阅读说明：本技术 一种用于led播放系统的交换机ip分组方法及系统 (Switch IP grouping method and system for LED playing system ) 是由 陈义忠 邓利卫 张云望 于 2019-12-04 设计创作，主要内容包括：本发明提出了一种用于LED播放系统的交换机IP分组方法及系统,包括：LED播放系统多组分控系统；在PC端播放软件上对分控控制器进行分组,交换机端口上接的分控数量与分组控制器的数量相符,PC端播放软件为每一组分控自动分配一个IP地址和MAC地址；对交换机的每个端口配置IP地址和MAC地址；发送首ID设置命令,设置交换机端口后面的第一台分控控制器的ID,交换机端口起到过滤作用,端口IP及MAC相匹配的命令通过；PC端软件播放系统发送自动分配ID命令,各分组的首台分控制器接收命令后,ID加1往下一级分控转发,ID加1为下一级分控的ID；直至,完成整个分组系统的ID分配任务。本发明比现有方式减少了工作量,并且准确率也大幅增加,精确度更高。(The invention provides a method and a system for grouping an IP (Internet protocol) switch for an LED (light emitting diode) playing system, which comprise the following steps: the LED playing system comprises a multi-component control system; grouping the sub-control controllers on PC-end playing software, wherein the sub-control number connected to the ports of the switch is consistent with the number of the group controllers, and the PC-end playing software automatically allocates an IP address and an MAC address to each group of sub-control; configuring an IP address and an MAC address for each port of the switch; sending an initial ID setting command, setting the ID of a first sub-control controller behind a port of the switch, wherein the port of the switch plays a role in filtering, and the command matched with the IP and the MAC of the port passes; the PC terminal software playing system sends an automatic ID distribution command, after the first stage sub-controller of each group receives the command, the ID is added with 1 to be forwarded to the next stage of sub-control, and the ID added with 1 is the ID of the next stage of sub-control; and completing the ID distribution task of the whole grouping system. Compared with the existing mode, the method has the advantages that the workload is reduced, the accuracy is greatly increased, and the accuracy is higher.)

1. A switch IP grouping method for an LED playing system is characterized by comprising the following steps:

s1, setting the LED playing system as a multi-component control system;

step S2, grouping the control controllers on the PC-end playing software, wherein the grouping corresponds to the actual condition, the number of the branch controls connected to the port of the switch is consistent with the number of the group controllers, and the PC-end playing software automatically allocates an IP address and an MAC address for each group of branch controls to allow manual modification;

step S3, configuring IP address and MAC address for each port of the exchanger, and adapting to the packet;

step S4, sending a head ID setting command through the PC-side software playing system, setting the ID of the first sub-control controller behind the port of the switch, setting the first sub-control system behind each port as the head controller, wherein the port of the switch plays a role in filtering, and the command of matching the IP of the port and the MAC allows the port to pass through;

step S5, the PC software playing system sends an ID automatic distribution command, after the first sub-controller of each group receives the command, the ID is added with 1 and forwarded to the next sub-control, and the ID added with 1 is the ID of the next sub-control; and completing the ID distribution task of the whole grouping system.

2. The switch IP grouping method for an LED playing system according to claim 1, wherein every 5 sub-controllers are set to one packet.

3. The switch IP grouping method for an LED playing system as claimed in claim 1, wherein the IP address and MAC address of each port of the switch are unique.

