KR102216318B1 - Edgecover type led lamp manufacturing method with fine dust purification funcition - Google Patents

Abstract

The present invention relates to a method for producing an edge cover-type LED lighting with a fine dust purification function. The method comprises: a first step of modularizing and preparing an LED lighting unit (1100), and a filter unit (1210), an intake/exhaust unit (1220), a suction fan (1230), and a traction unit (1240) of an air purification system (1200) which are major components; a second step of coupling an LED lighting unit (1100) module to a lighting unit area of an edge cover-type LED lighting frame (1010), and coupling an intake/exhaust unit (1213) module of the air purification system (1200) to an air purification system area; and a third step of assembling a suction fan (1230) module to an intake/exhaust unit (1220) module, and installing a traction motor (1241), a pulley (1243), a winding portion (1244), and an adjustment plate (1247) of a tension adjustment means (1246) which are components of a traction unit (1240) module at the upper portion of the intake/exhaust unit (1220) module. According to the present invention, fine dust and air purification functions are optimized.

Description

Manufacturing method of edge cover type LED lamp with fine dust purification function {EDGECOVER TYPE LED LAMP MANUFACTURING METHOD WITH FINE DUST PURIFICATION FUNCITION}

The present invention relates to a method for manufacturing edge cover type LED lighting installed in buildings such as study rooms, offices, and military quarters, and more particularly, to reduce the concentration of fine dust in a closed indoor space, which is raised as a social issue, in addition to indoor lighting. The air purification system is equipped with an air purification system that can be used, but the air purification system is compact to optimize the air purification function while having the shape of an edge cover type LED light, and to conveniently replace the air purification system filter that is periodically replaced. This is a technology related to a method of manufacturing an edge cover type LED lighting lamp with an excellent quality fine dust purification function in which the lifting part for lifting the filter of the purification system is combined.

In general, lighting lamps are installed to maintain appropriate brightness in a space, and edge cover type LED lighting lamps are mainly installed in study rooms, offices, and military quarters.

On the other hand, study rooms, offices, and military quarters are unable to maintain a comfortable indoor environment due to the increase in fine dust contained in the air received from the outside, and in response to this, separate air purifiers or ventilation of indoor air It keeps the quality at an appropriate level.

However, if an air purifier is provided separately, space utilization is degraded, and the maintenance of indoor air quality through ventilation is accompanied by energy loss, which incurs an economic burden, and is also caused by ultrafine dust in the outside air, which is the fundamental cause of indoor air quality degradation. It is difficult to maintain a comfortable indoor space.

On the other hand, the present inventor has secured the patent right by applying for a patent for an edge cover-type LED lighting lamp with optimized heat dissipation efficiency and an LED street light having an air purification function.

However, the air purification system of the LED street light with the air purification function added to the edge cover type LED lighting lamp requires a more thorough manufacturing process for quality control due to the lifting function of the filter part that requires high precision.

Korean Patent Registration No. 10-1956716 Korean Patent Registration No. 10-1998623

The present invention is a technology conceived to solve the problems of the prior art described above, while sufficiently purifying the air in the space, while compacting the structure of the air purification system to slim down the edge cover type LED lighting lamp with an air purification function. And, by seeking convenience for convenient replacement/repair of air purification system filters, which are periodically replaced, quality is the top priority for purifying indoor fine dust as well as for the lifting function of the filter part, the main function of edge cover type LED lighting, to operate normally. The process must be supported.

