KR101960602B1 - System for controlling a lighting's height by the illumination - Google Patents

Abstract

The present invention relates to a system capable of adjusting the height of an illumination based on illumination, and more particularly, to a system capable of adjusting the height of an illumination to be maintained in a space provided with an illumination, The present invention relates to an illumination-based illumination height control system capable of controlling the height of a light so that a complex illumination is adjusted to a set illumination.

Description

BACKGROUND OF THE INVENTION Field of the Invention [0001] The present invention relates to an illumination-

The present invention relates to a system capable of adjusting the height of an illumination based on illumination, and more particularly, to a system capable of adjusting the height of an illumination to be maintained in a space provided with an illumination, The present invention relates to an illumination-based illumination height control system capable of controlling the height of a light so that a complex illumination is adjusted to a set illumination.

Generally, lighting means a luminaire that emits light by using an incandescent lamp, a fluorescent lamp, or an LED, and has been performing its functions not only in a home, office, factory, etc., but also outdoors.

Especially, in a space with a large space and a high space such as a factory, a high-altitude lighting is installed. However, such a high-altitude lighting is not a problem at the time of first use, but it is periodically changed depending on the limited life of the bulb, In order to replace or clean the high-altitude lighting fixtures used in high ceilings, it is necessary to replace them with a new product, or to periodically clean the lamp for the service life of the bulb, He is working in a high-altitude workbench, using a crane for high-altitude work or a ladder.

However, the above-mentioned complaint work required more inconvenience and proficiency than the work on the ground, and was always exposed to the risk of safety accidents such as electric shock and fall during work, There is a disadvantage that the expense is increased and the cost is increased economically.

In view of such disadvantages, there has been a tendency that a technology for enabling a bulb lamp to be safely and easily replaced or cleaned on the ground is being developed. The applicant of the present invention has proposed a bulb- I have filed and registered a lamp lifting device.

After filing and registering the above-mentioned technology, Applicants have come up with a technology that enables a consumer to efficiently operate an illumination lamp using such a technology, and as a result, If it is possible to consistently unify the illuminance, which is not uniform, by adjusting the height of the illumination based on the sensed illuminance value, it is judged to be useful for identifying the object and others, and the present invention will be proposed.

In this case, the height and the height of the illumination can be adjusted by applying the registered technology of the present applicant.

On the other hand, the reason why the illuminance in the space is not uniform with respect to the specific space is that the external light (other than the light by the illumination) flows through the window or the entrance, And even if the influence of the external light is small, it is generally difficult to have a uniform illuminance in the same space because the illuminance far from the area close to the illumination is low.

In this case, even if a plurality of illuminations are provided, the illuminance may be low as a blind spot in a region farthest from the illumination at the farthest end, where the influence of illumination is relatively small. In order to increase the illuminance of such a blind spot, It was judged that even the zone could raise the illuminance.

Regarding the invention proposed by the applicant of the present application, Japanese Patent Application Laid-Open No. 10-1263066 discloses an illumination control system for controlling the illumination intensity of a plurality of illumination lights. An illumination control unit for generating an illumination control signal for controlling illumination of the illumination device, the illumination control unit including an external input device for receiving illumination information, an external input device for receiving illumination control information, a current control unit, and a voltage control unit, A central control unit for receiving the adjustment information and controlling the illumination control unit, and a dimming selection unit for receiving the illumination control signal generated by the illumination control unit and providing the illumination control signal to the illumination.

The above technique selects dimming control as a means for adjusting the illuminance, which is a method adopted by many technologies. In this technique, the illuminance within the space based on the height adjustment, which the present applicant intends to propose, There has been no technology developed to control this.

Patent Registration No. 10-1184989 (issued on October 2, 2012) Registered Patent Publication No. 10-1263066 (Announcement 2013.05.09)

SUMMARY OF THE INVENTION It is an object of the present invention to provide a lighting system and a lighting system capable of setting the illuminance to be maintained in a space in which the lighting is installed and controlling the height of the illuminance so that the combined illuminance of the light and the external light And an illuminance-based illumination height adjustment system.

