Miniature intelligent gateway with remote wireless transmission function

Abstract

The invention relates to the technical field of intelligent gateways, in particular to a miniature intelligent gateway with a remote wireless transmission function, which comprises main gateways, a data receiving and transmitting module, a control module and an operation display module, and is characterized in that a control instruction is transmitted to the operation display module, so that the operation display module controls the control module to start, and then a plurality of main gateways are arranged; the data receiving and transmitting module and the control module are matched for use, so that communication between two adjacent main gateways can be realized, and after communication, communication network data are transmitted to the operation display module through the control module, so that the received network data can be displayed, a user can conveniently check the communication data in real time, and the user experience is improved. Due to the fact that the two adjacent main gateways can communicate with each other, remote communication between the main gateways can be achieved, and the communication effect of the intelligent gateway is improved.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent gateways, and in particular to a micro intelligent gateway with long-range wireless transmission. Background Art

[0002] Smart gateways generally support virtual network access, wifi access, wired broadband access, etc. Through it, functions such as information collection, information input, information output, centralized control, remote control, and linkage control can be realized for various sensors, network devices, cameras, hosts and other devices within the local area network.

[0003] When existing smart gateways encounter scenarios where a large wireless network coverage area is required, scenarios with complex house types, or scenarios with many obstacles, using a single smart gateway may result in weak wireless network signals and unstable signal connections at locations far away from the smart gateway.

[0004] The prior art CN117377005A discloses an intelligent gateway with wireless network gain. By setting a main gateway and multiple sub-gateways and analyzing the terminal location and signal strength, the gateway to which the terminal is connected can be determined based on the terminal location and signal strength, and the gateway to which the terminal is connected can be switched accordingly, thereby ensuring the stability of the signal connection of the terminal at each location.

[0005] However, the above-mentioned intelligent gateway can only communicate within the signal coverage of the main gateway, and cannot realize remote communication between the main gateways, thereby reducing the communication effect of the intelligent gateway. Summary of the invention

[0006] The purpose of the present invention is to provide a micro intelligent gateway with long-range wireless transmission, which solves the technical problem that the existing intelligent gateway can only communicate within the signal coverage of the main gateway and cannot realize long-range communication between the main gateways, thereby reducing the communication effect of the intelligent gateway.

[0007] To achieve the above object, the present invention provides a micro intelligent gateway with long-range wireless transmission, comprising a main gateway, a data transceiver module, a control module and an operation display module, wherein the number of the main gateways is multiple, each of the main gateways is connected to one of the data transceiver modules, the control module is arranged between two adjacent data transceiver modules, and all the control modules are connected to the operation display module; The main gateway is used to transmit electromagnetic waves to the data transceiver module or convert the network data received from the data transceiver module into electromagnetic waves; The data transceiver module is used to send network data to the control module or receive network data from the control module; The control module is used to control the start and stop of the data transceiver module, and to send and receive network data of the data transceiver module; The operation display module is used to control the start and stop of the control module and display the received network data.

[0008] Wherein, each of the control modules is connected to a power supply module, and the power supply module is used to provide power for the operation of the control module.

[0009] Wherein, the data transceiver module includes a data sending unit and a data receiving unit, the data sending unit is connected to the adjacent data receiving unit through the control module, and the data receiving unit is connected to the adjacent data sending unit through the control module; The data sending unit is used to receive the electromagnetic wave from the main gateway, convert the electromagnetic wave into network data, and then send the network data to the control module; The data receiving unit is used to receive network data from the control module.

[0010] Wherein, the operation display module includes a command input unit and a display unit, and the command input unit and the display unit are both connected to the control module; The instruction input unit is used to input a control instruction and transmit the control instruction to the control module; The display unit is used to receive the network data from the control module and display the network data.

[0011] Each of the main gateways is connected to a plurality of sub-gateways, and the plurality of sub-gateways are arranged within the signal coverage range of the main gateway.

[0012] Wherein, the micro intelligent gateway with long-range wireless transmission further includes a signal analysis module and a connection switching module, the main gateway, the signal analysis module and the connection switching module are connected in sequence, and the connection switching module is connected to all the sub-gateways connected to each of the main gateways; The signal analysis module is used to obtain the signal strength of the terminal, and detect whether the obtained signal strength of the terminal is lower than the set signal strength threshold. When the signal strength of the terminal is lower than the set signal strength threshold, analyze the signal strength when the terminal is connected to the main gateway and each of the sub-gateways; The connection switching module is used to replace the gateway connected to the terminal with the gateway with the highest signal strength according to the analysis result.

