Automatic window management system

Abstract

The invention discloses an automatic window management system, which comprises an information input module, a peripheral control device, a timing module, a core processing module, a control management module, a data persistence module and a database, and is characterized in that the information input module, the timing module, the data persistence module and the control management module are in bidirectional connection with the core processing module; the information input module is bidirectionally connected with the timing module, the data persistence module is bidirectionally connected with the database, and the control management module is bidirectionally connected with the peripheral control equipment; according to the system, the opening and closing conditions of the window can be remotely controlled and checked easily according to weather, time and other conditions, opening and closing of the window can be automatically controlled by means of the timing function, the core processing module, the data persistence module and the control management module are matched for operation, the whole data processing, query, input and equipment control are more effective, and the system is more convenient to use. And particularly, the timing module can avoid unnecessary loss caused by forgetting to open and close the window, so that much convenience is brought to life.

Description

Technical Field

[0001] The present invention relates to the technical field of window management, and in particular to an automatic window management system. Background Art

[0002] At present, the windows used in life are usually opened and closed manually, and the time or weather temperature is used to determine whether the window needs to be opened. However, manual operation is easy to forget, and in the event of emergencies, such as weather changes, if people are not nearby, it is difficult to operate and there is no time to deal with it, which can easily cause property losses. In addition, it is impossible to know the open and close status of the window remotely, and the traditional window opening and closing method can no longer meet the needs of users. Therefore, it is urgent to develop an automatic window management system to solve the above technical problems.

[0003] In view of this, the present invention is proposed. Summary of the invention

[0004] The purpose of the present invention is to provide an automatic window management system, which can not only easily realize remote control to check the window opening and closing status according to weather, time and other conditions, but also rely on the timing function to automatically control the opening and closing of the windows. The coordinated operation of the core processing module, the data persistence module and the control management module makes the entire data processing, query, entry and equipment control more efficient. In particular, the timing module can avoid unnecessary losses caused by forgetting to open and close the windows, bringing many conveniences to life, having broad application prospects, and being conducive to popularization and application.

[0005] In order to achieve the above-mentioned purpose, the present invention provides an automatic window management system, comprising an information entry module, a peripheral control device, a timing module, a core processing module, a control management module, a data persistence module and a database, wherein the information entry module, the timing module, the data persistence module and the control management module are all bidirectionally connected to the core processing module, the information entry module is bidirectionally connected to the timing module, the data persistence module is bidirectionally connected to the database, and the control management module is bidirectionally connected to the peripheral control device; The information input module is used to input basic information of the window and upload it to the core processing module; The timing module is used to set the opening and closing of the window according to the time period; The core processing module is the core of the system and is responsible for connecting with other sub-modules. It controls the issuance of instructions, uploads data operations and responds to user behaviors. The data persistence module is used to provide persistence operations for system data, connect with the core processing module, and store data in the database; The database is used to store data and is connected to the data persistence module. The storage operation process is provided by the data persistence module; The control management module provides control and management functions for peripheral control devices and interfaces with the core processing module; The peripheral control device is an automatic window.

[0006] Preferably, the information input module uses a general APP terminal device to upload the position, name, device unique identification code and window orientation information of the automatic window to the core processing module through the Internet or local area network.

[0007] Preferably, the timing module uses a general APP terminal device to set the opening and closing time of the automatic window entered by the information entry module, and uploads it to the core processing module through the Internet or local area network.

[0008] Preferably, the core processing module connects to the information entry module and the timing module through the Internet or a local area network. After receiving the automatic window information and the set switching time through the control management module and the data persistence module in the system, the core processing module notifies the data persistence module to store the data and respond to user operations. For example, if the current status information of the automatic window is to be queried, the existing automatic window information value will be transmitted to the information entry module through the network for query. If the peripheral control device is to be controlled, the control instruction will be sent to the control management module through a direct connection within the system for device control.

[0009] Preferably, the data persistence module responds to the data processing instructions sent by the core processing module, including but not limited to adding, deleting, modifying and checking, and completes the corresponding data operations by operating the database using a specific persistence interface through the Internet or a local area network.

[0010] Preferably, the database responds to the data operation instructions sent by the data persistence module via the Internet or the local area network, and stores the relevant data to achieve the purpose of data persistence.