It is another object of the present invention to provide an illuminance-based illumination height adjustment system that enables various colors of illumination by making the illumination a smart LED.

According to an aspect of the present invention, there is provided an illumination-based illumination height adjusting system for illuminating an illuminance of an external light and a light of an illumination to one side of the space, And then controls the light 10 to rise or fall in accordance with a predetermined maintenance illumination after the measurement through the illumination sensor 30 provided.

Further, the illumination 10 is elevated or lowered through the elevating device.

At this time, a plurality of the lights 10 are physically connected to the control means 20 provided at one side of the space.

The control unit 20 receives the illumination value from the illumination sensor 30 and sets the illumination 10 as a group based on the control signal of the App 40 or controls the wakeup / On / off control and dimming control.

The App 40 also includes a communication unit for communicating with the control means 20; An illuminance value receiver for receiving an illuminance value from the control means (20); A setting unit configured to perform a setting for controlling the illumination (10); A manual operation interface that provides an interface to allow the control of the light 10 to be manually performed through the App 40 and a mode setting that provides an interface to select the 'external light priority mode' and the 'light priority mode' An interface unit including an interface; And a control unit for controlling the illumination 10 set as a group and performing dimming and wiping / descent control of the illumination 10. [

In addition, the setting unit may include a group setting module for setting the light 10 as a group according to a user's selection; A rising / falling height setting module for setting a reference height by setting a height at which the light 10 is lifted or lowered to a multistage; And a maintenance illumination setting module for setting illumination to be maintained in the space.

In addition, the App 40 may further include an emission light control unit for controlling the color of light emitted from the light source 10,

The emission light controller includes a color and color combination DB for storing color information and color combination information expressed by the light 10; And an emission light control module for controlling the color of light to be emitted to the illumination unit 10 based on color information and color combination information stored in the color and color combination DB.

At this time, the external light priority mode is a mode for adjusting the illumination intensity by raising the illumination 10 corresponding to the space A into which the external light (external light) flows among a plurality of lights 10 in the space.

The illumination priority mode is a mode for adjusting the illumination intensity by lowering the illumination 10 corresponding to the space B in which the external light (external light) does not enter among the plurality of lights 10 in the space .

According to the illuminance-based height control system of the present invention, the height of the illuminance can be automatically or manually adjusted so that the complex illuminance of the light of the illumination and the external light can be adjusted to the preset illuminance within the specific space. So that the illuminance inside the specific space can always be constant, thereby making it possible to avoid confusion in the identification of objects or people located in the space.

Further, since the color of the light emitted from the illumination can be variously adjusted, the present invention relating to the highly illuminated high illumination can be applied to the stage lighting or the like, so that the effect of the stage can be variously produced on the basis of illumination and color There is an advantage.

FIG. 1 is a schematic diagram for explaining an illuminance-based illumination height control system according to the present invention.
FIG. 2 is a block diagram for explaining an application of the illumination-based illumination height adjustment system according to the present invention.
FIG. 3 and FIG. 4 are conceptual diagrams for explaining an illuminance-based illumination height control system according to the present invention.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary meanings and the inventor can properly define the concept of the term to describe its invention in the best possible way And should be construed in accordance with the principles and meanings and concepts consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and drawings are only the most preferred embodiments of the present invention and are not intended to represent all of the technical ideas of the present invention. Therefore, various equivalents And variations are possible.

Before describing the present invention with reference to the accompanying drawings, it should be noted that the present invention is not described or specifically described with respect to a known configuration that can be easily added by a person skilled in the art, Let the sound be revealed.

