WO2018223423A1

WO2018223423A1 - Automatic coding method for stage lamp

Info

Publication number: WO2018223423A1
Application number: PCT/CN2017/089210
Authority: WO
Inventors: 倪启又
Original assignee: 广东丰光科技有限公司
Priority date: 2017-06-06
Filing date: 2017-06-20
Publication date: 2018-12-13
Also published as: CN107257599A

Abstract

Disclosed is an automatic coding method for a stage lamp. The method comprises the following steps: respectively installing a 2.4G module in a control device and each stage lamp; when the control device starts a search mode, the 2.4G module therein continuously sending a 2.4G signal in a broadcast manner; starting the 2.4G module in an energized stage lamp, receiving the 2.4G signal sent by the control device, and returning a confirmation message to the control device; when receiving the confirmation message of a lamp, the control device automatically assigning a unique IP address code to the stage lamp, and sending the IP address code to a corresponding stage lamp; and when confirming that searching has been completed, the control device generating a stage lamp IP address table and sending same to an application of a user side. The present invention realises bidirectional communication between a stage lamp and a control device by means of a 2.4G module, thereby realising automatic assignment of an IP of the stage lamp by the control device, and improving the working efficiency and reliability.

Description

Stage lamp automatic coding method

Technical field

The invention relates to a stage lighting device, in particular to an automatic coding method for a stage lamp.

Background technique

Stage lighting is one of the means of stage art modeling. It is an important part of the performance space. It displays the environment, renders the atmosphere, highlights the central figure through light color and its changes, creates a sense of stage space and time, and shapes the external image of the stage performance. This requires that stage lighting equipment (such as lighting fixtures, slides, control systems, etc.) can control the change of light color, the change of light intensity and the opening and closing of stage lighting according to the development of the plot and the artistic needs.

At present, the control of stage lighting is controlled by DMX512 protocol or RDM, TCP/IP address mode. It is necessary to manually write the address code of the stage lighting in the system or the new stage lighting, which is easy to make mistakes and complicated in technology. The cost is high, so it is not adopted by the majority of lamps and controller manufacturers, and the work efficiency and reliability are very low, which brings inconvenience to the control of the stage lamps.

Summary of the invention

The technical problem to be solved by the present invention is that the current stage lighting control system needs to manually write the address code of the stage lighting in the system or the new stage lighting, which is easy to make mistakes, and brings inconvenience to the control of the stage lighting, thereby making work efficiency and reliability. The problem is very low.

In order to solve the above technical problem, the technical solution adopted by the present invention is to provide an automatic coding method for a stage lighting, comprising the following steps:

Install a 2.4G module in the control device and each stage light fixture;

When the control device turns on the search mode, the 2.4G module continuously transmits the 2.4G signal in a broadcast manner;

The 2.4G module of the powered stage lighting is activated to receive the 2.4G signal from the control device, and Returning a confirmation message to the control device;

When the control device receives the confirmation message of the lamp, it automatically assigns a unique IP address code to the stage lighting fixture; and sends the IP address code to the corresponding stage lighting fixture;

When the control device confirms that the search has been completed, a stage lighting IP address table is generated and sent to the client's APP.

In the above method,

The user sends an open search message to the control device through the user APP on the smart terminal, and the control device receives the open search message and starts the search mode.

The user sends a stop search message to the control device through the user APP on the smart terminal, receives a stop search message from the control device, closes the search mode, and the control device confirms that the search has been completed.

In the above method, after the control device starts the search mode, the number of searched stage lamps and the physical position information corresponding to each stage lamp are recorded, and the number of stage lamps and the physical position information corresponding to each stage lamp are transmitted to the smart terminal in real time. , displayed by the smart terminal.

In the above method, the user can control the power-on sequence of the stage lamps in the system according to the required lighting sequence, and the 2.4G modules of the stage lamps are sequentially activated, and sequentially return confirmation messages to the control device; the control devices sequentially give each one according to the lighting order. The stage luminaire is assigned an IP address code; and the IP address code is sent to the corresponding stage luminaire in turn.

In the above method, the stage lighting IP address table has multiple entries, and each entry includes a stage lighting name item, a corresponding IP address code item, and a corresponding control channel item.

In the above method, when the control device has searched for and assigned the stage lighting failure of the IP, the control device sends a failure notification to the APP of the user terminal, and recovers the IP of the faulty stage lighting, updates the stage lighting IP address table, and then the new stage. The luminaire IP address table is sent to the APP of the client.

In the above method, the stage lighting failure that the control device has searched for and assigned the IP includes that the stage lighting cannot receive the control signal from the control device, the stage lighting does not light, and the stage lighting cannot change according to the control signal requirement.

The invention realizes two-way communication between the stage lighting and the control device through the 2.4G module, thereby realizing The automatic allocation of the IP of the stage lighting by the control device solves the problem that the manual manual writing of the address code is easy to make mistakes and brings inconvenience to the control of the stage lighting, thereby improving the work efficiency and reliability, and making the stage lighting equipment more convenient and quick for the user.

DRAWINGS

FIG. 1 is a flow chart of a method for automatically encoding a stage lamp according to the present invention.

detailed description

The present invention will be described in detail below with reference to the drawings and specific embodiments.

