TWM520776U - Worship candle control system - Google Patents

Description

Bright light control system

The present invention relates to a control system, and more particularly to a light control system.

In traditional Buddhist and Taoist temples, bright lights are often set up for the believers to pray for peace and blessing. The so-called point light is that the temple staff wrote the names, birthdays, and prayers of the believers on the lamp, and then worshipped the gods to bless, and by the blooming lights to symbolize the bright future and the blessing of the answer.

With the advancement of science and technology, the way of light and the way of lighting are also advancing with the times. At present, there is a digital bright light device as disclosed in the Republic of China new patent No. M492694, which not only uses a light-emitting diode (LED). Instead of a traditional candle or light bulb, there is a display device instead of writing and easy to update the lighting message. In addition, compared with the conventional bright light, it is necessary to find the search method of the comparison number one by one, and the digital bright light device can indicate the user by the brightness or color change of the light emitting diode, even by rotating the lamp holder, and the specific The light is turned to the user, allowing the user to quickly and easily find the light to be searched.

However, in a sea of lights, through the changes of a few light-emitting diodes, it is still difficult to significantly guide the light that the user is looking for. At the same time, corresponding to the custom of customs, the light should be kept bright, if it is flickering, or even completely extinguished, in order to highlight itself or other bright lights, I am afraid that some users will have a bad perception.

Accordingly, it is an object of the present invention to provide a light control system that assists a user in finding a particular light.

Thus, the novel light control system comprises a control unit and at least one light unit.

The control unit includes an operation interface and an operation module. The operation interface can display an operation message related to the operation of the light lamp, and receive an operation command of the user corresponding to the operation message, so that the operation module outputs a control signal related to the operation command.

The light unit comprises a plurality of light lamps arranged at intervals, and a signal is connected to the control unit for controlling the central control unit of the light lamps. Each bright luminaire has a display device. The display device includes a driving module and a display screen for displaying information and visual changes through the driving module. The display devices form at least one array along with the arrangement of the light lamps. Moreover, when the operation command is related to finding a light of a purpose, the control signal can correspond to an array in which the objective light is located, and lock all the display devices in the array. Then, the display screens of the display devices are resynchronized to produce a visual effect with the display device indicating or highlighting the purpose.

The utility model has the advantages that: the control unit outputs a control signal related to finding the light of the target, so that the central control device can lock and synchronously operate the screens of all the display devices in the array according to the control signal, thereby forming a comparison A wide range of visual effects that indicate or highlight the light of the purpose. Not only is it easier for the user to find the light of the purpose from the sea of lights, but the light of the light continues to be bright, which may bring a smooth hope to the user.

Referring to FIG. 3, an embodiment of the novel light control system includes a control unit 100, a light unit 200, and a data unit 300.

Referring to FIG. 3 , the control unit 100 includes an operation interface 110 and an operation module 120 . The operation interface 110 can display an operation message related to the operation of the light lamp, and receive an operation command of the user 400 corresponding to the operation message, so that the operation module 120 outputs a control signal related to the operation command.

Referring to FIG. 1 to FIG. 3, the light unit 200 includes a plurality of bright lamps 210 arranged at intervals, and a signal is connected to the computing module 120 for controlling the central control unit 220 of the light lamps 210. Each of the bright lamps 210 has a display device 211. The display device 211 includes a driving module 212 and a display screen 213 for displaying information and visual changes through the driving module 212. In this embodiment, the control unit 100 can be one of a desktop computer, a notebook computer, a tablet computer, a smart TV, a smart phone, and a smart watch, and can be connected to the wireless network. Control device 220 makes a signal connection. In addition, the display device 211 is one of a liquid crystal display (LCD) and an Organic Light-Emitting Diodes (OLED) display.