The present invention is a method for manufacturing an edge cover-type LED lighting lamp having a fine dust purification function consisting of an LED lighting unit and an air purification system, in order to realize the desired object as described above, the fine dust purification consisting of an LED lighting unit and an air purification system. In the manufacturing method of an edge cover type LED lighting lamp with functions, the first step of preparing by modularizing the LED lighting unit, which is the main components, the filter unit, suction and discharge unit, suction fan and traction unit of the air purification system, and the edge cover type LED lamp. The second step of combining the LED lighting module in the lighting area of the frame, and the intake and discharge module of the air purification system in the air purification system area, assembling the suction fan module to the intake and discharge module, and on the top of the intake and discharge module. The third step of installing the adjustment plate of the traction motor, pulley, winding unit, and tension adjustment means, which are components of the traction unit module, one end of the traction line is fixed to the winding unit, and the other end of the traction line is required to connect the tension adjustment unit and the suction and discharge unit The fourth step of fixing the coupling protrusion of the filter unit via a forward rotation of the traction motor to raise the filter unit module while adjusting the variable roller of the tension control means so that the filter unit module is horizontally inserted into the suction and discharge unit module. It is concentrated in 5 steps, wherein the air purification system includes an intake/discharge part coupled to the LED lamp frame, a filter part intercalated and coupled under the intake/discharge part, and a suction fan connected to the upper part of the intake/discharge part, and Consisting of a traction unit installed on the top of the discharge unit, the suction and discharge unit includes a polygonal tubular suction unit with open upper and lower parts, a body coupling unit formed at both ends of the lower end of the suction unit and the discharge unit formed on both left and right sides of the suction unit. It is composed of a portion and a coupling recess formed outside the intake and discharge portion of the polygonal cylindrical shape, and the filter unit 1210 interpolated to the suction and discharge portion 1220 by the operation of the traction unit 1240 is raised and lowered. It is characterized.

In addition, after the third step, step 3-1 of linking the reduction gear between the traction motor and the pulley is added.

In addition, after step 5, step 5-1 of checking whether the filter part is level during the lifting/lowering limit switch operation and the lifting process while operating the traction part with a remote control to lift the filter part is added, and the upper part of the suction and discharge part Two suction fans are installed with a sirocco motor type.

In addition, the purified air discharge part formed on the left/right side of the filter body of the filter part connected to the lower part of the discharge part is characterized in that the through hole has a "b" shape.

In addition, a fine dust sensor is installed on one side of the filter body of the filter unit, and a band-shaped fine dust status indicator is formed at an edge of a section where the fine dust sensor is located.

In addition, the traction unit, a traction motor is fixed to the upper portion of the suction and discharge unit, a pulley that rotates by receiving the rotational force of the traction motor, a winding unit formed on the pulley, a traction line wound on the winding unit, and support the traction line The traction motor is operated by comprising a tension control means for adjusting the tensile force, a coupling portion of the suction and discharge portion through which the tow line passes through the tension control means, and the coupling protrusion of the filter portion through which the pull line through the coupling portion is connected and overlapped. It is characterized in that the filter unit interpolated and coupled to the suction and discharge portion is raised and lowered.

In addition, the traction unit is characterized in that the winding portion, the traction line, the tension control means, the coupling recess of the suction and discharge portion, and the coupling protrusion of the filter portion are plural.

In addition, a tangy spring is interposed between the engaging projection of the suction and discharge portion and the engaging projection of the filter unit interpolated to the engaging recess.

In addition, the tension control means is characterized in that it comprises a control plate fixedly installed in the vicinity of the coupling recess of the suction and discharge part, support rollers installed on both sides of the upper end of the control plate, and a variable roller that is variable vertically from the center of the support roller.

In addition, the support / variable roller has a groove formed in the outer diameter in which the tow line is seated,

The variable roller is characterized in that it is installed to be adjustable up and down in the slit formed in the vertical direction on the control plate.

The method for manufacturing an edge cover type LED lighting lamp having a function of purifying fine dust according to the present invention presented as described above is structurally functional while having a structure that conforms to the structure of the building such as study rooms, offices, and military quarters through the compactness of the air purification system. To optimize the air purification function of fine dust that keeps the indoor air comfortable,

In addition, the present invention eliminates the difficulty of replacing/repairing filters that are periodically replaced by maintaining high quality so that the filter unit lifting means of the air purification system can operate smoothly.