As shown in FIG. 1 , the present invention provides a method for automatically encoding a stage lamp, comprising the following steps:

Step 10. Install a 2.4G module in the control device and each stage lighting fixture;

Step 20: When the control device starts the search mode, the 2.4G module continuously transmits the 2.4G signal in a broadcast manner. In the present invention, if the control device does not enable the search mode, the stage lighting in the system still uses the last allocated saved IP. address code;

Step 30: The 2.4G module of the powered stage lighting is started, receives the 2.4G signal sent by the control device, and returns a confirmation message to the control device;

In the present invention, the user can control the power-on sequence of the stage lamps in the system according to the required lighting sequence, and the 2.4G modules of the stage lamps are sequentially activated, and sequentially return confirmation messages to the control device; the control devices sequentially give each one according to the lighting order. The stage luminaire is assigned an IP address code; and the IP address code is sent to the corresponding stage luminaire in turn; thus the IP address code in the system can be used as the control sequence code of the stage luminaire, thereby realizing the lighting effect required by the user, such as horse racing. Lights, etc., have the required lighting effects for the lighting sequence.

Step 40: When the control device receives the confirmation message of the lamp, it automatically assigns a unique IP address code to the stage lighting device; and sends the IP address code to the corresponding stage lighting device, and tells the corresponding stage lighting device that only the IP address code is correct. Information data can be received.

Step 50: When the control device confirms that the search has been completed, a stage lighting IP address table is generated and sent to the user's APP. The stage lighting IP address table includes a plurality of entries, each of which includes a stage lighting name (such as the light 1), Corresponding IP address code and corresponding control channel and other items; the control device provided by the present invention can not only assign an IP address code to the automatically searched stage lighting, but also assign an IP address code to the stage lighting added by the following two methods:

(1) The stage lamp added by the ID code input adding method; the stage lamp of the present invention is configured with a fixed ID code before leaving the factory, and the ID code will exist in the background database of the related APP on the user terminal, and the user only needs to have the ID of the APP. Add the corresponding ID code of the luminaire interface to add the corresponding stage luminaire to the system;

(2) adding stage lighting by scanning the two-dimensional code adding manner; the stage lighting of the invention is configured with a fixed two-dimensional code before leaving the factory, and the two-dimensional code will have a background database of related APPs on the user terminal, and the user only needs to be in the APP. The QR code is added to the luminaire interface. Click the Scan QR code button to display the sweep interface. As long as the user terminal (mobile phone) scans the QR code pasted on the stage luminaire, the stage luminaire can be added to the system. .

In the present invention, the control device confirms that the search has been completed, and the control device receives the stop search message sent by the user through the user APP on the smart terminal (smartphone, tablet, laptop, etc.), closes the search mode, and completes the search. Only assign IP address codes to the currently searched stage lamps. The user sends an open search message to the control device through the user APP on the smart terminal, and the control device receives the open search message, starts the search mode, and after the search mode is started, the control device records the number of the stage lamps searched and the physics corresponding to each stage light. The location information is sent to the intelligent terminal in real time, and the physical location information corresponding to each stage luminaire is sent to the intelligent terminal, so that the user can grasp the current search situation in real time.

In the present invention, when the control device has searched and assigned the stage lamp failure of the IP address code, the stage lamp cannot receive the control signal from the control device, the stage lamp does not light, the stage lamp cannot change according to the control signal requirement, etc. The control device sends a fault notification to the client's APP, and recovers the IP address code of the faulty stage light fixture for use by other stage lighting fixtures, And then send a control signal to the fault stage lighting, causing a secondary fault alarm, update the stage lighting IP address table, and then send the new stage lighting IP address table to the user's APP.

It is apparent that those skilled in the art can make various modifications and variations to the invention without departing from the spirit and scope of the invention. Thus, it is intended that the present invention cover the modifications and modifications of the invention

Claims

An automatic coding method for stage lamps, characterized in that the method comprises the following steps:

Install a 2.4G module in the control device and each stage light fixture;

When the control device turns on the search mode, the 2.4G module continuously transmits the 2.4G signal in a broadcast manner;

The energized stage luminaire 2.4G module starts, receives the 2.4G signal sent by the control device, and returns a confirmation message to the control device;

When the control device receives the confirmation message of the lamp, it automatically assigns a unique IP address code to the stage lighting fixture; and sends the IP address code to the corresponding stage lighting fixture;

When the control device confirms that the search has been completed, a stage lighting IP address table is generated and sent to the client's APP.
The method of claim 1 wherein

The user sends an open search message to the control device through the user APP on the smart terminal, and the control device receives the open search message and starts the search mode.

The user sends a stop search message to the control device through the user APP on the smart terminal, receives a stop search message from the control device, closes the search mode, and the control device confirms that the search has been completed.
The method according to claim 2, wherein after the control device starts the search mode, the number of searched stage lamps and the physical position information corresponding to each stage lamp are recorded, and the number of stage lamps and the corresponding stage lamps are corresponding. The physical location information is sent to the smart terminal in real time, and is displayed by the smart terminal.
The method according to claim 1, wherein the user can control the power-on sequence of the stage lamps in the system according to the required lighting sequence, and the 2.4G modules of the stage lamps are sequentially activated, and sequentially return confirmation messages to the control device; Each stage luminaire is assigned an IP address code according to the order of lighting; and the IP address code is sequentially sent to the corresponding stage luminaire.
The method of claim 1 wherein said stage luminaire IP address table has a plurality of entries, each entry comprising a stage luminaire name item, a corresponding IP address code item, and a pair The control channel project should be.
The method according to claim 1, wherein when the control device has searched for and assigned the stage lighting failure of the IP, the control device sends a failure notification to the APP of the user terminal, and recovers the IP of the faulty stage lighting, and updates the stage lighting. The IP address table is used to send the new stage lighting IP address table to the APP of the client.
The method according to claim 1, wherein the stage lighting failure that the control device has searched for and assigned the IP includes that the stage lighting cannot receive the control signal from the control device, the stage lighting does not light, and the stage lighting cannot be controlled according to the control. Signal requirements change.