It should be noted that the light lamps 210 can be arranged in a plane as shown in FIG. 1 of the Republic of China new patent No. M471228, or can be used as shown in FIG. 2 of the Republic of China new patent No. M471830. Arranged in a ring shape and stacked in a column. However, regardless of the situation, it can be summarized as the interval arrangement of FIG. At the same time, the display devices 211 form at least one array along with the arrangement of the light lamps 210. In addition, the size and number of the array can be adjusted according to actual needs. For example, if the display devices 211 have a large separation distance, or because they are arranged in a ring shape and are easily hidden from the search field of the user 400, a larger array is needed to ensure the use. The person 400 can see some or all of the array at a glance. Moreover, in accordance with the arrangement of the light lamps 210, the array may be a square matrix of 9 by 9, or an elongated matrix such as 5 by 11. Conversely, if the display devices 211 are arranged relatively tightly and on the same plane, sufficient for the user 400 to be eager for all of the display devices 211, an array of, for example, 3 by 3 size may be employed. In this way, the light lamp unit 200 may be formed with more than one array. Moreover, an array is controlled correspondingly through a central control device 220, or a central control device 220 simultaneously controls a plurality of arrays. It is worth mentioning that if the group formed by the light lamps 210 in one array is regarded as one light unit 200, the novel light control system may also include a plurality of light units 200.

Referring to FIG. 3, the data unit 300 includes a temple database 310 and an address database 320. The temple database 310 is used to process the file and access related to the information of the beneficiary, the accounting records of the temple account, and the operation process of the system; and the address database 320 is used for login and storage. Related to the communication address of the light module unit 200, such as the drive module 212 and the central control unit 220. In this embodiment, the data unit 300 is one of a memory (not shown) stored in the control unit 100, and a cloud storage system (not shown). Therefore, the present invention can utilize the wearable device such as a smart phone and a smart watch as the control unit 100 as a carrier of the data unit 300.

Thereby, the control unit 100 connects to the temple database 310 through a network connection or an application itself. After the user 400 performs the relevant verification login on the operation interface 110 of the control unit 100, the operation command can be input on the operation interface 110 corresponding to the operation message. In this embodiment, the operation message includes a setting mode for providing the user 400 to set the display device 211 on the objective light 210, and an association mode for providing the user 400 to find the objective light 210. .

In the setting mode, the computing module 120 encodes an operation command input by the user 400, and causes the output control signal to include an address message and a display message. The address information is based on the address database 320, corresponding to the driving module 212 related to the objective light 210, and the communication address of the central control device 220 controlling the array. In addition, the display message is a prayer string associated with the lighting of the user 400, and is compatible with various presentation modes built into each of the driving modules 212, such as a dynamic marquee, a multi-line display, and a dot pattern. Conversion, or font adjustment...etc. Then, the control signal is received and decoded by the central control device 220, and an array address corresponding to the array of the objective light 210 is obtained from the address information, and a display device related to the objective light 210 211 device address relative to coordinates in the array. And the display device 211 of the target light lamp 210 is locked according to the array address and the device address, and the display message is input to the driving module 212 of the display device 211, so that the display screen 213 of the display device 211 is presented. A screen related to the displayed message. Therefore, the user 400 can freely input and adjust the message to be presented on the display screen 213 of the objective light 210.

In addition, in the collaborative seeking mode, the computing module 120 also encodes an operation command input by the user 400, and outputs the control signal. The difference is that the control signal contains another form of address information and an indication message. The address information is based on the address database 320, and corresponds to the central control device 220 related to the array in which the objective light 210 is controlled, and the driving module 212 of all the display devices 211 in the array. Communication address. In addition, the indication message is selected from at least one of a plurality of manners of synchronizing operations of all display devices 211 in the array. In this embodiment, the present invention proposes five modes of operation. Then, the control signal is received and decoded by the central control device 220, and the array address related to the array of the objective light 210 is obtained from the address information, and related to all the display devices 211 in the array. The device address. And, according to the array address and the device address, all display devices 211 in the array are locked, and the screens of the display devices 211 are synchronized according to the indication information to provide visual guidance through the overall screen. The display device 211 on the bright light 210 of the purpose can be highlighted or indicated. In this way, the user 400 can be assisted in quickly finding the light lamp 210 for the purpose.

It should be noted that the synchronous operation mode mainly aims to cause the overall picture presented by the display devices 211 to generate a visual effect with the light source 210 guiding the purpose. In the following, an array of 3 by 3 in Fig. 1 will be taken as an example to illustrate how various modes of operation can produce a guiding effect on the centrally located light lamp 210:

I. Difference in brightness contrast: For this purpose, both the bright lamp 210 and the display device 211 of the peripheral light 210 thereof produce a difference in brightness on the respective pictures to cause visual contrast. It is worth mentioning that the current liquid crystal displays are mostly of the backlight type, and only need to be modulated by voltage, that is, different brightness changes can be generated on the display screen 213, and the user 400 is attracted to the display, and does not need to be displayed. The status of the message is changed. Further, if the brightness of the backlight of the display device 211 is kept constant, the more the number of dot pixels that are opaque on the display screen 213, the lower the brightness of the screen. However, it is necessary to change the state of the message displayed by the display device 211.

