TWM613244U - Multi-input mode and multi-output channel early warning system - Google Patents

Abstract

The present invention discloses a multiple input mode and multiple output channel early warning system, which includes a plurality of sensing modules, at least one communication module, a cloud server, a storage module, a processing module and a multiple signal output module. The sensing module generates a sensing signal. The communication module receives the sensing signal and transmits the sensing signal through the network. The cloud server receives the sensing signal. The storage module is set in the cloud server, and stores the component number codes and warning signal codes corresponding to a plurality of sensing modules. The processing module is set in the cloud server, and compares the received sensing signal with the component number code in the storage module to generate an early warning signal code and an early warning signal corresponding to the early warning signal code. The multi-signal output module is set in the cloud server, connected to the processing module, and output early warning signals through multiple signal transmission channels.

Description

Multiple input mode and multiple output channel early warning system

The present invention relates to an early warning system, in particular to an early warning system with multiple input modes and multiple output channels.

Nowadays, society has entered into an aging society. Many elderly people are alone in their homes for a long time, which is prone to home safety problems.

As mentioned above, many elderly people are inconvenient to move or suffer from illness. Therefore, when the elderly have an accident at home and no one finds that they can be rescued immediately, they will miss the time for immediate rescue.

Furthermore, although there are currently monitoring devices designed for home safety that can send out messages instantly when an accident occurs in the family, however, the channel for sending notification messages is only a single channel for signal reception and output. The sensing signal generated by the sensor is interrupted in the signal transmission, or the person receiving the sensing signal cannot pay attention to the received message in real time, and the effect of real-time rescue cannot be achieved.

Accordingly, how to provide an early warning system with multiple input modes and multiple output channels has become an urgent research topic.

In view of the above problems, the present invention discloses a multi-input mode and multi-output channel early warning system, which includes a plurality of sensing modules, at least one communication module and a cloud server. The cloud server includes a storage module, a processing module, and a multi-signal output module. A plurality of sensing modules respectively generate a sensing signal. At least one communication module is connected to a plurality of sensing modules to receive sensing signals and transmit the sensing signals through the network. The cloud server receives the sensing signal sent by at least one communication module through the network. The storage module is set in the cloud server, and stores the component number codes and warning signal codes corresponding to a plurality of sensing modules. The processing module is set in the cloud server, and compares the received sensing signal with the component number code in the storage module to generate an early warning signal code and an early warning signal corresponding to the early warning signal code. The multi-signal output module is set in the cloud server, connected to the processing module, and output early warning signals through multiple signal transmission channels.

Continuing from the above, the new multi-input mode and multi-output channel early warning system set up a multi-signal input mode between the sensing module and the communication module, as well as the output of the early warning signal through multiple output channels. For each person, object, device, and equipment, it can ensure the reliability and real-time transmission of the sensing signal generated by the sensing module, and ensure the diversity of the early warning signal in the reception, so as to avoid failure in the event of an accident. Receive the sensing signal and miss the time of real-time response, so as to achieve the effect of diversified signal transmission paths and multiple early warnings. In addition, the community cloud management system in the public domain combined with the cloud server in the private domain can simultaneously achieve multi-party management monitoring, message notification, and early warning for privacy preservation.

Please refer to Figure 1, which is a block diagram of the new multiple input mode and multiple output channel early warning system. The multiple input mode and multiple output channel early warning system 1 includes a plurality of sensing modules 11, at least one communication module 12 and a cloud server 13. The cloud server 13 includes a processing module 131, a storage module 132, and a multi-signal output module 133. A plurality of sensing modules 11 are set according to user requirements, and each sensing module 11 has a component number code and generates a sensing signal respectively. At least one communication module 12 is connected to a plurality of sensing modules 11 to receive sensing signals, and transmit the sensing signals through the network I. The cloud server 13 receives the sensing signal transmitted by the communication module 12 in a wired or wireless manner. In an embodiment of the present invention, the communication module 12 includes wireless transmission through at least one network such as network I or base station B. The technology sends the sensing signal to the cloud server 13. The storage module 132 is disposed in the cloud server 13 and stores the component number codes and warning signal codes corresponding to the plurality of sensing modules 11. The processing module 131 is set in the cloud server 13, and is connected to the storage module 132, and receives the sensing signal transmitted by the communication module 12 through the network I or the base station B, to compare the received sensing signal with the storage module The component number code in the group 132 generates the warning signal code corresponding to the sensing module 11 and the warning signal corresponding to the warning signal code. The multi-signal output module 133 is set in the cloud server 13, connected to the processing module 131, and outputs early warning signals to the smart device R1, the cloud network R2, and the community management through multiple signal transmission channels C1, C2...CN, respectively Cloud system RN.