The present invention relates to a system capable of adjusting the height of an illumination based on illumination, and more particularly, to a system capable of adjusting the height of an illumination to be maintained in a space provided with an illumination, The present invention relates to an illumination-based illumination height control system capable of controlling the height of a light so that a complex illumination is adjusted to a set illumination.

Generally, near the vicinity of the inflow of external light (for example, a window and a doorway), the illuminance due to illumination is lower than that in the other vicinity, and even in an enclosed space having no external light, The lower the illuminance is,

If the illuminance in a specific space is not constant, there may be confusion in identifying an object, and there may be inconvenience in moving within the space.

Accordingly, in order to solve such a problem, the present invention proposes an illumination-based illumination height adjustment system capable of individually or grouping a plurality of illumination levels so that the illuminance within the corresponding space is constant.

The present invention will be described with reference to the accompanying drawings.

FIG. 1 is a schematic diagram for explaining an illuminance-based illumination height control system according to the present invention.

Referring to FIG. 1 of the accompanying drawings, a plurality of lights 10 are installed on an upper side in a specific space,

A control means 20 for controlling the group 10 of the lights 10 on the basis of the signal of the app 40,

At least one illuminance sensor (30) for measuring illuminance inside the space is provided at one side of the space,

And an App 40 installed in the user terminal to perform all the control and setting by communicating with the control means 20. At this time, the user terminal may be a smart terminal or a computer terminal capable of installing an application program such as an App.

The lights 10 are installed so as to be able to ascend or descend from the ceiling of the space in which they are installed. The lifting device capable of lifting or lowering such illumination uses the lifting / lowering device described in the registered patent application No. 10-1184980 filed and filed by the present applicant.

[0030] In the above-described lifting / lowering apparatus,

The present invention relates to an elevating and lifting apparatus for connecting an illuminating lamp installed on a ceiling with a metal lifting band rather than a wire so as to more reliably prevent falling of an illuminating lamp caused by damage to a connecting means such as a wire, The elevating device includes a hollow cube-shaped case in which an installation hole is mounted on an upper surface of the elevating device so as to be installed on a ceiling and a through hole is formed in a lower surface thereof; A mounting frame provided inside the case, having a through hole formed in a lower surface thereof and having a guide roller rotatably installed inside; A motor mounted on one side of the installation frame; A winding shaft rotatably installed inside the installation frame and connected to the motor to rotate the rotation shaft; and a rotation reel mounted around the rotation shaft; And the other end is lifted up to the lower portion of the case through the through hole and the through hole in a state where the other end is vertically turned by the guide roller and is formed into a thin plate made of a metal material, A lifting band to which a connecting port is attached at a lower end to connect the lifting band; And a control unit installed inside the case and controlling all the devices including the motor according to a user's operation.

However, it should be understood that this applicant intends to use the technology of the present applicant, and should not be construed as limiting the scope of the present invention. That is, an apparatus for controlling the lifting or lowering of the illumination 10 may be any other conventional technique or a normal general technique.

Although not shown in the drawing, the elevation device may include a control configuration of the motor (for example, a control of the rotation angle, for example) in which the elevation / descent height can be controlled based on height information set by the elevation / Based height control) is included, and this is a function that is possible in a conventional motor, so a detailed description is omitted.

In addition, the control unit 20 is also provided with a control unit for receiving elevation information set by the ascending / descending height setting module of the App 30 and driving the elevating apparatus.

That is, when the elevation / descent height setting module of the App 30 transmits the setting height information, when the control unit 20 receives a signal to control the elevator motor based on the received information, Of the motor is controlled.

The control means 20 physically connects the plurality of lights 10 and sets the lights 10 as a group on the basis of the control signal of the App 40 to perform the set group control, Respectively.

At this time, group-by-group or individual control of the illumination 10 is a control to be raised or lowered, and these controls may be manually controlled through the user's control (using a setting group control module provided in the App)

Although not shown in the drawing, the control means 20 is further provided with an automatic control module so that when the illumination 10 is turned on, the height of the illumination 10 is automatically adjusted so that the illuminance measured is a predetermined illuminance You may.