Second, the message running direction indication: for the position of the peripheral light lamp 210 relative to the purpose light lamp 210, each of the information on the display device 211 is adjusted to run to form a visual effect of the convergence pointing. For example, the display device 211 of the bright light 210 located above the purpose light lamp 210 is in the form of a dynamic marquee, and the displayed prayer string is adjusted to be scrolled from top to bottom. At the same time, the display devices 211 located under the left, right, and right sides of the objective light 210 respectively generate different roll directions; in addition, the other display devices 211 still maintain the roll that is originally preset to be right to left. Turn direction. As a result, the overall picture presented will cause the user 400 to pay attention to the objective light 210.

3. Variation of flicker frequency: For this purpose, both the bright lamp 210 and the display device 211 of the peripheral bright lamp 210 produce periodic light and dark changes on their respective screens to cause a visual effect of attracting attention. It should be noted that the biggest difference between the present invention and the conventional method of using LED light flashing is that the present invention uses a plurality of display devices 211 to form a large-area guidance screen, which enables the user 400 to generate more images for the array. Pay more attention to it, at the same time, keep all the lights of the bright light 210 bright and bright, to bring the psychological perception of the front of the believers.

4. Visual Residual Illusion: For the purpose of utilizing the purpose, the display device 211 around the bright lamp 210 performs circular ringing to produce a visual effect similar to a marquee. For example, starting from the display device 211 directly above the objective light 210, the display screen 213 is darkened after maintaining the brightness for a period of time. At this time, the display device 211 on the upper right of the objective light 210 is brightened and maintained. Darkens after the same time. Then, it changes continuously in a clockwise direction. At the same time, it can also cooperate with the above-mentioned flicker frequency change, so that the effect of the marquee generated by the overall picture has a change in speed or direction, such as reducing the time for maintaining the brightness, so that the overall picture has a fast-turning visual effect, or is displayed directly from above. The device 211 is divided into two sides, and the right side thereof is blinking in the clockwise direction; the left side thereof is successively blinking in the counterclockwise direction, and finally the display device 211 is collected directly underneath to attract the attention of the user 400.

V. Variation in color difference: For this purpose, both the bright lamp 210 and the display device 211 of the peripheral bright lamp 210 produce a difference in color on the respective screens to cause visual contrast. Since the current organic light-emitting diode display can already present a full-color picture, the voltage signal can be modulated to produce different color changes on the display screen 213, thereby attracting the attention of the user 400 and not requiring The status of the message displayed is changed.

In the above several manners, when the synchronous operation is performed, one of them may be selected, or may be performed in a plurality of manners, so that the user 400 pays more attention to the purpose display device 211 to guide the objective light. 210.

In addition, according to the above implementation architecture, as shown in FIG. 4, an array pattern for indicating the destination display device 211 from the display devices 211 arranged in the array and including the following steps S41 to S44 can be summarized. Display device control method.

Step S41: Receive the control signal including the address information.

Step S42: Decoding the address information into the array address of the array in which the destination display device 211 is located, and the device address corresponding to the display device 211.

Step S43: Lock all the display devices 211 in the array according to the array address.

Step S44: The screens of the display devices 211 are synchronously operated to generate a visual effect with the display device 211 indicating or highlighting the purpose.

Wherein, in the step S42, the device address is related to the relative coordinates of the display device 211 in the array. In the step S44, the synchronous operation is performed by generating a brightness contrast difference, a message running direction indication, a flicker frequency change, a visual residual image illusion, and a color difference change on the screen of the display device 211 to highlight The display device 211 for this purpose.

In summary, the novel light control system outputs a control signal related to finding the light of the light source 210 by the control unit 100, so that the central control device 220 can lock and synchronously operate all the arrays according to the control signal. The screen of the device 211 is displayed to form a wide range and has a visual effect of indicating or highlighting the objective light 210. Not only is it easier to find the bright light 210 of the purpose from the sea of lights, but the bright light 210 continues to be bright, which can bring a positive psychological impression to the user 400. At the same time, through the data unit 300, the temple management is automated, which can greatly save the labor cost of the temple, and facilitate the remote operation of the setting mode and the search mode through the Internet, so the new type can be achieved. The effect.