In addition, a camera 14 connected to the communication module 12 and the sensing module 12 can be provided, so that when the sensing module 11 generates a sensing signal, the camera 14 is triggered to start shooting and recording live photos, images, and sounds. Users can connect to the cloud server 13 via the smart device R1, the cloud network R2, the community management cloud system RN or other computer devices, and then connect the communication module 12 and the camera 14 via the network I or the base station B to View the images and sounds captured by the camera 14 in real time.

Furthermore, the receiving objects, devices, equipment and signal transmission channels C1, C2...CN of the early warning signal output can also be set and processed on the cloud server 13. In the embodiment of the present invention, the signal transmission channels C1, C2...CN include mobile phone short messages, instant messaging software messages, email and voice messages. The devices and equipment for warning signal output include smart devices R1, cloud network R2, and community cloud management system RN. The communication module 12 connects to network I or base station B according to its own communication configuration to transmit sensing The signal to the cloud server 13 is not limited in the present invention.

As shown in Figure 1, in the embodiment of the present invention, the sensing module 11 and the communication module 12 can be wired W or wireless L according to the communication configuration of the sensing module 11 and the communication module 12 itself. That is, the sensing module 11 can transmit the sensing signal to the communication module 12 in a wired W or wireless L multiple input mode. Similarly, the communication module 12 can also be connected to the base station B via a 3G/4G/5G radio frequency via a wired W or a wireless L via 3G/4G/5G, and send the received sensing signals to the cloud server 13. Furthermore, the multi-signal output module 133 of the cloud server 13 transmits the warning signal through the multi-signal transmission channels C1, C2, and CN. According to this, the present invention can achieve the early warning effect of the present new multiple input mode and multiple output in signal transmission.

In the embodiment of the present invention, the sensing module 11 includes various sensors for sensing environmental conditions, including a Low Power Wide Area Network (LoRa) sensing module and a narrowband Internet of Things ( Narrow Band Internet of Things; NB-IoT) sensing module, which is matched with different communication modules 12 to transmit sensing signals according to the limitation of the transmission bandwidth and the range of sensing signals to form multiple signal transmission channels. The following embodiments respectively describe in detail the connection structure of the communication module 12 matched with the LoRa sensing module and the NB-IoT sensing module.

Please refer to FIG. 2, which is a schematic diagram of a connection structure using LoRa's sensing module 11 and LoRa's communication module 12. In this embodiment, the sensing module 11 includes a LoRa sensing module 111, and the communication module 12 includes a LoRa signal transmission module 121, a 3G/4G/5G radio frequency module 122, and a network module 123 (including wireless network Road cards and wired network cards), in which the LoRa signal transmission module 121 has a signal sensing and receiving antenna element, so as to wirelessly receive the sensing signal generated by the LoRa sensing module 111. Furthermore, since the LoRa sensing module 111 and the LoRa signal transmission module 121 have the advantages of low construction cost, high transmission efficiency, and wide sensing range, if the LoRa sensing module 111 is installed in the LoRa signal transmission module 121 Within a sensing range of about 5 kilometers, the LoRa signal transmission module 121 can set the corresponding transmission frequency channel for the sensing signals generated by all the LoRa sensing modules 111 in the sensing range, so as to receive LoRa through the transmission frequency channel The sensing signal generated by the sensing module 111. In addition, each LoRa sensing module 111 must use an encryption mechanism to use the transmission frequency channel to transmit the sensing signal to the LoRa signal transmission module 121 to ensure the privacy of the user.

