Operation method of intelligent central control screen capable of intelligently replacing KNX equipment

Abstract

The invention relates to the technical field of KNX intelligent home systems, and discloses an operation method of an intelligent central control screen capable of intelligently replacing KNX equipment, which comprises the following steps: S1, forming a KNX intelligent control system by using the KNX intelligent central control screen, a cloud server, the KNX equipment and a KNX power supply, connecting the KNX intelligent central control screen with the cloud server, connecting the KNX intelligent central control screen with the KNX equipment, and connecting the KNX intelligent central control screen with the KNX equipment; the KNX power supply is respectively connected with the KNX intelligent central control screen and the KNX equipment; according to the operation method of the intelligent central control screen capable of intelligently replacing the KNX equipment, a one-key equipment replacement mode of KNX setting is added, tools required by the KNX replacement equipment are reduced, a computer does not need to be carried, the working efficiency of maintenance engineering personnel is improved, and by means of the intelligent function, self-operation of a user can be achieved, the completeness of the KNX system function is improved, and the user experience is improved. And the maintenance difficulty and the labor cost are reduced.

Description

Technical Field

[0001] The present invention relates to the technical field of KNX smart home systems, and in particular to an operation method of a smart central control screen capable of intelligently replacing KNX devices. Background Art

[0002] With the development of smart home, KNX smart home is more and more widely used in China. In intelligent buildings, the application of KNX devices is on the rise. After a period of use, KNX devices may encounter various situations and need to be replaced. The previous operation method is to use the original debugged project and reconfigure and download it to the new device through ETS software. This requires high requirements for the preservation of the original debugged project files and high requirements for the tools brought by the replacement, which is not suitable for users to operate by themselves. In an environment where labor costs are getting higher and higher, under the current status of intelligent development, this method is no longer suitable for the development needs of the market. Therefore, we propose an operation method for the intelligent central control screen with intelligent replacement of KNX devices to solve the above problems. Summary of the invention

[0003] In view of the deficiencies in the prior art, the present invention provides an operating method for an intelligent central control screen with intelligent replacement of KNX devices, which solves the problem that the previous operating method is to use the originally debugged project and reconfigure and download it to the new device through ETS software. This method has high requirements for the preservation of the originally debugged project files and high requirements for the tools brought for replacement, and is not suitable for users to operate by themselves. In an environment where labor costs are getting higher and higher and the current status of intelligent development, this method is no longer suitable for the development needs of the market.

[0004] To achieve the above objectives, the present invention is implemented through the following technical solutions: an operation method of an intelligent central control screen with intelligent replacement of KNX devices, comprising the following steps:

[0005] S1. The KNX intelligent central control screen, cloud server, KNX equipment and KNX power supply form a KNX intelligent control system. The KNX intelligent central control screen is connected to the cloud server, the KNX intelligent central control screen is connected to the KNX equipment, and the KNX power supply is connected to the KNX intelligent central control screen and the KNX equipment respectively;

[0006] S2, disconnect the KNX power supply first;

[0007] S3. Remove the replaced KNX device and connect the replacement KNX device according to the original wiring method;

[0008] S4, then the KNX power supply is powered on;

[0009] S5. Operate the replaced KNX device to make it enter the programming state;

[0010] S6. On the KNX smart central control screen operation button module, find the KNX device icon to be replaced and select it. Just click one button to replace it.

[0011] S7, KNX intelligent central control screen will download the parameters of the replaced KNX device to the replaced KNX device through the KNX bus;

[0012] S8. When the replaced KNX device receives the data downloaded by the KNX smart central control screen, it enters the data storage and feedback reception processing status, and displays the parameter download progress on the KNX smart central control screen;

[0013] S9. When the parameters are sent, the KNX intelligent central control screen sends a download completion instruction, and the replaced KNX device is initialized and restarted;

[0014] S10, KNX intelligent central control screen displays download completion and returns to the standby interface, while uploading the operation log to the cloud server;

[0015] S11. When the KNX smart central control screen sends parameters, it does not get a response from the replaced KNX device, or replies with an error message. After three retries to send data, it fails. Then it prompts that the parameter sending failed and then exits.

[0016] Preferably, in S1, the cloud server is used to store KNX debugging projects and related parameters, and store operation records of the device end, and the KNX power supply provides energy to the KNX device and the bus; generally, KNX devices are connected by two lines, and these two lines transmit communication information and power, and the KNX device includes a lighting panel, a curtain panel, a fresh air panel, a scene panel, an output module and an input module; that is, a replaceable device, and the KNX smart central control screen is used to store the configuration information list of the device and interact with the KNX device for data.

[0017] Preferably, in S5, the replaced KNX device enters the programming state by operating a combination of physical buttons or by triggering a wireless signal.

[0018] Preferably, in S6, the KNX intelligent central control screen mainly consists of a power module, a button module, a processing module, a display module, a storage module, a communication module, a logic processing unit and a CPU.