[0013] Wherein, the micro intelligent gateway with long-range wireless transmission further includes a detection and analysis module and a distribution map module, the main gateway, the detection and analysis module and the distribution map module are connected in sequence, and the detection and analysis module is connected to the connection switching module; The detection and analysis module is used to receive the electromagnetic waves reflected after being emitted by the main gateway and each of the sub-gateways, and analyze the scene obstacle map within the signal coverage range of the main gateway and each of the sub-gateways based on the reflected electromagnetic waves; The distribution map module is used to mark the location of the sub-gateway on the scene obstacle map, and to display the signal strength of each location within the signal coverage range on the scene obstacle map.

[0014] The present invention provides a micro-intelligent gateway with remote wireless transmission. By transmitting a control instruction to the operation display module, the operation display module controls the start-up of the control module. Then, by setting a plurality of the main gateways and using the data transceiver module and the control module in coordination, communication between two adjacent main gateways can be achieved. After the communication, the network data of the communication is transmitted to the operation display module via the control module, so that the received network data can be displayed, so that the user can view the communication data in real time. Since the two adjacent main gateways can communicate with each other, remote communication between the main gateways can be achieved, thereby improving the communication effect of the intelligent gateway and solving the technical problem that the existing intelligent gateway can only communicate within the signal coverage of the main gateway and cannot achieve remote communication between the main gateways, thereby reducing the communication effect of the intelligent gateway. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art are briefly introduced below.

[0016] Figure 1 It is a control principle diagram of a micro intelligent gateway with long-range wireless transmission according to the first embodiment of the present invention.

[0017] In the figure: 101-main gateway, 102-data transceiver module, 103-control module, 104-operation display module, 105-signal analysis module, 106-connection switching module, 107-detection analysis module, 108-distribution map module, 109-data sending unit, 110-data receiving unit, 111-command input unit, 112-display unit, 113-power supply module, 114-sub-gateway. DETAILED DESCRIPTION

[0018] Embodiments of the present invention are described in detail below. Examples of the embodiments are shown in the accompanying drawings. The embodiments described below with reference to the accompanying drawings are exemplary and are intended to be used to explain the present invention, but should not be construed as limiting the present invention.

[0019] First embodiment: See also Figure 1 , Figure 1 It is a control schematic diagram of a micro-intelligent gateway with long-range wireless transmission according to the first embodiment of the present invention. The present invention provides a micro-intelligent gateway with long-range wireless transmission, including a main gateway 101, a data transceiver module 102, a control module 103, an operation display module 104, a signal analysis module 105, a connection switching module 106, a detection analysis module 107 and a distribution map module 108. The data transceiver module 102 includes a data sending unit 109 and a data receiving unit 110, and the operation display module 104 includes a command input unit 111 and a display unit 112.

[0020] In this embodiment, the present invention transmits a control instruction to the operation display module 104, allowing the operation display module 104 to control the control module 103 to start, and then sets a plurality of the main gateways 101, and through the coordinated use of the data transceiver module 102 and the control module 103, communication between two adjacent main gateways 101 can be achieved. After the communication, the network data of the communication is transmitted to the operation display module 104 via the control module 103, so that the received network data can be displayed, so that the user can view the communication data in real time. Since the two adjacent main gateways 101 can communicate with each other, remote communication between the main gateways 101 and the main gateways 101 can be achieved, thereby improving the communication effect of the intelligent gateway, and solving the technical problem that the existing intelligent gateway can only communicate within the signal coverage range of the main gateway 101, and cannot achieve remote communication between the main gateways 101 and the main gateways 101, thereby reducing the communication effect of the intelligent gateway.

[0021] There are multiple master gateways 101, each of which is connected to a data transceiver module 102, a control module 103 is provided between two adjacent data transceiver modules 102, and all of the control modules 103 are connected to the operation display module 104; The main gateway 101 is used to transmit electromagnetic waves to the data transceiver module 102 or convert the network data received from the data transceiver module 102 into electromagnetic waves; The data transceiver module 102 is used to send network data to the control module 103 or receive network data from the control module 103; The control module 103 is used to control the start and stop of the data transceiver module 102, and to send and receive network data of the data transceiver module 102; The operation display module 104 is used to control the start and stop of the control module 103 and display the received network data.

[0022] Secondly, each of the control modules 103 is connected to a power supply module 113 , and the power supply module 113 is used to provide power for the operation of the control module 103 .

[0023] Again, the data sending unit 109 is connected to the adjacent data receiving unit 110 via the control module 103, and the data receiving unit 110 is connected to the adjacent data sending unit 109 via the control module 103; The data sending unit 109 is used to receive electromagnetic waves from the main gateway 101, convert the electromagnetic waves into network data, and then send the network data to the control module 103; The data receiving unit 110 is used to receive network data from the control module 103 .

