bottom plate 23 and a bottom plate. 23 includes three side plates 231 provided continuously around the opening 23 and an opening 232, and a plurality of air input holes 222 are provided in at least one side plate 231.
The side plate 231 has a fixing tool 221 having at least one hole position. The fixing tool 221 has a substantially flange shape, and a screw (not shown) is passed through the fixing tool 221 so that the silencer 22 is placed in the upper housing. 11 can be fixed.
The opening 232 is aligned with the direction corresponding to the air passage connecting pipe 243 (the air inlet 244) of the air guide tube 24, which is convenient for connecting the fan main body 21 to the air guide tube 24, and the side plates on both sides of the opening 232. 231 is formed in contact with the air guide tube 24. After the assembly is completed, the opening 232 is connected to the air guide tube 24 (shown in FIG. 9).

4 and 5, the lighting device 30 includes a substrate 31 and a plurality of LED lamps 32, and the substrate 31 may be, for example, an electric circuit board. A substrate connection port 310 is provided at a central location of the substrate 31. In the present embodiment, the substrate 31 forms a circular plate according to the main body 10, and the substrate connection port 310 is aligned with the air guide tube 24. Although the round hole is formed, it is not restricted to the shape.
A plurality of LED lamps 32 are attached below the substrate 31 to provide illumination. The lower housing 12 uses a translucent member and prepares for illumination of the light source of the illumination device 30. Furthermore, the control device 40 is provided on the substrate 31 and is electrically connected to be used for controlling the lighting device 30 (the plurality of LED lamps 32). The control device 40 is placed in electrical connection with the fan device 20 to prepare for startup, pause, and rotational speed control settings of the fan device 20. The control device 40 can receive and transmit control signals by an intelligent mobile phone or other similar device into which application software has been introduced in advance.

Continuing to refer to FIGS. In one embodiment, the air guide tube 24 includes an outer tube wall 260, an inner tube wall 270, a bottom tube wall 280, and a top tube wall 250. Among them, the airway connection pipe 243 protrudes to the outer tube wall 260, and the bottom tube wall 280 is provided with a protruding block 281 that is bent downward near the inner tube wall 270, and the outer tube wall 260 and the inner tube An air passage 242 is formed between the wall 270, the bottom tube wall 280, and the top tube wall 250.
The inner tube wall 270 is a wall body that is provided at a central location of the air guide tube 24 and the ring connection port 240 is gradually reduced and continuously refracted. Further, one end of the inner tube wall 270 and the uppermost tube wall 250 are brought into contact with each other, and the other end of the inner tube wall 270 extends to the projection block 281 near the bottom tube wall 280, and an appropriate gap is formed between the projection block 281. By maintaining the distance, the outlet forms a downward air outlet 248 and is provided in communication with the air input connection 244, the air passage 242 and the air outlet 248. In other words, the air outlet 248 is provided inside the air guide tube 24 on the side away from the fan main body 21.

  Continuing to refer to FIG. The air guide tube 24 of the present invention is further provided with a plurality of partition plates 246 (two in this embodiment) in the internal air passage 242, and the partition plates 246 are interposed between the air passage connection pipes 243. The air guide pipe 24 is divided into two independent spaces that are not connected to each other, and the airflow provided from each fan body 21 is sent into each independent space.

With continued reference to FIGS. After the assembly of the ceiling-embedded lighting device of the present invention is combined, the protruding ring 123 of the lower housing 12 is inserted into the substrate connecting port 310 of the substrate 31 and the ring connecting port 240 of the air guide tube 24 from below, and the protruding ring The top end of 123 is located below the air outlet 248 and abuts against the protruding block 281 of the bottom tube wall 280.
That is, the protrusion ring 123 is not blocked by the air outlet 248. The plurality of LED lamps 32 light sources pass through the lower housing 12 and serve the purpose of illumination, and the fan device 20 (fan body 21) is partitioned by the substrate 31 and the protruding ring 123 and can be completely hidden. Furthermore, since the fan main body 21 is accommodated in the silencer 22, the noise during operation of the fan main body 21 can be greatly reduced.

When the assembly of the ceiling-embedded lighting device according to the present invention is operated, the uppermost surface of the upper housing 11 is attached to the ceiling (not shown) so as to improve the external ventilation with an appropriate interval. After starting the fan body 21, airflow (air) is sucked into the upper carver space 110 through the air inlet 112 provided on the uppermost surface and the surrounding surface of the upper housing 11, and then continues into the silencer 22 through the air input hole 222. Then, the air is taken into the fan body 21 through the air inlet 210.
Please refer to FIGS. 10 and 11 together. The fan outlet 213 of the fan main body 21, the air input connection port 244 of the air guide tube 24, the air passage 242, and the air outlet 248 form an air flow path communicating with each other. As a result, when the fan main body 21 is operated, an air flow is blown out from the air outlet 248, and when the air flow flows into the hole 124 through the lower part of the projection ring 123 and blows out uniformly, the hole is formed in the upper part at the uppermost end of the central portion of the upper housing 11. The air at 111 is accelerated and diffused to the outside via the ring connection port 240 and the hole 124 at the bottom.
In other words, when the fan main body 21 operates, a part of the external air enters the fan main body 21 to form an air flow, and most of the external air is accelerated and sucked into the ring connection port 240 and is relatively large. Create airflow.
The ceiling-embedded lighting device assembly of the present invention can provide a hidden function to the fan device coupled to the lamp by the above-described configuration, avoids visual stress and noise, and concentrates and spreads the airflow provided. It can be blown out and is convenient for the cleaning process at a later date.