[0019] Preferably, since the module voltages of the power module are inconsistent, the power module converts various voltages from the same input terminal to provide power for each module. The button module adopts a full touch screen to send the touch node to the CPU, and the CPU performs logic processing to realize operation control on the interface. The storage module is used to store configuration information and related parameter information. The CPU coordinates and processes each module and provides various resources. The processing module is used for data conversion, logic processing, storage reading and writing, and uploading or sending data from each port. Data conversion mainly converts the configuration information into the KNX protocol and sends it to the KNX bus. At the same time, the information of the KNX bus is received, processed, converted and displayed. The display module is used to display the system status in real time. The communication module realizes data transmission within the entire KNX system and between the external system.

[0020] Preferably, in S6, the logic processing unit of the KNX smart central control screen reads the replaced parameters, such as physical address, object attributes, and group address, from the storage module, and sends them to the replaced KNX device through the communication module. The replaced KNX device receives the parameters of the physical address and stores them in the storage module, and feeds back the status of the received data parameters.

[0021] Preferably, in S10, the operation diary includes the date and time of the replacement operation, operator information, device parameters before and after the replacement, and the operation result, and the format of the operation diary supports the data storage and retrieval standard of the cloud server.

[0022] Beneficial Effects

[0023] The present invention provides an operation method of an intelligent central control screen with intelligent replacement of KNX devices. Compared with the prior art, it has the following beneficial effects:

[0024] The operating method of the intelligent central control screen with intelligent replacement of KNX equipment adds a one-click device replacement method for KNX settings, reduces the tools required for KNX replacement equipment, eliminates the need to carry a computer, improves the work efficiency of maintenance engineers, and enables users to operate by themselves through intelligent functions, thereby improving the completeness of KNX system functions and reducing maintenance difficulty and labor costs. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 A schematic diagram of the configuration of a KNX intelligent control system in an operation method of an intelligent central control screen with intelligent replacement of KNX devices according to the present invention;

[0026] Figure 2 This is a flow chart of an operation method of an intelligent central control screen capable of intelligently replacing KNX devices according to the present invention;

[0027] Figure 3It is a configuration diagram of the KNX intelligent central control screen in the present invention;

[0028] Figure 4 The flowchart of the method for selecting the replaced device in the present invention. DETAILED DESCRIPTION

[0029] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0030] Example 1

[0031] like Figure 1-4 As shown;

[0032] An operating method of an intelligent central control screen capable of intelligently replacing a KNX device comprises the following steps:

[0033] S1. KNX intelligent central control screen, cloud server, KNX equipment and KNX power supply form a KNX intelligent control system. The KNX intelligent central control screen is connected to the cloud server, the KNX intelligent central control screen is connected to the KNX equipment, and the KNX power supply is connected to the KNX intelligent central control screen and the KNX equipment respectively. The cloud server is used to store the KNX debugging project and related parameters, and the operation records of the storage device. The KNX power supply provides energy to the KNX equipment and bus. In general, KNX devices are connected through two lines, which transmit communication information and power. KNX equipment includes lighting panels, curtain panels, fresh air panels, scene panels, output modules and input modules; that is, replaceable devices. The KNX intelligent central control screen is used to store the configuration information list of the device and interact with the KNX device for data.

[0034] S2, disconnect the KNX power supply first;

[0035] S3. Remove the replaced KNX device and connect the replacement KNX device according to the original wiring method;

[0036] S4, then the KNX power supply is powered on;

[0037] S5. Operate the replaced KNX device to enter a programming state. The replaced KNX device enters the programming state by operating a combination of physical buttons or by triggering a wireless signal.

[0038] S6. Operate the button module on the KNX smart central control screen, find the KNX device icon to be replaced and select it. Just click one button to replace it. The KNX smart central control screen mainly consists of a power module, a button module, a processing module, a display module, a storage module, a communication module, a logic processing unit and a CPU. Since the voltage of the power module is inconsistent, the power module converts various voltages from the same input terminal to provide power for each module. The button module uses a full touch screen to send the touch node to the CPU, which performs logic processing to realize operation control on the interface. The storage module is used to store configuration information and related parameter information. The CPU coordinates and processes each module and provides various resources. The processing module It is used for data conversion, logic processing, storage reading and writing, uploading or sending data of each port. Data conversion mainly converts configuration information into KNX protocol and sends it to KNX bus. At the same time, it receives information from KNX bus, processes, converts and displays it. The display module is used to display system status in real time. The communication module realizes data transmission within the entire KNX system and between external systems. The logic processing unit of KNX intelligent central control screen reads the replaced parameters from the storage module, such as physical address, object attributes, group address, and sends them to the replaced KNX device through the communication module. The replaced KNX device receives the parameters of the physical address and stores them in the storage module, and feedbacks the status of receiving data parameters.