[0024] At the same time, the instruction input unit 111 and the display unit 112 are both connected to the control module 103; The instruction input unit 111 is used to input a control instruction and transmit the control instruction to the control module 103; The display unit 112 is used to receive the network data from the control module 103 and display the network data.

[0025] In addition, each of the main gateways 101 is connected to a plurality of sub-gateways 114, and the plurality of sub-gateways 114 are arranged within the signal coverage range of the main gateway 101, and the sub-gateways 114 are arranged within a range where the signal strength of the main gateway 101 is greater than or equal to a set signal strength threshold.

[0026] In addition, the main gateway 101, the signal analysis module 105 and the connection switching module 106 are connected in sequence, and the connection switching module 106 is connected to all the sub-gateways 114 connected to each of the main gateways 101; The signal analysis module 105 is used to obtain the signal strength of the terminal and detect whether the obtained signal strength of the terminal is lower than the set signal strength threshold. When the signal strength of the terminal is lower than the set signal strength threshold, the signal strength of the terminal when connected to the main gateway 101 and each of the sub-gateways 114 is analyzed; The connection switching module 106 is used to replace the gateway connected to the terminal with the gateway with the highest signal strength according to the analysis result, wherein if there is no terminal within the responsible range of the sub-gateway 114, the sub-gateway 114 is on standby, and the responsible range of the sub-gateway 114 is: outside the range where the signal strength of the main gateway 101 is greater than or equal to the set signal strength threshold, and within the signal coverage range of the sub-gateway 114.

[0027] Finally, the main gateway 101, the detection and analysis module 107 and the distribution map module 108 are connected in sequence, and the detection and analysis module 107 is connected to the connection switching module 106; The detection and analysis module 107 is used to receive the electromagnetic waves reflected from the main gateway 101 and each of the sub-gateways 114, and analyze the scene obstacle map within the signal coverage range of the main gateway 101 and each of the sub-gateways 114 based on the reflected electromagnetic waves; The distribution map module 108 is used to mark the location of the sub-gateway 114 on the scene obstacle map, and to display the signal strength of each location within the signal coverage range on the scene obstacle map.

[0028] When using a micro-intelligent gateway with long-distance wireless transmission of the present embodiment, when communication between the main gateway 101 and the main gateway 101 is required, the power supply module 113 and the operation display module 104 are started at the same time. By starting the power supply module 113, the power supply module 113 can supply power to the control module 103. By starting the operation display module 104, a control instruction is input to the instruction input unit 111 of the operation display module 104, and the control instruction is transmitted to the control module 103, so that the start and stop of the data transceiver module 102 can be controlled according to the control instruction.

[0029] After the data transceiver module 102 is started, the two adjacent master gateways 101 respectively transmit electromagnetic waves to the data sending unit 109 of the corresponding data transceiver module 102, so that the data sending unit 109 can convert the electromagnetic waves into network data, and send the network data to the adjacent data receiving unit 110 through the control module 103. After the data receiving unit 110 receives the network data, the data receiving unit 110 sends the network data to the master gateway 101 connected to the data receiving unit 110, so that the master gateway 101 can convert the received network data into electromagnetic waves, thereby realizing communication between the two adjacent master gateways 101. At the same time, the control module 103 can transmit the received network data to the display unit 112 of the operation display module 104, and display the network data on the display unit 112, so that the user can view the communication data in real time.

[0030] The signal strength of the terminal is obtained through the signal analysis module 105, and it is detected whether the obtained signal strength of the terminal is lower than the set signal strength threshold. When the signal strength of the terminal is lower than the set signal strength threshold, the signal strength of the terminal when connected to the main gateway 101 and each of the sub-gateways 114 is analyzed, and then the connection switching module 106 can replace the gateway connected to the terminal with the gateway with the highest signal strength according to the analysis result.

[0031] If there is no terminal within the responsible range of the sub-gateway 114, the sub-gateway 114 is on standby. If there is a sub-gateway 114 on standby, based on the analysis of the person's position by the detection and analysis module 107 and the analysis of the signal strength between the terminal and each gateway by the signal analysis module 105, it is determined whether there is someone carrying a mobile terminal within the responsible range of the sub-gateway 114 on standby. If so, the sub-gateway 114 is woken up.

[0032] After the sub-gateway 114 is awakened, the detection and analysis module 107 obtains the position of the person by analyzing the reflected electromagnetic waves and marks it on the scene obstacle map. Combined with the positions of each sub-gateway 114 marked on the scene obstacle map, it can be determined whether the person has reached the position of the standby sub-gateway 114. The signal analysis module 105 analyzes the signal strength between the mobile terminal and each gateway to infer the approximate distance between the mobile terminal and each gateway. Then, the approximate position of the terminal is calculated based on the distance between the terminal and each gateway, and matched with the position of nearby people, so as to further improve the accuracy of the terminal's position.