4. A switch IP packet system for an LED play system, comprising:

the sub-control system setting module is used for setting the LED playing system as a multi-component control system; grouping the branch control controllers on PC end playing software, wherein the grouping corresponds to the reality, the branch control quantity connected to the port of the switch is consistent with the quantity of the group controllers, and the PC end playing software automatically allocates an IP address and an MAC address for each group of branch control to allow manual modification; configuring an IP address and an MAC address for each port of the switch, and adapting to the grouping;

the system comprises a first station controller setting module, a PC (personal computer) end software playing system, a port IP (Internet protocol) and MAC (media access control) module, a first station controller setting module and a second station controller setting module, wherein the first station controller setting module is used for sending a first ID setting command through the PC end software playing system, setting the ID of a first station sub-controller behind a port of an exchanger, setting the first station sub-controller behind each port as the first station controller, the port of the exchanger plays a role of filtering, allowing the command of matching the IP and the MAC of the port to pass through, the PC end software playing system sends an automatic ID distribution command, after the first station sub-controller of each group receives the command; and completing the ID distribution task of the whole grouping system.

5. The switch IP packet system for LED playing system according to claim 4, wherein every 5 sub-controllers are set to one packet.

6. The switch IP packet system for an LED playing system as claimed in claim 4, wherein the IP address and MAC address of each port of the switch are unique.

Technical Field

The invention relates to the technical field of LED landscape lighting and brightening, in particular to a method and a system for grouping an IP (Internet protocol) switch for an LED playing system.

Background

With the intelligent development of the LED industry technology, the LED playing control system is widely applied to scenic spots and buildings. In a traditional LED playing control system, particularly an on-line system, sub-controllers are used in series or parallel connection and then connected to a port of a switch. In order to enable each sub-control to have a unique ID number, the ID number (sub-control address) needs to be set for the first sub-control on each port of the switch, the sub-controls behind the first sub-control can add the distribution addresses through the ID number of the first controller, if the sub-controls are arranged on the ports of the switch in parallel, the ID settings of the first sub-control need to be set one by one, the workload is large, and errors are easy to occur.

Disclosure of Invention

The object of the present invention is to solve at least one of the technical drawbacks mentioned.

Therefore, the invention aims to provide a switch IP grouping method and a switch IP grouping system for an LED playing system.

In order to achieve the above object, an embodiment of the present invention provides a switch IP grouping method for an LED playing system, including the following steps:

s1, setting the LED playing system as a multi-component control system;

step S2, grouping the control controllers on the PC-end playing software, wherein the grouping corresponds to the actual condition, the number of the branch controls connected to the port of the switch is consistent with the number of the group controllers, and the PC-end playing software automatically allocates an IP address and an MAC address for each group of branch controls to allow manual modification;

step S3, configuring IP address and MAC address for each port of the exchanger, and adapting to the packet;

step S4, sending a head ID setting command through the PC-side software playing system, setting the ID of the first sub-control controller behind the port of the switch, setting the first sub-control system behind each port as the head controller, wherein the port of the switch plays a role in filtering, and the command of matching the IP of the port and the MAC allows the port to pass through;

step S5, the PC software playing system sends an ID automatic distribution command, after the first sub-controller of each group receives the command, the ID is added with 1 and forwarded to the next sub-control, and the ID added with 1 is the ID of the next sub-control; and completing the ID distribution task of the whole grouping system.

Further, every 5 sub-controllers are set to one packet.

Further, the IP address and MAC address of each port of the switch are unique.

The embodiment of the present invention further provides a switch IP packet system for an LED playing system, including: the sub-control system setting module is used for setting the LED playing system as a multi-component control system; grouping the branch control controllers on PC end playing software, wherein the grouping corresponds to the reality, the branch control quantity connected to the port of the switch is consistent with the quantity of the group controllers, and the PC end playing software automatically allocates an IP address and an MAC address for each group of branch control to allow manual modification; configuring an IP address and an MAC address for each port of the switch, and adapting to the grouping; the system comprises a first station controller setting module, a PC (personal computer) end software playing system, a port IP (Internet protocol) and MAC (media access control) module, a first station controller setting module and a second station controller setting module, wherein the first station controller setting module is used for sending a first ID setting command through the PC end software playing system, setting the ID of a first station sub-controller behind a port of an exchanger, setting the first station sub-controller behind each port as the first station controller, the port of the exchanger plays a role of filtering, allowing the command of matching the IP and the MAC of the port to pass through, the PC end software playing system sends an automatic ID distribution command, after the first station sub-controller of each group receives the command; and completing the ID distribution task of the whole grouping system.