This automatic control is operated according to a mode (MODE) described later, which will be described later.

The illuminance sensor 30 measures the illuminance inside the space and transmits it to the control means 20. The control means 20 transmits the illuminance value of the received illuminance sensor 30 to the App 40. [ For this purpose, the light sensor 30 and the control means 20 can be structured to transmit and receive wired or wireless signals.

The control unit 20 may include a communication unit for communication with the light sensor 30 and a communication unit for communicating with the app 40. Particularly, Reception module corresponding to the configuration of the communication section of the App 40 described later.

The app 40 receives the illuminance value from the control means 20, automatically controls the ascending or descending of the illuminations 10 based on the preset illuminance, and performs the group setting and the set manual control for each group.

To this end, the App 40 may include a communication unit, an illuminance value receiving unit, a setting unit, an interface unit, a control unit, and an emission light control unit.

This is illustrated in Figure 2 of the accompanying drawings.

FIG. 2 is a block diagram for explaining an application of the illumination-based illumination height adjustment system according to the present invention.

The communication unit functions to communicate with the control unit 20 using the communication module of the user terminal or in conjunction with the communication module. At this time, the communication unit may be used by being paired with Bluetooth, but not limited thereto, and all wireless communication systems (ZigBee, WiFi, NFC, WIRELESS, etc.) available in the terminal can be used.

The illuminance value reception unit receives the illuminance value measured by the illuminance sensor 30 transmitted by the control means 20. [

The setting unit includes a group setting module, a rising / falling height setting module, and a maintenance luminance setting module for performing all the settings for controlling the illumination 10. [

The group setting module allows lighting 10 to be set as a group based on the user's selection. At this time, the user's selection can be directly selected by the user based on the illumination arrangement displayed on the terminal screen, and grouped into a group.

At this time, the arrangements of the lights 10 may be arranged at regular intervals, but they may be arranged in the same arrangement as the positions of the actually installed lights 10. [

This allows the user to provide an interface through which the user can perform the arrangement operation via the App 40 (for example, an arrangement operation interface unit, not shown in the drawing) (E.g., an auto lighting arrangement) to arrange the location of the lighting based on the location of the lighting.

The determination of the pixel-based illumination position may be possible by analyzing the shape of the illumination, or by analyzing the pixels corresponding to the color of the illumination light in the illuminated state.

To this end, it may further comprise an illumination array generation and output module, although not shown in the drawing.

The ascending / descending height setting module has a function of presetting the ascending and descending heights of the light 10 in stages. Specifically, even if the illumination 10 is raised or lowered based on illumination, it may be difficult to control the illumination 10 to have a preset illumination level if the illumination is controlled to rise and fall without a certain reference.

However, if there is a criterion of illuminance that can be set in advance, and the height of the upward and downward elevation of the illumination 10 is determined in advance based on the preset illumination level, if the height of the illumination 10 is controlled by a predetermined height, It is easy to control the height of the illumination 10 so as to have a preset illuminance.

The maintenance illumination setting module can set the illumination to be maintained in the space based on the standard of illumination that can be set in advance as described above.

For example, if the standard of illuminance that can be set in advance is from 0 lx (lux) to 100 lx and the standard is set so that it can be set in units of 10 lx, the user sets a specific lx among them so that the lx is maintained .

If the elevation height setting module is set to adjust the height to a total of four stages as shown in FIG. 4, it is preferable that the elevation height setting module is located at the first stage with respect to the uppermost level within the range of 0 lx to 24 lx, The illumination 10 is located at the second end within the range of illumination of 25 lx to 49 lx and the illumination 10 is located at the third end within the illumination range of 50 lx to 74 lx, the illumination 10 can be positioned at the fourth stage within the range of the illuminance of lx.