1 is a perspective view of an edge cover type LED lighting lamp having a fine dust purification function.
Figure 2 is a bottom perspective view of an edge cover type LED lighting lamp having a fine dust purification function.
3 is an exploded view of an edge cover type LED lighting lamp having a fine dust purification function.
Figure 4 is a three-dimensional view of the air purification system.
Figure 5 is a bottom perspective view of the suction and discharge portion.
6 is a perspective view of the bottom of the suction fan.
7 is an exploded view of a coupling protrusion and a coupling element.
Figure 8 is an enlarged perspective view of the tension adjustment means.
9 is a cross-sectional view of the air purification system.
10 is a cross-sectional view showing the air flow of the air purification system
11 is a flow chart of a method for manufacturing an edge cover type LED lighting lamp having a fine dust purification function.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings. Prior to this, terms or words used in the specification and claims should not be construed as being limited to their usual or dictionary meanings, and the inventors appropriately explain the concept of terms in order to explain their own invention in the best way. Based on the principle that it can be defined, it should be interpreted as a meaning and concept consistent with the technical idea of the present invention. In addition, unless there are other definitions in the technical terms and scientific terms used, they have the meanings commonly understood by those of ordinary skill in the art to which this invention belongs, and the gist of the present invention in the following description and accompanying drawings Descriptions of known functions and configurations that may be unnecessarily obscure will be omitted. The drawings introduced below are provided as an example to sufficiently convey the spirit of the present invention to those skilled in the art. Accordingly, the present invention is not limited to the drawings presented below and may be embodied in other forms. In addition, the same reference numbers throughout the specification indicate the same elements. It should be noted that the same components in the drawings are indicated by the same reference numerals wherever possible.

1 to 11, the present invention relates to a method for manufacturing an edge cover-type LED lighting lamp having a fine dust purification function capable of reducing indoor fine dust, and an air purification having a filter unit lifting means in the LED lighting unit It is a technology related to an edge cover type LED lighting lamp 1000 that is convenient to replace filters as well as remove fine dust in the room by adding a system.

The configuration for achieving the present invention as described above is made of an LED lighting unit 1100 and an air purification system 1200, and the air purification system includes a filter unit 1210, an intake and discharge unit 1220, and a suction fan 1230 that can be lifted. ), consisting of a traction unit (1240).

The edge cover type LED lighting lamp 1000 having the purifying function includes an edge cover type LED lighting lamp frame 1010 divided into an LED lighting unit 1100 and an air purification system 1200 unit.

The LED lighting unit 1100 includes an LED module having an LED chip mounted on a PCB to convert electric energy into light energy, and a heat dissipating unit and a power supply unit to cool heat generated from the LED chip.

Looking specifically at the configuration of the air purification system 1200,

The intake/discharge part 1220 of the air purification system 1200 through which air circulated during the fine dust purification process passes is coupled to the edge cover type LED lamp frame 1010.

By coupling the body coupling portion 1223 of the suction and discharge unit 1220 and the edge cover type LED lamp frame 1010 with a bolt nut, the suction and discharge unit 1220 is attached to the edge cover type LED lamp frame 1010 Are combined.

The suction/discharge part 1220 is formed on one side of the suction part 1221 and the body coupling part 1223 and suction part 1221 formed at both ends before/after the lower end of the suction part 1221 and the suction part 1221 composed of a polygonal cylindrical shape with open upper and lower parts. It is composed of a discharge portion 1225 formed and a coupling concave portion 1224 formed outside the intake and discharge portion 1220 of the polygonal cylindrical shape.

The discharge part 1225 is preferably installed on both left and right sides of the suction part 1221, respectively.

It is preferable that a plurality of coupling concave portions 1224 formed outside the suction and discharge portion 1220 are formed, and it is even more preferable that four are formed.

It is preferable that the width of the discharge part 1225 formed on the left/right side of the suction part 1221 increases from the top to the bottom.

The suction part 1221 becomes a passage for air sucked into the suction fan 1230 through the filter 1215.