[0011] Preferably, the control management module receives control instructions sent by the core processing module through intra-system communication, then responds to the instructions, sends them to the peripheral control device through the Internet or local area network, and receives the instruction sending results and returns them to the core processing module.

[0012] Preferably, the peripheral control device receives the control instruction sent by the control management module through the Internet or the local area network and responds, and transmits back the operation result.

[0013] The automatic window management system provided by the present invention has the following beneficial effects.

[0014] 1. The present invention can not only automatically control the opening and closing of windows by relying on the timing function, but also remotely check the opening and closing status of windows. Once an emergency occurs, the opening and closing of windows can also be remotely controlled.

[0015] 2. The present invention makes the entire data processing, query, input and equipment control more efficient through the coordinated operation of the core processing module, data persistence module and control management module. In particular, the timing module can avoid unnecessary losses caused by forgetting to open and close windows, bringing many conveniences to life. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 A structural block diagram of an automatic window management system provided by the present invention; Figure 2 A workflow diagram of an automatic window management system provided by the present invention. DETAILED DESCRIPTION

[0017] The present invention is further described below in conjunction with specific embodiments and drawings to help understand the content of the present invention.

[0018] like Figure 1 The figure shows a block diagram of an automatic window management system provided by the present invention. The automatic window management system includes an information entry module, a peripheral control device, a timing module, a core processing module, a control management module, a data persistence module and a database. The information entry module, the timing module, the data persistence module and the control management module are all bidirectionally connected to the core processing module, the information entry module is bidirectionally connected to the timing module, the data persistence module is bidirectionally connected to the database, and the control management module is bidirectionally connected to the peripheral control device; the information entry module is used to enter the basic information of the window and upload it to the core processing module; the timing module is used to set the opening and closing of the window according to the time period; the core processing module is the core of the system and is responsible for connecting with other submodules, and its role is to control the issuance of instructions, upload data operations and responses to user behaviors; the data persistence module is used to provide system data persistence operations, connect with the core processing module, and store data in the database; the database is used to store data, connect with the data persistence module, and the storage operation process is provided by the data persistence module; the control management module provides control and management functions for peripheral control devices, and connects with the core processing module; the peripheral control device is an automatic window.

[0019] The information entry module uses a general APP terminal device to upload the position, name, device unique identification code and window orientation information of the automatic window to the core processing module through the Internet or local area network by inputting. The timing module uses a general APP terminal device to set the opening and closing time of the automatic window entered by the information entry module, and uploads it to the core processing module through the Internet or local area network. The core processing module connects the information entry module and the timing module through the Internet or local area network, and after receiving the automatic window information and the set opening and closing time through the control management module and the data persistence module in the system, it notifies the data persistence module to store data and respond to user operations. For example, if the current status information of the automatic window is to be queried, the existing automatic window information value will be transmitted to the information entry module through the network for query. If the peripheral control device is to be controlled, the control instruction will be sent to the control management module through the direct connection in the system for device control. The data persistence module responds to the data processing instructions sent by the core processing module, including but not limited to addition, deletion, modification and query, and uses a specific persistence interface to operate the database through the Internet or local area network to complete the corresponding data operation. The database responds to the data operation instructions sent by the data persistence module through the Internet or local area network, and stores the relevant data to achieve the purpose of data persistence. The control management module receives the control instructions sent by the core processing module through the system communication method, and then responds to the instructions, sends them to the peripheral control device through the Internet or local area network, and receives the instruction sending results and returns them to the core processing module. The peripheral control device receives the control instructions sent by the control management module through the Internet or local area network and responds, and returns the operation results.

[0020] In the automatic window system, data is set through the information entry module, the timing module is accessed through the Internet or the local area network, analysis is performed according to the set switching time, and the analysis results are uploaded to the core processing module through the Internet or the local area network. The core processing module, the control management module and the data persistence module coexist in a physical computer and communicate directly within the system. The data persistence module is connected to the database through the local area network, and the control management module sends control instructions to peripheral control devices through the Internet or the local area network.