It is to be understood that the above description is for the purpose of facilitating the understanding of the present invention, and it is natural that it is actually more finely controlled.

That is, the definition of the maintenance illumination is a reference illumination set for the purpose of uniformly maintaining the interior of the space.

The interface unit includes a manual operation interface for allowing the user to perform manual operation and a mode setting interface for performing the mode setting, and these interfaces can be provided in the form of a button on the terminal screen.

In this case, the manual operation interface preferably provides an interface for generating a control command for each group, an interface for dimming control, and an interface for up / down control in cooperation with a next control unit so as to enable manual operation of the user,

The control unit may include a setting group control module, a dimming control module, and an ascending / descending control module as a functional unit for controlling the illumination 10. [

That is, the user can generate a command signal for controlling the group set through the manual operation interface, and perform dimming (brightness) control and up / down control of the illumination 10 included in the set group. At this time, the meaning of the group should be interpreted as including one illumination (10), i.e. individual control.

In addition, the mode setting interface enables the user to set the mode, and the settable modes are 'external light priority mode' and 'light priority mode'.

The external light priority mode and the light priority mode are used to automatically adjust the height of the light 10 based on illumination as opposed to the manual operation interface,

The external light priority mode is a mode for raising an illumination 10 in a space (a window or a doorway) into which external light (external light) flows among a plurality of lights 10 in a specific space, which can be referred to Fig.

FIG. 3 and FIG. 4 are conceptual diagrams for explaining an illuminance-based illumination height control system according to the present invention.

FIG. 3 of the accompanying drawings is a conceptual diagram for explaining the external light priority mode, in which the illumination 10 on the space side where the external light (external light) flows is raised, and the remaining illumination 10 is not operated.

In general, the space A in which the external light is introduced is brighter than the space B in which the external light is not introduced, and the space A in which the external light The reason why the light 10 illuminates the light at the same height as the light B is that the light of the external light and the light of the light 10 are mixed with each other to interfere with the identification of the user, .

According to the design conditions, the illumination 10 corresponding to the space A into which the external light is introduced may be set in advance by the user in terms of energy saving, You can also adjust the dimming intensity weakly.

For example, raising the illumination 10 on the side of the space A into which the external light is introduced means that if the internal illumination of the space is set to 55 lx, according to the example described above, The light 10 on the side of the space A into which the external light is to be introduced should be located at the second end.

4 is a conceptual diagram for explaining the lighting priority mode.

The illumination priority mode is a mode for lowering the illumination 10 corresponding to the space B in which the external light (external light) does not flow to illuminate the light.

This lighting priority mode is necessary because even if the inside of the space is dark at night or when the outside light is introduced due to the characteristics of the area, the inside of the space is darkened by other obstacles (buildings, walls, etc.) It is difficult to increase the illumination of the space A into which the external light is introduced because it is difficult to increase the illumination of the space A into which the external light is introduced, But the illuminance 10 of the space B in which the external light is not introduced is lowered so that the illuminance inside the space is kept constant and bright.

For example, the lowering of the illumination 10 corresponding to the space B in which the external light (external light) does not flow means that if the internal illumination of the space is set to 55 lx, The illumination 10 corresponding to the space B in which the external light does not enter should be located at the fourth stage.

At this time, the division of the spaces described as A and B is an arbitrary space division for easily explaining the present invention. In addition, the illumination 10 corresponding to A and B may be a range set when (a) a group is set by the user through the App 40, (b) a range A Or the illuminance (10) within a range in which the illuminance can be measured by the illuminance sensor (30) provided in the space corresponding to B. Since the range of the illuminance sensor 30 in the range in which the illuminance can be measured means that the range of the illuminance sensor 30 is determined at the time of product release, when the present invention is applied based on this, So that the illumination 10 is controlled in accordance with the measured value of the illuminance sensor 30.

The emission light control unit functions to control the color of light emitted from the illumination unit 10, and includes a color and color combination DB and an emission light control module.