  When the present invention is applied, it can be used by attaching to a wall surface and combining a wall-mounted illumination device and a hidden fan.

  As described above, since the present invention satisfies the requirements of the utility model, an application for utility model registration is filed by law. The embodiments of the present invention described above are only preferred embodiments of the present invention, and do not limit the present invention. Therefore, changes and modifications based on the shape, structure, features, and spirit listed in the utility model registration claim of the present invention are still included in the scope of the application of the present invention.

DESCRIPTION OF SYMBOLS 10 Main body 11 Upper housing 110 Upper carver space 111 Upper hole 112 Air inlet 113 Fixing hole 121 Contact ring 122 Protrusion rib 123 Protrusion ring 124 Lower hole 13 Anchor 14 Screw 20 Fan apparatus 21 Fan main body 210 Air inlet 211 Fan blade 212 Fan connection pipe 213 Fan outlet 22 Silencer 220 Accommodating space 221 Fixture 23 Bottom plate 231 Side plate 232 Opening portion 24 Air guide tube 240 Ring connection port 241 Fixation 242 Airway connection pipe 244 Air input connection port 245 Spoiler 248 Air outlet 250 Upper tube wall 260 Outer tube wall 270 Inner tube wall 280 Bottom tube wall 281 Projection block 30 Illumination device 31 Substrate 310 Substrate connection port 32 LED lamp 40 Control device

Claims (15)

An assembly of a ceiling-mounted lighting device,
The upper housing includes an upper housing and a lower housing which are combined with each other. The upper housing has an upper carver space, and the upper housing is provided with at least one set of air inlets. A body having a hole formed through a hole, and a central location of the lower housing is provided in a lower portion penetrating the lower part;
In the upper carver space, including at least one fan main body and one air guide pipe, the fan main body is led and connected to the air guide pipe, and an air passage is formed inside the air guide pipe And a fan device in which the outlet of the air guide pipe is provided with a downward air outlet on the side away from the fan body, and the air outlet communicates with the air passage.
A lighting device including a substrate and a plurality of LED lamps, wherein the plurality of LED lamps are provided below the substrate;
A control device that is electrically connected to the substrate and controls the lighting device,
Assembly of recessed ceiling lighting system.   2. The ceiling-embedded lighting device assembly according to claim 1, wherein a hole is provided in an upper portion at a central location of the upper housing.   The lower housing has a lower carver space, a projection ring used for forming the lower passage in a central location, and the lower passage penetrating the lower housing. Assembly of embedded ceiling lighting equipment.   The assembly of a ceiling-embedded lighting device according to claim 1, wherein the combination of the upper housing and the lower housing is engaged by a fastener or other fixture.   An air input port is provided at a central location of the fan body, a plurality of fan blades are provided therein, the fan body is provided on a side surface of the air guide pipe, and the fan body is provided on a side corresponding to the air guide pipe. 4. The ceiling-embedded lighting device assembly according to claim 3, wherein a fan connection pipe is provided, a fan outlet is provided inside the fan connection pipe, and the fan outlet communicates with the air inlet.   The air guide pipe has a ring connection port penetrating at a central location, and at least one air passage connection pipe is provided on a side surface of the air guide tube, and an air input connection port is formed inside the air guide connection pipe. 6. The ceiling according to claim 5, wherein the air input connection port and the fan outlet are communicated by abutting and contacting the air passage of the air guide pipe and the fan connection pipe of the fan body. Embedded lighting device assembly.   7. The ceiling-embedded lighting device assembly according to claim 6, wherein a spoiler is provided at the air input connection port, and the air input connection port is partitioned into a plurality of blocks by the spoiler.   7. The ceiling-embedded lighting device assembly according to claim 6, wherein the ring connection port corresponds to the upper passage hole and the lower passage hole.   The fan device is further provided with a silencer for installing the fan body. The silencer includes a bottom plate, three connected side plates around the bottom plate, and an opening. The air input hole is provided, and at least one hole position is indicated on the side plate. The fixture is fastened to the upper housing, and the opening corresponds to the air guide tube. 7. The ceiling-embedded lighting device assembly according to claim 6, wherein the side plates on both sides of the opening abut against the air guide tube.   2. The ceiling-embedded lighting device assembly according to claim 1, wherein the board is an electric circuit board, and a board connection port is provided at a central location of the board.   The air guide tube includes an outer tube wall, an inner tube wall, a bottom tube wall, and a top tube wall, and the outer tube wall, the inner tube wall, the bottom tube wall, and the top tube. The assembly of a ceiling-embedded lighting device according to claim 6, wherein an air passage is formed between the wall and the wall.   The bottom tube wall forms a protruding block that refracts downward on one side of the inner tube wall, and the uppermost end of the protruding ring is located below the air outlet and contacts the protruding block of the bottom tube wall. 12. The ceiling-embedded lighting device assembly according to claim 11, wherein the lighting device assembly is in contact with each other.   12. The ceiling-embedded lighting device assembly according to claim 11, wherein the inner tube wall is a ring connection port facing a central location of the air guide tube, and is a wall body that gradually shrinks and bends.   One end of the inner tube wall is in contact with the uppermost tube wall, the other end of the inner tube wall extends toward the projection block near the bottom tube wall, and the projection blocks are spaced at an appropriate interval. 13. The embedded ceiling lighting device assembly of claim 12, wherein the assembly is maintained and the outlet forms a downward air outlet.   A partition plate is further provided between the airway connection pipes inside the air guide tube, the interior of the air guide tube is partitioned into independent spaces by the partition plate, and each air flow provided by each fan body is provided. The ceiling-embedded lighting device assembly according to claim 6, wherein the lighting device assembly is sent to an independent space.

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