[0021] like Figure 2As shown, it is a workflow diagram of an automatic window management system provided by the present invention. After the information entry module enters the detailed information of the automatic window, the entry information is sent to the core processing module. The timing module will be turned on, the time period for opening and closing the window is entered, and the entry information is sent to the core processing module. After the core processing module receives the automatic window information sent by the information entry module and the time period for opening and closing the window sent by the timing module, the data persistence module is called to store the data in the database. When the time reaches the time when the window needs to be opened or closed, the control management module is called to send instructions to the peripheral control device, and the result of the execution of the control instruction is returned. When the user sends an operation request through the web terminal, the corresponding operation will be performed according to the type of request. For example, if a certain window information is queried, the data persistence module is called to query the database; if it fails, the reason for the failure will be returned. If the peripheral control device is controlled, the control management module is called to send relevant instructions to the peripheral control device, and the execution result of the control instruction is returned. After receiving the control instruction from the core processing module, the control management module sends it to different peripheral control devices according to different instruction types. The peripheral control device responds to the control and returns the response result.

[0022] The present invention can not only easily realize remote control to check the window opening and closing status according to weather, time and other conditions, but also rely on the timing function to automatically control the opening and closing of the windows. The coordinated operation of the core processing module, the data persistence module and the control management module makes the entire data processing, query, entry and equipment control more efficient. In particular, the timing module can avoid unnecessary losses caused by forgetting to open and close the windows, bringing many conveniences to life.

[0023] The invention concept is described in detail using specific examples herein, and the description of the above embodiments is only used to help understand the core idea of ​​the invention. It should be pointed out that any obvious modification, equivalent substitution or other improvement made by a person of ordinary skill in the art without departing from the invention concept should be included in the protection scope of the present invention.

Claims

1. An automatic window management system, characterized in that: It includes an information entry module, a peripheral control device, a timing module, a core processing module, a control management module, a data persistence module and a database, wherein the information entry module, the timing module, the data persistence module and the control management module are all bidirectionally connected to the core processing module, the information entry module is bidirectionally connected to the timing module, the data persistence module is bidirectionally connected to the database, and the control management module is bidirectionally connected to the peripheral control device; The information input module is used to input basic information of the window and upload it to the core processing module; The timing module is used to set the opening and closing of the window according to the time period; The core processing module is the core of the system and is responsible for connecting with other sub-modules. It controls the issuance of instructions, uploads data operations and responds to user behaviors. The data persistence module is used to provide persistence operations for system data, connect with the core processing module, and store data in the database; The database is used to store data and is connected to the data persistence module. The storage operation process is provided by the data persistence module; The control management module provides control and management functions for peripheral control devices and interfaces with the core processing module; The peripheral control device is an automatic window.

2. An automatic window management system according to claim 1, characterized in that: The information input module uses a general APP terminal device to upload the position, name, device unique identification code and window orientation information of the automatic window to the core processing module through the Internet or local area network.

3. An automatic window management system according to claim 2, characterized in that: The timing module uses a general APP terminal device to set the opening and closing time of the automatic window entered by the information entry module, and uploads it to the core processing module through the Internet or the local area network.

4. An automatic window management system according to claim 3, characterized in that: The core processing module connects to the information entry module and the timing module through the Internet or the local area network. After receiving the automatic window information and the set switching time through the control management module and the data persistence module in the system, it notifies the data persistence module to store the data and respond to the user's operation. For example, if the current status information of the automatic window is to be queried, the existing automatic window information value will be transmitted to the information entry module through the network for query. If the peripheral control device is to be controlled, the control instruction will be sent to the control management module through a direct connection in the system for device control.

5. An automatic window management system according to claim 4, characterized in that: The data persistence module responds to the data processing instructions sent by the core processing module, including but not limited to adding, deleting, modifying and checking, and uses a specific persistence interface to operate the database through the Internet or local area network to complete the corresponding data operations.

6. An automatic window management system according to claim 5, characterized in that: The database responds to the data operation instructions sent by the data persistence module through the Internet or the local area network, and stores the relevant data to achieve the purpose of data persistence.

7. An automatic window management system according to claim 6, characterized in that: The control management module receives the control instructions sent by the core processing module through the communication within the system, then responds to the instructions, sends them to the peripheral control device through the Internet or local area network, and receives the instruction sending results and returns them to the core processing module.

8. An automatic window management system according to claim 7, characterized in that: The peripheral control device receives the control instruction sent by the control management module through the Internet or the local area network and responds, and transmits the operation result back.

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