It is preferable that the suction part 1221 has a wide lower end to which the filter part 1210 is coupled and a narrow upper end to which the suction fan 1230 is coupled.

The upper end of the narrowly formed suction part 1221 is formed by combining a cover with a through hole 1222 formed therein.

It is preferable that two through holes 1222 formed in the cover coupled to the upper end of the suction part 1221 are formed.

The reason that the upper end of the suction part 1221 is formed narrow and the lower end is formed wide is to reduce wind loss of air passing through the filter 1216 by increasing the penetration area of the lower end to which the filter 1216 is coupled.

The coupling recess 1224 has a cylindrical shape through which the top and bottom are penetrated, and the coupling protrusion 1213 of the filter unit 1210 is interpolated, and the inner diameter of the coupling recess 1224 is preferably formed in a conical shape that becomes narrower toward the top. Do.

A suction fan 1230 for inhaling and exhausting air by a motor is coupled to an upper portion of the suction unit 1221 of the suction and discharge unit 1220.

That is, the suction port 1231 of the suction fan 1230 is connected and coupled to the through hole 1222 formed at the upper end of the suction part 1221, and the suction fan is at the upper end of the discharge part 1225 of the suction and discharge part 1220. The outlet 1232 of the 1230) is connected and coupled.

It is preferable that the motor of the suction fan 1230 is a sirocco motor.

Edge cover type LED lights are LED lights installed indoors, and are characterized by the thin thickness of the lighting fixtures, and the motor itself is slim for efficient operation of the fine dust air purification system while maintaining the characteristic structure of such edge cover type LED lights. It is more effective to configure it with a sirocco motor.

A filter part 1210 is interpolated to a lower end of the suction and discharge part 1220.

The filter unit 1210 is inserted into the suction unit 1221 of the suction and discharge unit 1220, and the filter body 1211 in the shape of a polygonal cylinder with open upper and lower portions and a filter grill 1215 formed at the lower end of the filter body And a coupling protrusion 1213 formed outside the filter body 1211 and a purified air discharge part 1219 formed on the left/right sides of the filter body 1211.

The filter body 1211 is interpolated and coupled to the suction part 1221 of the suction and discharge part 1220 from the bottom to the top.

The coupling protrusion 1213 is interpolated and coupled to the coupling recess 1224 of the suction and discharge portion 1220 from below.

Therefore, it is preferable that a plurality of the coupling protrusions 1213 are also formed at positions corresponding to the coupling recesses 1224, and it is even more preferable to form four.

The coupling protrusion 1213 has a cylindrical shape, and the outer diameter of the coupling protrusion 1213 is preferably formed in a conical shape corresponding to the inner diameter of the coupling recess 1224.

In addition, the outer diameter of the coupling protrusion 1213 may be formed to be stepped, and the tangy spring 1214 is extrapolated to the coupling protrusion 1213 to be interposed between the coupling recesses 1224 of the suction and discharge portion 1220.

The tangy spring 1214 has elasticity that separates between the coupling recesses 1224 and the coupling protrusions 1213 interpolated to the coupling recesses 1224.

The purified air discharge part 1219 is a "b" shaped through hole, and the upper end of the purified air discharge part 1219 is coupled to the lower end of the discharge part 1225.

Accordingly, the purified air from which the fine dust discharged to the purified air discharge unit 1219 is discharged is not discharged directly below it but is discharged in a horizontal direction, so that it does not directly touch a person.

The filter 1216 is mounted on the lower end of the filter body 1211 having a polygonal cylindrical shape.

Preferably, a filter grill 1215 is formed at the bottom of the polygonal cylindrical filter body 1211, and the filter 1216 is mounted on the filter grill 1214, so that the filter 1216 can be mounted stably and easily. .

A partition wall 1212 is formed in the center of the polygonal cylindrical filter body 1211.

Due to the partition wall 1212, the suction part 1221 is divided into two spaces symmetrically to each other, and thus, two suction fans 1230 respectively connected and coupled to the two through holes 1222 formed at the upper end of the suction part 1221 Each air intake passage by means is formed.