[0033] In summary, the present invention transmits a control instruction to the operation display module 104, allowing the operation display module 104 to control the control module 103 to start, and then sets a plurality of the main gateways 101, and through the coordinated use of the data transceiver module 102 and the control module 103, communication between two adjacent main gateways 101 can be achieved. After the communication, the network data of the communication is transmitted to the operation display module 104 via the control module 103, so that the received network data can be displayed, so that the user can view the communication data in real time. Since the two adjacent main gateways 101 can communicate with each other, remote communication between the main gateways 101 and the main gateways 101 can be achieved, thereby improving the communication effect of the intelligent gateway, and solving the technical problem that the existing intelligent gateway can only communicate within the signal coverage range of the main gateway 101, and cannot achieve remote communication between the main gateways 101 and the main gateways 101, thereby reducing the communication effect of the intelligent gateway.

[0034] What is disclosed above is only one or more preferred embodiments of the present application, and cannot be used to limit the scope of rights of the present application. Ordinary technicians in this field can understand that all or part of the processes of implementing the above embodiments and equivalent changes made according to the claims of the present application are still within the scope covered by the present application.

Claims

1. A micro intelligent gateway with long-range wireless transmission, characterized in that: It includes a main gateway, a data transceiver module, a control module and an operation display module. There are multiple main gateways, each of which is connected to one data transceiver module. The control module is arranged between two adjacent data transceiver modules, and all the control modules are connected to the operation display module. The main gateway is used to transmit electromagnetic waves to the data transceiver module or convert the network data received from the data transceiver module into electromagnetic waves; The data transceiver module is used to send network data to the control module or receive network data from the control module; The control module is used to control the start and stop of the data transceiver module, and to send and receive network data of the data transceiver module; The operation display module is used to control the start and stop of the control module and display the received network data.

2. The micro intelligent gateway with long-range wireless transmission as claimed in claim 1, characterized in that: Each of the control modules is connected to a power supply module, and the power supply module is used to supply power for the operation of the control module.

3. The micro intelligent gateway with long-range wireless transmission as claimed in claim 1, characterized in that: The data transceiver module includes a data sending unit and a data receiving unit, wherein the data sending unit is connected to the adjacent data receiving unit through the control module, and the data receiving unit is connected to the adjacent data sending unit through the control module; The data sending unit is used to receive the electromagnetic wave from the main gateway, convert the electromagnetic wave into network data, and then send the network data to the control module; The data receiving unit is used to receive network data from the control module.

4. The micro intelligent gateway with long-range wireless transmission as claimed in claim 1, characterized in that: The operation display module includes a command input unit and a display unit, and both the command input unit and the display unit are connected to the control module; The instruction input unit is used to input a control instruction and transmit the control instruction to the control module; The display unit is used to receive the network data from the control module and display the network data.

5. The micro intelligent gateway with long-range wireless transmission as claimed in claim 1, characterized in that: Each of the main gateways is connected to a plurality of sub-gateways, and the plurality of sub-gateways are arranged within the signal coverage range of the main gateway.

6. The micro intelligent gateway with long-range wireless transmission as claimed in claim 5, characterized in that: The micro intelligent gateway with long-range wireless transmission further includes a signal analysis module and a connection switching module, wherein the main gateway, the signal analysis module and the connection switching module are connected in sequence, and the connection switching module is connected to all the sub-gateways connected to each of the main gateways; The signal analysis module is used to obtain the signal strength of the terminal, and detect whether the obtained signal strength of the terminal is lower than the set signal strength threshold. When the signal strength of the terminal is lower than the set signal strength threshold, analyze the signal strength when the terminal is connected to the main gateway and each of the sub-gateways; The connection switching module is used to replace the gateway connected to the terminal with the gateway with the highest signal strength according to the analysis result.

7. The micro intelligent gateway with long-range wireless transmission as claimed in claim 6, characterized in that: The micro intelligent gateway with long-range wireless transmission further includes a detection and analysis module and a distribution map module, the main gateway, the detection and analysis module and the distribution map module are connected in sequence, and the detection and analysis module is connected to the connection switching module; The detection and analysis module is used to receive the electromagnetic waves reflected after being emitted by the main gateway and each of the sub-gateways, and analyze the scene obstacle map within the signal coverage range of the main gateway and each of the sub-gateways based on the reflected electromagnetic waves; The distribution map module is used to mark the location of the sub-gateway on the scene obstacle map, and to display the signal strength of each location within the signal coverage range on the scene obstacle map.

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