However, the above is only the embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, all the simple equivalent changes and modifications according to the scope of the patent application and the contents of the patent specification are still It is within the scope of this new patent.

100‧‧‧Control unit
110‧‧‧Operator interface
120‧‧‧ Computing Module
200‧‧‧Bright light unit
210‧‧‧Bright lights
211‧‧‧ display device
212‧‧‧Drive Module
213‧‧‧Display screen
220‧‧‧Central control unit
300‧‧‧data unit
310‧‧‧ Temple Affairs Database
320‧‧‧Address database
400‧‧‧Users
S41~S44‧‧‧Steps

Other features and effects of the present invention will be apparent from the following description of the drawings. FIG. 1 is a schematic diagram illustrating an embodiment of the novel light control system; FIG. 2 is a perspective view illustrating A light source in the embodiment; FIG. 3 is a sequence diagram illustrating a signal transmission sequence in the embodiment; and FIG. 4 is a flow chart illustrating an array display summarized by the implementation architecture of the embodiment The steps of the device control method.

100‧‧‧Control unit

110‧‧‧Operator interface

120‧‧‧ Computing Module

200‧‧‧Bright light unit

210‧‧‧Bright lights

220‧‧‧Central control unit

300‧‧‧data unit

310‧‧‧ Temple Affairs Database

320‧‧‧Address database

400‧‧‧Users

Claims (7)

A light control system includes: a control unit comprising an operation interface and an operation module, the operation interface can display an operation message related to the operation of the light lamp, and receive an operation command of the user corresponding to the operation message, And causing the computing module to output a control signal related to the operation command; and at least one light unit, including a plurality of light lamps arranged at intervals, and a signal connected to the control unit for controlling the light lamps The central control device has a display device for each of the bright lamps, the display device includes a driving module, and a display screen for displaying information and visual changes through the driving module; wherein the display devices follow the light Aligning the lights to form at least one array; and, when the operation command is related to finding a light of a purpose, the control signal may correspond to an array in which the light of the purpose is located, and lock all the displays in the array a device; then, re-synchronizing the display screens of the display devices to generate a display device with an indication or highlighting the purpose Visual effects. The light control system of claim 1, wherein the operation message comprises a setting mode for providing the user to set a display device on one of the light lamps, and a providing the user to find the light of the purpose. Collaborative mode. The light control system of claim 2, wherein, in the seek mode, the operation module encodes an operation command input by the user, and the output control signal includes an address message and An indication message; receiving, by the central control device, the control signal, and obtaining, from the address information, an array address of an array of the light fixtures associated with the object, and a correlation with all display devices in the array Device address, and according to the array address and the device address, lock all display devices in the array, and then synchronize the screens of the display devices according to the indication message; visual guidance presented through the overall screen And the display device on the light of the purpose can be highlighted or indicated to assist the user in finding the light of the purpose. The light control system of claim 3, wherein the indication message is selected from at least one of a plurality of synchronization operations, wherein the manners respectively generate brightness contrast differences and messages on the screens of the display devices. Run direction indication, flicker frequency change, visual residual image illusion, and color difference changes. The light control system of claim 2, wherein, in the setting mode, the operation module encodes an operation command input by the user, and the output control signal includes an address message and a Displaying a message; receiving, by the central control device, the control signal, and obtaining, from the address information, an array address associated with the array of the target light, and a display device associated with the light of the purpose a device address of the opposite coordinate in the array, and locking the display device of the objective light according to the array address and the device address, and then inputting the display message into the driving module of the display device to display the display device A screen related to the displayed message is presented. The light control system of claim 1, further comprising a data unit, the data unit including a temple database related to the temple affairs, and a communication address associated with each device in the light unit And the data unit is a memory stored in the control unit and one of the cloud storage systems; the user can query the information in the temple database through the operation interface And the computing module can detect the required device address from the address database, and perform an encoding operation. The light control system of claim 1, wherein the control unit is one of a desktop computer, a notebook computer, a tablet computer, a smart TV, a smart phone, and a smart watch, and is wireless. The network is connected to the central control device. The display device is one of a Liquid Crystal Display (LCD) and an Organic Light-Emitting Diodes (OLED) display.