A fine dust sensor 1217 is formed on one side of the polygonal cylindrical filter body 1211.

A band-shaped fine dust status indicator 1218 is formed at the edge of the section where the fine dust sensor 1217 is located.

The fine dust status indicator 1218 is preferably formed of an LED lamp.

Since the fine dust sensor 1217 senses fine dust in the air sucked by the suction fan provided in the sensor itself, it is possible to sense a concentration of fine dust that is closer to an average value than sensing in a congested place.

Since the fine dust status indicator 1218 is formed in a band shape at the edge of the section where the fine dust sensor 1217 is located, it stands out to people's eyes.

The fine dust status indicator 1218 displays in colors such as green (good) yellow (boundary) red (poor) according to the fine dust status, so that people in the space can visually recognize the state of the air and respond with mobility. There is this.

The traction unit 1240 is a means for elevating the filter unit 1210 in the edge cover type LED lamp frame 1010.

Looking specifically at the configuration of the traction unit 1240, the traction motor 1241 is fixed to the upper portion of the suction and discharge unit 1220.

It is more effective that the pulley 1243 rotates by receiving the rotational force of the traction motor 1241, and preferably, the rotational force is transmitted from the traction motor 1241 to the pulley 1243 through the reducer 1242.

It is preferable that a plurality of winding portions 1244 are formed on the pulley 1243, and it is even more preferable that four winding portions 1244 are formed.

Therefore, it is preferable that a plurality of tow lines 1245 to be wound on the winding part 1244 are also used, and it is even more preferable to use four.

An upper portion of the suction/discharge part 1220 is provided with a tension adjusting means 1246 for supporting the tow line 1245 and adjusting the tensile force.

The tension control means 1246 includes a control plate 1247 fixedly installed near the coupling recess 1224 of the suction/discharge part 1220, a support roller 1248 installed on both sides of an upper end of the control plate 1247, and the support roller ( 1248) It consists of a variable roller 1249 that can be variable vertically from the center.

The support/variable roller has a concave groove in which a tow line 1245 is seated in an outer diameter.

The tension adjusting means 1246 is possible by adjusting the position of the variable roller 1249 up and down in order to maintain the horizontal level of the filter unit 1210 attached to the four towing lines 1245 when using the four towing lines 1245. . That is, it is possible to precisely adjust the horizontal of the filter unit by adjusting the distance of the tow line path of the tension control means.

That is, the tension control means 1246 includes a control plate 1247 fixedly installed near the coupling recess 1224 of the suction/discharge part 1220, support rollers 1248 installed on both sides of the upper end of the control plate 1247, and the The variable roller 1249, which is positioned vertically in the slit formed in the vertical direction in the center between the support rollers 1248, is fixed at a specific position, so that the distance of each tow line path of the tension adjusting means 1246 is adjusted so that the filter unit ( 1210) can be precisely maintained.

The support/variable rollers 1248 and 1249 are provided with guides 1250 for preventing the separation of the rollers of the pull line 1245 passing through each roller.

The traction line 1245 wound around each of the winding portions 1244 is the support roller 1248 of the tension control means 1246, the variable roller 1249, the support roller 1248, and the coupling recess 1224 of the suction and discharge portion 1220. It is fixed to the coupling protrusion 1213 of the filter unit 1210 through the sequential passage.

Looking at the lifting operation relationship of the filter unit 1210 by the traction unit 1240,

When the motor rotates forward due to the operation of the traction motor 1241, the pulley rotates forward and the traction line 1245 wound around each winding unit 1244 of the pulley is wound, so that the filter unit 1210 coupled to the traction line 1245 rises. The filter unit 1210 is normally coupled to the air purification system 1200 by being inserted into the suction and discharge unit 1220.

At this time, it is preferable to install a lift limit switch (not shown) that stops the rotation of the traction motor 1241 when the filter unit 1210 is coupled, and the lift limit switch includes the filter unit 1210 in the suction and discharge unit 1220 When it is inserted to the set position of ), it is mechanically detected and operated.