As mentioned above, the sensing signal wirelessly received by the LoRa signal transmission module 121 can be transmitted to the cloud server 13 through the first transmission path, the second transmission path, and the third transmission path, respectively. The first path is transmitted from the LoRa signal transmission module 121 to the 3G/4G/5G RF module 122, and wirelessly transmitted from the 3G/4G/5G RF module 122 to the base station B, and then from the base station B to the cloud server器13. The second path is transmitted from LoRa signal transmission module 121 to network module 123, and from network module 123 to network I or base station B in a wired or wireless manner, and then from network I or base station B is sent to the cloud server 13. The third path is to directly connect the LoRa signal transmission module 121 to base station B or network I wirelessly or wiredly to transmit the sensing signal to network I or base station B, and then from network I or base station B Send to cloud server 13.

Based on the foregoing, in the embodiment of the present invention, the communication module 12 including the LoRa signal transmission module 121, the 3G/4G/5G radio frequency module 122, and the network module 123 can be constructed as a signal receiving and The base station is transmitted, and the above-mentioned first transmission path, second transmission path, and third transmission path are formed so as to switch to another transmission path to transmit the signal when the receiving and transmission signal is disconnected, so as to avoid the disconnection problem. Unable to send signal. In addition, in this embodiment, the 3G/4G/5G radio frequency module 122 and the network module 123 can be set alternatively. In the present model, it is not limited to be set at the same time, that is, the settings of various transmission paths can be set according to the user Changes or increases in requirements are not limited in the present model.

Please refer to FIG. 3, which is a schematic diagram of the connection structure of the NB-IoT sensing module 11 and the NB-IoT communication module 12. In this embodiment, the NB-IoT sensing module 11 includes a ZigBee (Zigbee) sensing module 112, and the communication module 12 includes a 3G/4G/5G radio frequency module 122, a network module 123, and a ZigBee signal. Transmission module 124, WiFi module 125, and relay contact module 126. The 3G/4G/5G radio frequency module 122 has signal sensing and receiving antenna elements, and the network module 123 is wired or wirelessly connected. Connect network I and base station B to receive and transmit signals. Compared to the embodiment in FIG. 2 using the LoRa sensing module 11 and the LoRa communication module 12 in conjunction with the connection structure, the sensing and receiving of the sensing signal can be performed for all users within the sensing range of a region. In the embodiment of FIG. 3 In this case, the above-mentioned various NB-IoT sensing modules 11 can be installed in the home environment, and the generated sensing signals can be transmitted to the communication module 12 in a wired or wireless manner, so as to detect the signals according to the home environment of individual users. Sensing, receiving and transmitting.

As mentioned above, the NB-IoT communication module 12 can receive the sensing signal generated by the sensing module 11 through wired or wireless technology, and pass the first transmission path, the second transmission path, the third transmission path or the fourth transmission path. The transmission path transmits the sensing signal to the cloud server 13. The first path is after the ZigBee sensing module 112 generates the sensing signal, the sensing signal is transmitted to the ZigBee signal transmission module 124 in a wired or wireless manner, and is wirelessly transmitted to the base station by the 3G/4G/5G radio frequency module 122 B, the base station B sends to the cloud server 13 again. The second path is after the ZigBee sensing module 112 generates the sensing signal, it transmits the sensing signal to the network module 123 in a wired or wireless manner, and the network module 123 connects to the network in a wired or wireless connection manner. Route I and base station B are then sent to the cloud server 13 from network I or base station B. The third path is after the ZigBee sensing module 112 generates the sensing signal, wirelessly transmits the sensing signal to the WiFi module 125, and the WiFi module 125 wirelessly connects the network I and the base station B. , And then sent to the cloud server 13 from the network I or the base station B. In addition, in the signal transmission path through the WiFi module 125, a WiFi repeater 1251 can be further set up in the ZigBee sensing module 112 and the WiFi module. Between the groups 125, the sensing distance of the ZigBee sensing module 112 is thereby strengthened and extended. The fourth path is after the ZigBee sensing module 112 generates the sensing signal, it transmits the sensing signal to the relay contact module 126 in a wired manner. The relay contact module 126 has physical relay contacts and has at least 8 sets of contacts , And use a cable to connect to the network module 123 in a wired connection, and then the network module 123 connects to the network I and the base station B in a wired or wireless connection, and then from the network I or the base station Station B sends to the cloud server 13.