The color and color combination DB stores all the color information that can be represented by the illumination 10 as a concept of a template and stores color combination information represented by a combination of colors according to the color information.

The emission light control module controls the color of light to be emitted to the illumination 10 based on color information and color combination information stored in the color and color combination DB.

The emission light control module may output an interface for color selection or color combination / selection on a terminal screen as an example, and may change the color of the illumination 10 according to a color or color combination selected by the user.

Also, the illumination 10 for this purpose may be an illumination 10 composed of a smart LED capable of emitting light of various colors. Smart LED is a function that enables various LED related functions by linking LED with a terminal. Typically, there is a color control function.

This color adjustment may be achieved through the emission light control module by (a) selecting a combination of colors or colors through the input of the RGB codes, (b) simply selecting the colors shown, When entering a code, enter the code for each color of R (Red), G (Green), and B (Blue) in the code entry field and then click the You can also choose a color.

Such color adjustment is a technical matter commonly used in an image programming engine, and therefore, a detailed description thereof will be omitted.

It is apparent that the present invention is not limited to the configuration of the drawings, as described above with reference to the drawings, only the main points of the present invention are described, and various designs can be made within the technical scope thereof.

10: Lighting
20: control means
30: Light sensor
40: App

Claims (9)

The illuminance of the external light and the light of the illumination is measured through the illuminance sensor 30 provided at one side of the space so that the illuminance of the internal space is made uniform as a whole, (10) is elevated or lowered,
A plurality of the lights 10 are physically connected to the control means 20 provided at one side of the space,
The control unit 20 receives the illumination value from the illumination sensor 30 and sets the illumination 10 as a group based on the control signal of the App 40. The control unit 20 controls the wakeup / OFF control and dimming control,
The App (40) comprises: a communication unit for communicating with the control means (20);
An illuminance value receiver for receiving an illuminance value from the control means (20);
A setting unit configured to perform a setting for controlling the illumination (10);
A manual operation interface that provides an interface to allow the control of the light 10 to be manually performed through the App 40 and a mode setting that provides an interface to select the 'external light priority mode' and the 'light priority mode' An interface unit including an interface; And
And a control unit for controlling the illumination (10) set as a group and performing dimming and up / down control of the illumination (10)
The setting unit may include a group setting module for setting the light 10 as a group according to a user's selection;
A rising / falling height setting module for setting a reference height by setting a height at which the light 10 is lifted or lowered to a multistage; And
And a maintenance illumination setting module for setting illumination to be maintained in the space,
The App 40 further includes an emission light control unit for controlling the color of light emitted from the light source 10,
The emission light controller includes a color and color combination DB for storing color information and color combination information expressed by the light 10; And
And an emission light control module for controlling the color of light to be emitted to the light source 10 based on color information and color combination information stored in the color and color combination DB,
Wherein the group setting module can directly select a user based on a lighting arrangement displayed on a terminal screen,
The ascending / descending height setting module has a reference of roughness that can be set in advance. Based on the predetermined ascending / descending height setting module, the ascending and descending heights of the lights are preset in multiple stages, and the height of the light is controlled by the determined height,
Wherein the maintenance illumination setting module causes the illumination to be positioned at a corresponding stage within the maintenance illumination range based on a reference of the illumination level set by the rising / falling height setting module.
The method according to claim 1,
Wherein the illumination (10) is lifted or lowered through an elevation device.
delete delete delete delete delete The method according to claim 1,
In the external light priority mode,
Is a mode that adjusts the maintenance illumination by raising the illumination (10) corresponding to the space (A) into which the external light (external light) enters from among the plurality of lights (10) in the space. .
The method according to claim 1,
In the lighting priority mode,
Is a mode for adjusting the illumination intensity by lowering the illumination (10) corresponding to the space (B) in which the external light (external light) does not enter among the plurality of lights (10) in the space. system.

Images