When the traction motor 1241 continues to rotate forward in a state in which the filter unit 1210 is normally coupled to the suction/discharge unit 1220 and the traction line 1245 can no longer be wound around the winding unit 1244, the lift limit switch This is to prevent burnout caused by overloading the traction motor 1241.

When the filter 1216 of the filter unit 1210 is replaced, if the traction motor 1241 is rotated in the reverse direction, the pulley rotates in the reverse direction, and the traction line 1245 that was wound on each winding part 1244 of the pulley is released. ), the filter unit 1210 is lowered by the self-weight of the filter unit 1210 attached to the filter unit 1210, and when the filter unit 1210 descends at the set position, the filter 1216 mounted on the filter unit 1210 is conveniently replaced. can do.

At this time, it is preferable to install a descending limit switch (not shown) to stop the reverse rotation of the traction motor 1241 when the filter unit 1210 descends to the set position.

This is because if the reverse rotation of the traction motor 1241 continues to reverse even after the traction line 1245 is completely unwound from the winding unit 1244, the traction line 1245 is rewinded to the winding unit 1244 and the filter unit 1210 rises again. To prevent it from doing.

The lowering limit switch is operated when the angle of the tow line 1245 is out of the set angle by sensing the angle of the tow line 1245 wound around the winding portion 1244,

When the traction motor 1241 is rotated after replacing the filter 1216, the filter unit 1210 rises by the traction force of the traction line 1245 wound around the winding unit 1244 and is interpolated to the suction and discharge unit 1220.

In the traction part 1240, the winding part 1244 and the traction line 1245 are set to four in order to maintain the horizontal level of the filter part 1210 that is elevating.

If the tow line 1245 is used as one, the structure is simple, but when the filter unit 1210 is raised or lowered, the filter unit 1210 is not leveled and tilted or rotated, making the user uneasy as well as the filter unit 1210 descending. That is, when the filter unit 1210 is separated from the suction/discharge unit 1220, if the filter unit 1210 is unbalanced, it may not be easily separated. That is, the coupling protrusion 1213 of the filter part 1210 may not be easily separated from the coupling recess 1224 of the suction and discharge part 1220.

In addition, in order to allow the filter unit 1210 to be safely separated from the suction and discharge unit 1220 when the filter unit 1210 descends, the coupling protrusion 1213 of the filter unit 1210 and the suction/discharge unit 1220 are coupled together ( It is preferable that the tangy spring 1214 is interposed between 1224).

That is, the tangy spring 1214 is interposed between the engagement protrusion 1213 and the engagement recess 1224 by extrapolating the tangy spring 1214 to the engagement protrusion 1212 of the filter unit 1210.

When the tangy spring 1214 is interposed between the coupling protrusion 1213 and the coupling recess 1224, the filter portion 1210 is safely separated from the suction and discharge portion 1220 by the elastic force of the tangy spring 1214.

It is preferable that the operation of the traction unit 1240 is remotely controlled by a remote control.

11 is a floor chart illustrating a method of manufacturing an edge cover type LED lighting lamp having a fine dust purification function according to FIGS. 1 to 10.

Referring to FIG. 11, in the manufacturing method of an edge cover type LED lighting lamp having a fine dust purification function consisting of an air purification system 1200 having an LED lighting unit 1100 and a filter unit 1210 lifting means,

The LED lighting unit 1100, which is the main component of the edge cover type LED lighting lamp having the present invention, and the filter unit 1210, the suction and discharge unit 1220, and the suction fan 1230 of the air purification system 1200 And a first step of preparing the traction unit 1240 by modularizing it.

In the state where all the modules are prepared in the first step, first, the LED lighting unit 1100 module is coupled to the lighting unit area of the edge cover type LED lamp frame 1010, and the suction and discharge unit of the air purification system 1200 is in the air purification system area. (1213) The second step of combining the modules proceeds.