As mentioned above, in the embodiment of the present invention, the connection between the sensing module 11 and the communication module 12 and the connection between the communication module 12 and the cloud server 13 are respectively through multiple transmissions. The paths are parallel. Therefore, when one of the above-mentioned transmission paths is disconnected, or when one of the transmission paths that the communication module 12 transmits to the cloud server 13 is disconnected, the signal can be transmitted by switching to other transmission paths to avoid problems. The sensing signal cannot be transmitted due to the disconnection problem.

Regarding the above-mentioned cloud server 13, in the embodiment of the present invention, the cloud server 13 can be further divided into an external cloud server and an internal cloud server. External cloud servers such as Google Cloud Server, Dropbox, Onedrive and other external cloud servers. The internal cloud server includes the cloud server set up by the user. For example, in a region, if multiple users use the aforementioned LoRa sensing module with the LoRa signal transmission module, an internal cloud can be set up for these users. Server to provide internal server services on signal transmission for these users. In the embodiment of the present invention, an external cloud server and an internal cloud server can be set for the user to use at the same time, so that it can be switched when the signal is disconnected, so as to prevent the signal from being unable to be sent due to the disconnection problem. Moreover, whether it is an external cloud server or an internal cloud server, the received sensing signals can be output through multiple signal transmission channels C1, C2...CN through an external cloud server or an internal cloud server Warning signal.

For the embodiments of the present invention, the various sensing modules used to sense the state of the environment, the sensing signal range includes the home environment sensing signal in the private domain and the message notification sensing signal in the public domain, in the following content Describe separately.

For the monitoring of the home environment, because it belongs to the field of private life, a variety of sensing modules 11 can be installed in the home environment to sense the sensing signals generated by various states, so that when an accident occurs, it can be found and detected immediately. Rescue. Sensing signals such as object pressing signals, GPS positioning signals, human gravity sensing signals, hazardous gas signals, smoke signals, power interruption signals, water tower water level signals, water tower water quality signals, and object switch signals.

As mentioned above, when a person at home suddenly falls down, the sensing module 11 can sense the change in the speed of gravity caused by the fall of the human body, and further generate a human body gravity sensing signal. When the gas in the home leaks out, the concentration of carbon monoxide, a harmful gas, increases, and the sensing module can sense the increase in the concentration of the harmful gas, which further generates a harmful gas signal. In the embodiment of the present invention, the harmful gas signal includes a carbon monoxide concentration signal and a PM2.5 concentration signal. The object pressing signal includes pressing signals of various electronic devices. Furthermore, under normal circumstances, when the button of the TV remote control is pressed, the object pressing signal generated by the remote control can further determine that there is no accident in the household. Alternatively, an emergency pressing device can be additionally provided, and when the emergency pressing device is pressed by the user to generate an object pressing signal, it can be determined that an accident has occurred in the household. Similarly, when the power generation is interrupted, the water level of the water tower overflows, and the water quality of the water tower is abnormal, the principle of the sensing signal generated by the sensing of each sensing module 11 is as described above, and will not be repeated here.

Furthermore, the present invention can also determine whether an accident has occurred in the household by setting the time interval. For example, time interval monitoring can be performed on items such as gas stoves, doors and windows, door handles, bathroom shower head switches, etc. in the home. If an interval of 1 hour is used as an example, it can be set to send the switch sensing signal of the gas stove every 1 hour, and send the object switch signal when the user turns on the gas stove switch, and after 1 hour, if the sensor is detected The module 11 does not sense that the gas stove switch is turned off, and generates a switch sensing signal of the gas stove to remind people in the home that the gas stove has been cooking food for 1 hour. In another embodiment, the monitoring of the time interval can be set for the switch of the shower head in the bathroom. If 30 minutes is taken as an example, it can be set to transmit the switch sensing signal of the bathroom shower head every 30 minutes, and transmit the object switch signal when the user turns on the bathroom shower head. After 30 minutes, if the sensing mode Group 11 does not sense that the bathroom shower head switch has been turned off, and generates a bathroom shower head switch sensing signal to further determine that an accident may have occurred in the household. The time interval monitoring status of the remaining signals is as described above, and similar principles are not repeated here.