Further, every 5 sub-controllers are set to one packet.

Further, the IP address and MAC address of each port of the switch are unique.

According to the method and the system for grouping the switches for the LED playing system, the switch IP grouping is applied to the LED playing system, the method is flexible and simple to operate, manual operation can be reduced, manual errors are reduced, unique ID numbers are distributed to each sub-control system more quickly, repeated ID numbers do not occur, workload is greatly reduced compared with the existing method, the accuracy rate is greatly increased, and the accuracy is higher.

Additional aspects and advantages of the invention will be set forth in part in the description which follows and, in part, will be obvious from the description, or may be learned by practice of the invention.

Drawings

The above and/or additional aspects and advantages of the present invention will become apparent and readily appreciated from the following description of the embodiments, taken in conjunction with the accompanying drawings of which:

fig. 1 is a flowchart of a switch IP grouping method for an LED playing system according to an embodiment of the present invention;

fig. 2 is a block diagram of a switch IP grouping apparatus for an LED playing system according to an embodiment of the present invention.

Detailed Description

Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the drawings are illustrative and intended to be illustrative of the invention and are not to be construed as limiting the invention.

As shown in fig. 1, the switch IP grouping method for an LED playing system according to the embodiment of the present invention includes the following steps:

and step S1, the LED playing system is set as a multi-component control system, wherein a preset number of sub-control systems are parallelly arranged on one port of the switch to serve as one group of sub-control systems.

In one embodiment of the invention, the preset number is 5, and each 5 sub-control systems are set into a group and correspond to the same destination IP address and destination MAC address, for example, the sub-control No. 1 ~ 5 is divided into a first group, the sub-control No. IP is 192.168.0.1, the sub-control No. MAC is 00-00-00-00-01, the sub-control No. 6 ~ 10 is divided into a second group, the sub-control No. IP is 192.168.0.2, the sub-control No. MAC is 00-00-00-00-00-02, and the sub-control No. 11 ~ 15 is divided into a third group.

Step S2, grouping the control controllers on the PC-end playing software, wherein the grouping corresponds to the actual condition, the number of the branch controls connected to the port of the switch is consistent with the number of the group controllers, and the PC-end playing software automatically allocates an IP address and an MAC address for each group of branch controls to allow manual modification;

step S3, configuring IP address and MAC address for each port of the exchanger, and adapting to the packet;

and step S4, sending a head ID setting command (network frame command with an IP address and an MAC address consistent with the port of the switch) through the PC-side software playing system, setting the ID of the first sub-control system behind the port of the switch, setting the first sub-control system behind each port as the head controller, enabling the port of the switch to play a role in filtering, and allowing the command with the matched port IP and MAC to pass through.

It should be noted that the IP address and the MAC address of each port of the switch are unique, each port of the switch has its own IP address and MAC address, and port data output needs to be matched with the port IP and MAC to be output.

Step S5, the PC software playing system sends an ID automatic distribution command, after the first sub-controller of each group receives the command, the ID is added with 1 and forwarded to the next sub-control, and the ID added with 1 is the ID of the next sub-control; and completing the ID distribution task of the whole grouping system.

In this step, the automatic ID assignment command is sent, including the steps of: and automatically distributing commands to each group of sub-control systems in sequence, and setting a first sub-control ID number. For example, a first group of auto-assign command first control IDs is set to 1, a second group of auto-assign command first control IDs is set to 6, and so on. After the IP and MAC of the port of the switch are matched and screened, the first sub-control ID number and the sub-control ID number behind the first sub-control are uniquely and correctly set.

As shown in fig. 2, an embodiment of the present invention further provides a switch IP packet system for an LED playing system, including: the system comprises a first controller setting module 1 and a sub-control system setting module 2.