Following the second step, the suction fan 1230 module is first assembled to the suction and discharge unit 1213 module based on the suction and discharge unit 1213 module, which is the basis of the air purification system 1200, and the suction and discharge unit ( 1213) In order to install the traction unit 1240, the traction motor 1241, the pulley 1243, the winding unit 1244, and the adjustment plate 1247 of the tension adjustment means 1246, which are components of the module, in the right place on the top of the module. Step 3,

After the third step, if a larger torque is required to elevate the filter unit 1210 compared to the rating of the traction motor, the 3-1 step of connecting the reducer 1242 between the traction motor 1241 and the pulley 1243 Proceeds to

After the third step or step 3-1, one end of the tow line 1245 is fixed so that it can be wound around the winding unit 1244, and the other end of the tow line 1245 is the tension adjusting means 1246 and the suction and discharge part 1220. A fourth step of fixing to the coupling protrusion 1213 of the filter part 1210 by passing (through) the coupling recess 1224 of ),

In the fourth step, while the assembly of each module is completed, the traction motor 1241 is rotated forward to raise the filter unit 1210 module, while the filter unit 1210 module is horizontal and inserted into the suction/discharge unit 1220 module. As a fifth step of adjusting the variable roller 1249 of the tension control means 1246, the edge cover-type LED lighting lamp having a fine dust purification function is assembled.

As a final inspection step after the 5th step, by operating the traction unit 1240 with a remote control to lift the filter unit 1210 and check whether the filter unit 1210 is horizontal during the operation of the lifting/lowering limit switch and the lifting process. If there is no, the process proceeds to step 5-1, which is recognized as a genuine product, and then ends.

The above has been described with reference to a preferred embodiment of the present invention, and is not limited to the above embodiment, and through the above embodiment, those of ordinary skill in the art to which the present invention belongs do not depart from the gist of the present invention. This can be done with various changes in.

1000: Edge cover type LED lighting with purification function
1010: Edge cover type LED lamp frame
1100: LED lighting unit 1200: air purification system
1210: filter unit 1211: filter body
1212: bulkhead 1213: coupling protrusion
1214: Tangi spring 1215: filter grill
1216: filter 1217: fine dust sensor
1218: fine dust status indicator 1219: purified air discharge unit
1220: suction and discharge unit 1221: suction unit
1222: through hole 1223: body coupling part
1224: coupling part 1225: discharge part
1230: suction fan 1231: suction port
1232: outlet 1240: traction unit
1241: traction motor 1242: reducer
1243: pulley 1244: winding part
1245: tow line 1246: tension adjustment means
1247: control plate 1248: support roller
1249: variable roller 1250: guide

Claims (10)