Please refer to Figure 4, which is a schematic diagram of the new multiple input mode and multiple output channel early warning system combined with the community cloud management system. The current community building includes many residents living in the same community. Compared with the above-mentioned home environment, it belongs to the private domain. Since the community building environment belongs to the public domain, it can be controlled by the community cloud management system 2 of this embodiment. In the embodiment of the present invention, the community cloud management system 2 has a host 21, the host 21 has a control interface (not shown), and the control interface has a plurality of tab display interfaces to respectively display the visitor information and the plurality of the residents. The notification information of the home environment sensing signal of each household and the address information of a plurality of households, so that the management personnel of the community can control the community through the control interface of the host 21. The community cloud management system 2 is an integrated community cloud management system 2, allowing residents to use the smart device S to answer calls from the community guard room or door phone, open the door, and talk to the guard room.

Furthermore, the above-mentioned multiple input mode and multiple output channel early warning system 1 can be connected to the host 21 of the community cloud management system 2 through the network 1. When the multiple input mode and multiple output channel early warning system 1 sends an early warning signal to the community cloud When the host 21 of the management system 2 is managed, the manager can learn about the abnormal situation of the household’s home environment from the warning signal, and can directly dial and contact the smart device S of the household through the community cloud management system 2, so that the household can receive it immediately Warning signal. The host 21 of the community cloud management system 2 is connected to a voice device 22 via a network. The voice device 22 includes a voice gateway 221, a guardhouse intercom 222, a community door intercom 223, and a community household intercom 224. The voice gateway 221 is connected to the network, and the voice gateway 221 is a voice network protocol (VoIP) gateway. The guard room intercom 222, the community door intercom 223, and the community residential intercom 224 are all coupled to the voice gateway 221. For the details of the community cloud management system, please refer to Taiwan Patent No. M542823 "Community Cloud Management System", which will not be repeated here.

As mentioned above, a monitoring center, management center or guard room is usually set up in a general community building, and it is managed for the visitors who visit the households. In the present invention, the visitor can press the guard room intercom 222, the community door intercom 223, and the community residents' intercom 224 to perform management. Furthermore, when a resident has a visitor to the community building and presses the community door intercom 223 or the community intercom 224, by pressing the intercom, the object pressing signal as described above can be generated, and when the object pressing signal is generated, The alarm signal is sent to the host 21 of the community cloud management system 2 through the above-mentioned multiple input mode and multiple output channel early warning system 1, and can be sent via the host 21 to a smart device S of the household, a local phone and an application Voice call, so that the residents can answer the phone, decide whether to open the door of the community building, and decide whether to open the door of the residents' own home. In addition, when the walkie-talkie press signal is generated, the tab display interface of the host 21 control interface will also generate visitor information, so that the management staff of the community building can know that the residents are currently visiting by visitors. At the same time, the management staff also have the authority to control the host 21 control interface The tab on the page controls whether to open the door of the community building and whether to open the door of the household’s home, or whether to transfer the call to the household’s smart device S, local phone or application voice call.

In addition, an additional camera can be installed on the guard room intercom 222, the community door intercom 223, and the community residential intercom 224, and when the intercom press signal is generated, the video of the visitor is captured by the camera and passed through the host of the community cloud management system 2. 21. Send the image to the smart device S of the household or, alternatively, send it to the host 21 of the community cloud management system 2.

Furthermore, the community cloud management system 2 further includes an Internet phone (not shown). When the host 21 of the community cloud management system 2 receives a message from a visitor pressing the walkie-talkie, it activates the multi-channel walkie-talkie function, and transmits it by voice. Local calls, mobile phones, and application voice calls (such as line, skype, WeChat, and instant messaging) that notify residents. In addition, when sending notification messages, if the receiving device has a vibration or ringing function, it can also be set to vibrate or ring when the device receives a message.