The sub-control system setting module 2 is used for setting the LED playing system as a multi-component control system; grouping the branch control controllers on PC end playing software, wherein the grouping corresponds to the reality, the branch control quantity connected to the port of the switch is consistent with the quantity of the group controllers, and the PC end playing software automatically allocates an IP address and an MAC address for each group of branch control to allow manual modification; each port of the switch is configured with an IP address and a MAC address, which are adapted to the packets to perform a filtering function.

The head controller setting module 1 is used for sending a head ID setting command (with an IP address and an MAC address network frame command which are consistent with a port of an exchanger) through a PC (personal computer) end software playing system, setting the ID of a first sub-controller behind the port of the exchanger, setting the first sub-controller behind each port as a head controller, enabling the port of the exchanger to play a role in filtering, allowing the command with the matched port IP and MAC to pass through, sending an automatic ID distribution command through the PC end software playing system, adding 1 to the ID to forward to the next sub-controller after the head sub-controller of each group receives the command, and adding 1 to the ID of the next sub-controller; and completing the ID distribution task of the whole grouping system.

It should be noted that the IP address and MAC address of each port of the switch 100 are unique.

The sub-control system setting module 2 sets the LED playing system 200 to include a multi-component control system, in which a preset number of sub-control systems are set in parallel on one port of the switch 100 as a set of sub-control systems, in the embodiment of the present invention, the preset number is 5, and each 5 sub-control systems are set as one packet corresponding to the same destination IP address and destination MAC address, for example, No. 1 ~ 5 is set as a first group, No. IP 192.168.0.1, No. MAC 00-00-00-00-01, No. 6 ~ 10 is set as a second group, No. IP 192.168.0.2, No. MAC 00-00-00-00-00-02, No. 11 ~ 15 is set as a third group, and.

Then, the sub-control system setting module 2 groups the sub-control controllers on the PC end playing software, and the grouping corresponds to the actual grouping, wherein one group of sub-control systems designates an IP address and an MAC address on the software, and the same IP address and MAC address are set on the port of the switch, so that the data passing through the port of the switch are the data of the designated IP address and MAC address; the number of the branch controllers connected to the ports of the switch is consistent with the number of the group controllers; the PC terminal playing software carries out ID distribution on the first station sub-control on the port of the switch according to the grouping condition through a head ID setting command (if the first group is 5 sub-controls, the second group head ID is distributed to 6); and the PC terminal playing software sends an automatic ID distribution command, after the first stage sub-controller of each group receives the command, the ID is added with 1 and forwarded to the next stage sub-controller, and the ID added with 1 is the ID of the next stage sub-controller until the ID distribution task of the whole group system is completed. After the port IP and MAC of the switch 100 are matched and screened, the first sub-control ID number and the sub-control ID numbers behind the first sub-control are uniquely and correctly set.

After the setting is finished, the first controller transmits data to the sub-control system when judging that the sub-control system requesting the data has the same IP address and MAC address as the first controller.

According to the method and the system for grouping the switches for the LED playing system, the switch IP grouping is applied to the LED playing system, the method is flexible and simple to operate, manual operation can be reduced, manual errors are reduced, unique ID numbers are distributed to each sub-control system more quickly, repeated ID numbers do not occur, workload is greatly reduced compared with the existing method, the accuracy rate is greatly increased, and the accuracy is higher.

In the description herein, references to the description of the term "one embodiment," "some embodiments," "an example," "a specific example," or "some examples," etc., mean that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention. In this specification, the schematic representations of the terms used above do not necessarily refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.

Although embodiments of the present invention have been shown and described above, it is understood that the above embodiments are exemplary and should not be construed as limiting the present invention, and that variations, modifications, substitutions and alterations can be made in the above embodiments by those of ordinary skill in the art without departing from the principle and spirit of the present invention. The scope of the invention is defined by the appended claims and equivalents thereof.