[0039] S7, KNX intelligent central control screen will download the parameters of the replaced KNX device to the replaced KNX device through the KNX bus;

[0040] S8. When the replaced KNX device receives the data downloaded by the KNX smart central control screen, it enters the data storage and feedback reception processing status, and displays the parameter download progress on the KNX smart central control screen;

[0041] S9. When the parameters are sent, the KNX intelligent central control screen sends a download completion instruction, and the replaced KNX device is initialized and restarted;

[0042] S10, KNX intelligent central control screen displays download completion and returns to the standby interface. At the same time, the operation log is uploaded to the cloud server. The operation log includes the date and time of the replacement operation, operator information, device parameters before and after the replacement, and operation results. The format of the operation log supports the data storage and retrieval standards of the cloud server.

[0043] S11. When the KNX smart central control screen sends parameters, it does not get a response from the replaced KNX device, or replies with an error message. After three retries to send data, it fails. Then it prompts that the parameter sending failed and then exits.

[0044] The present invention increases a one-key device replacement mode set by KNX, reduces the tools required for KNX device replacement, eliminates the need to carry a computer, improves the work efficiency of maintenance engineers, and enables users to operate by themselves through intelligent functions, thereby improving the completeness of KNX system functions and reducing maintenance difficulty and labor costs.

[0045] Meanwhile, the contents not described in detail in this specification belong to the prior art known to those skilled in the art.

Claims

1. An operating method of an intelligent central control screen with intelligent replacement of KNX equipment, characterized in that: The following steps are involved: S1. The KNX intelligent central control screen, cloud server, KNX equipment and KNX power supply form a KNX intelligent control system. The KNX intelligent central control screen is connected to the cloud server, the KNX intelligent central control screen is connected to the KNX equipment, and the KNX power supply is connected to the KNX intelligent central control screen and the KNX equipment respectively; S2, disconnect the KNX power supply first; S3. Remove the replaced KNX device and connect the replacement KNX device according to the original wiring method; S4, then the KNX power supply is powered on; S5. Operate the replaced KNX device to make it enter the programming state; S6. On the KNX smart central control screen operation button module, find the KNX device icon to be replaced and select it. Just click one button to replace it. S7, KNX intelligent central control screen will download the parameters of the replaced KNX device to the replaced KNX device through the KNX bus; S8. When the replaced KNX device receives the data downloaded by the KNX smart central control screen, it enters the data storage and feedback reception processing status, and displays the parameter download progress on the KNX smart central control screen; S9. When the parameters are sent, the KNX intelligent central control screen sends a download completion instruction, and the replaced KNX device is initialized and restarted; S10, KNX intelligent central control screen displays download completion and returns to the standby interface, while uploading the operation log to the cloud server; S11. When the KNX smart central control screen sends parameters, it does not get a response from the replaced KNX device, or replies with an error message. After three retries to send data, it fails. Then it prompts that the parameter sending failed and then exits.

2. According to claim 1, the method for operating the intelligent central control screen with intelligent replacement of KNX equipment is characterized in that: In S1, the cloud server is used to store KNX debugging projects and related parameters, and store operation records of the device end. The KNX power supply provides energy to the KNX device and the bus. Generally, KNX devices are connected by two lines, and these two lines transmit communication information and power. The KNX device includes a lighting panel, a curtain panel, a fresh air panel, a scene panel, an output module and an input module. The KNX smart central control screen is used to store the configuration information list of the device and interact with the KNX device for data.

3. The method for operating the intelligent central control screen with intelligent replacement of KNX equipment according to claim 2 is characterized in that: In S5, the replaced KNX device enters the programming state by operating a combination of physical buttons or by triggering a wireless signal.

4. The method for operating the intelligent central control screen with intelligent replacement of KNX equipment according to claim 3 is characterized in that: In S6, the KNX intelligent central control screen mainly consists of a power module, a button module, a processing module, a display module, a storage module, a communication module, a logic processing unit and a CPU.

5. The method for operating the intelligent central control screen with intelligent replacement of KNX equipment according to claim 4 is characterized in that: Since the module voltages of the power module are inconsistent, the power module converts various voltages from the same input terminal to provide power for each module. The button module adopts a full touch screen to send the touch node to the CPU. The CPU performs logic processing to realize operation control on the interface. The storage module is used to store configuration information and related parameter information. The CPU coordinates and processes each module and provides various resources. The processing module is used for data conversion, logic processing, storage reading and writing, uploading or sending data from each port. Data conversion mainly converts the configuration information into the KNX protocol and sends it to the KNX bus. At the same time, the information of the KNX bus is received, processed, converted and displayed. The display module is used to display the system status in real time. The communication module realizes data transmission within the entire KNX system and between the external system.

6. The method for operating the intelligent central control screen with intelligent replacement of KNX equipment according to claim 1 is characterized in that: In S6, the logic processing unit of the KNX smart central control screen reads the replaced parameters from the storage module and sends them to the replaced KNX device through the communication module. The replaced KNX device receives the parameters of the physical address and stores them in the storage module, and feeds back the received data parameter status.

7. The method for operating the intelligent central control screen with intelligent replacement of KNX equipment according to claim 1 is characterized in that: In S10, the operation diary includes the date and time of the replacement operation, operator information, device parameters before and after the replacement, and the operation result, and the format of the operation diary supports the data storage and retrieval standard of the cloud server.

Images