In the manufacturing method of an edge cover type LED lighting lamp having a fine dust purification function consisting of an LED lighting unit 1100 and an air purification system 1200,
The first step of preparing by modularizing the main components of the LED lighting unit 1100 and the filter unit 1210, the suction and discharge unit 1220, the suction fan 1230 and the traction unit 1240 of the air purification system 1200,
A second step of combining the LED lighting unit 1100 module in the lighting unit area of the edge cover type LED lamp frame 1010, and combining the intake and discharge unit 1213 modules of the air purification system 1200 in the air purification system area,
The suction fan 1230 module is assembled to the suction/discharge unit 1220 module, and the traction motor 1241, pulley 1243, and winding are components of the traction unit 1240 module on the suction and discharge unit 1220 module. The third step of installing the adjustment plate 1247 of the mounting 1244 and the tension adjustment means 1246,
One end of the tow line 1245 is fixed to the winding portion 1244, and the other end of the tow line 1245 is coupled to the filter unit 1210 via the coupling recess 1224 of the tension adjusting means 1246 and the suction and discharge unit 1220 A fourth step of fixing to the protrusion 1213,
The variable roller 1249 of the tension adjusting means 1246 so that the traction motor 1241 is rotated forward to raise the filter unit 1210 module, while the filter unit 1210 module is horizontal and inserted into the suction/discharge unit 1220 module. ) Proceeds to the fifth step of adjusting,
The air purification system 1200,
A suction and discharge part 1220 is coupled to the LED lamp frame 1010, a filter part 1210 is interpolated and coupled to a lower portion of the suction and discharge part 1220, and a suction fan on the upper part of the suction and discharge part 1220 (1230) is connected and coupled, consisting of a traction unit (1240) installed above the suction and discharge unit (1220),
The suction and discharge part 1220,
The upper and lower portions are opened in a polygonal cylindrical suction part 1221, the body coupling part 1223 formed at both ends before and after the lower end of the suction part 1221, and the discharge part formed on both left and right sides of the suction part 1221 ( 1225) and a coupling concave portion 1224 formed outside the polygonal tubular suction/discharge portion 1220,
The traction unit 1240, a traction motor 1241 is fixed to the upper portion of the suction and discharge unit 1220, a pulley 1243 rotating by receiving the rotational force of the traction motor 1241, the pulley 1243 Passes through a winding portion 1244 formed, a tow line 1245 wound around the winding portion 1244, a tension adjustment means 1246 for supporting the tow line 1245 and adjusting the tensile force, and the tension adjustment means 1246 The coupling protrusion 1213 of the filter part 1210 to which the coupling recess 1224 of the suction/discharge part 1220 through which one pull line 1245 passes and the pull line 1245 passing through the coupling recess 1224 are connected and overlapped The filter unit 1210 interpolated to the suction and discharge unit 1220 by the operation of the traction motor 1241 is raised and lowered,
A tangy spring 1214 is interposed between the coupling recess 1224 of the suction/discharge part 1220 and the coupling protrusion 1213 of the filter part 1210 interpolated into the coupling recess 1224,
The tension control means 1246 includes a control plate 1247 fixedly installed near the coupling recess 1224 of the suction/discharge part 1220, a support roller 1248 installed on both sides of the upper end of the control plate 1247, and the support. Consisting of a variable roller 1249 that is positioned vertically in a slit formed in the vertical direction in the center between the rollers 1248, the variable roller 1249 is fixed at a specific position, so that each pull line path of the tension control means 1246 An edge cover type having a fine dust purification function, characterized in that the distance is adjusted to precisely maintain the horizontality of the filter unit 1210, and a groove in which the tow line 1245 is seated is formed in the outer diameter of the support/variable roller. LED lighting manufacturing method.
The method of claim 1,
After the third step, the method of manufacturing an edge cover type LED lighting lamp having a fine dust purification function, characterized in that the third step of linking the reducer 1242 between the traction motor 1241 and the pulley 1243 is added. .
The method of claim 1,
Step 5 Next, step 5-1 of operating the traction unit 1240 with a remote control to lift the filter unit 1210 and checking whether the filter unit 1210 is level during the operation of the lifting/lowering limit switch and the lifting process. Is added,
The suction fan 1230 connected to the upper end of the suction/discharge part 1220 is a sirocco motor type, and two suction fans are installed.
The method of claim 1,
The purified air discharge part 1219 formed on the left/right side of the filter body 1211 of the filter part 1210 connected to the lower end of the discharge part 1225 is a microscopic hole having a “b” shape. Edge cover type LED lighting manufacturing method with dust purification function.
The method of claim 1,
A fine dust sensor 1217 is installed on one side of the filter body 1211 of the filter unit 1210, and a band-shaped fine dust state is displayed at the edge of the section where the fine dust sensor 1217 is located. An edge cover-type LED lighting manufacturing method having a fine dust purification function, characterized in that the lamp 1218 is formed.
delete The method of claim 1,
The winding portion 1244 of the traction unit 1240, the traction line 1245, the tension adjustment means 1246, the coupling protrusion 1224 of the suction and discharge portion 1220, and the coupling protrusion 1213 of the filter unit 1210 are Edge cover-type LED lighting manufacturing method having a fine dust purification function, characterized in that a plurality. delete delete delete

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