For the address information of multiple households on the tab display interface, it can provide household gas meter reading, problem response, package notification messages, personal messages, email messages, announcement messages, and visitor information messages by controlling the host of the community cloud management system. Features. For example, when a household has a parcel delivered, by selecting and clicking the tab to display the address information of the household on the interface, clicking on the household number, floor, household category and other information, the package notification message can be sent to the household, and the household can Smart device S, EMAIL, ringing and other methods to receive messages. Mail messages, announcement messages, and visitor information messages are also the same, so I won’t repeat them here.

Regarding the aforementioned personal information, it represents notification information of the sensing signal generated by the sensing module 11 installed in the household of the household. With the various sensing modules 11 described above, when an abnormal situation occurs, the sensing signals sensed by the sensing module 11 will be transmitted to the residents through multiple signal transmission channels, and can also be further configured to be transmitted to the community cloud. In the management system 2, the administrator of the community cloud management system 2 is reminded that there is an abnormal situation in a household in the community building. Similarly, the notification information of the sensing signal 11 can be transmitted to the smart device S of the household through the host 21 of the community cloud management system 2 through the control interface.

Please refer to FIG. 5 and FIG. 6, which are block diagrams of the multiple input mode and multiple output channel early warning system including remote equipment. In addition to the aforementioned functions of the aforementioned community cloud management system 2, residents can also connect to the community cloud management system 2 or the aforementioned cloud server 13 through their own smart device S, and set the remote device 15 to the LoRa plug (Not shown), to control various remote devices 15 at home. Furthermore, in the implementation of the present invention, the remote device 15 includes a relay switch and various remote control devices. The sensing module 11 can be further equipped with a power-off switch or infrared rays. Residents can use the smart device S or log in personally. The computer equipment with account information is connected to the community cloud management system 2 or the cloud server 13 through the network. The community cloud management system 2 and the cloud server 13 send the control signal to the LoRa plug of the communication module through the network, and then The LoRa plug transmits the control signal to the end of the sensing module 11 through the above-mentioned wired or wireless manner, so that the remote device 15 can be controlled by the relay switch and various remote control devices.

For example, when there is a visitor in the home but no one is at home, the resident can send a control message to the host 21 or cloud server 13 of the community cloud management system 2 through the smart device S or the computer host logging in the personal account information , And the host 21 or the cloud server 13 sends a control signal to the door of the home, and is provided with a power-off switch or an infrared door opening button (the door opening button is the remote device 15) to open the door of the home. In another embodiment of the present invention, the resident can also send a control message to the host 21 or the cloud server 13 of the community cloud management system 2 through the smart device S or the computer host logging in the personal account information, and use the The host 21 or the cloud server 13 transmits control signals to TVs, lights, and other home appliances (remote devices 15) equipped with power-off switches or infrared rays in the home to further control the remote devices 15. In another embodiment of the present invention, the turning-on temperature of the dehumidifier (remote device 15) and the turning-on temperature of the air conditioner (remote device 15) can be controlled according to the indoor or outdoor temperature. Similarly, other various remote devices 15 can also be controlled in this way, and similar principles will not be repeated here.

To sum up, the new multiple input mode and multiple output channel early warning system of the present invention sets multiple signal input modes between the sensing module and the communication module, and uses multiple output channels to output the early warning signal. For each person, object, device, and equipment, it can ensure the reliability and real-time transmission of the sensing signal generated by the sensing module, and ensure the diversity of the early warning signal in the reception, so as to avoid failure in the event of an accident. Receive the sensing signal and miss the time of real-time response, so as to achieve the effect of diversified signal transmission paths and multiple early warnings. In addition, the community cloud management system in the public domain combined with the cloud server in the private domain can simultaneously achieve multi-party management monitoring, message notification, and early warning for privacy preservation.

1: Multiple input mode and multiple output channel early warning system 11: Sensing module 111: Lora sensor module 112: ZigBee sensing module 12: Communication module 121: LoRa signal transmission module 122: 3G/4G/5G RF module 123: Network Module 124: ZigBee signal transmission module 125: WiFi module 1251: WiFi repeater 126: Relay contact module 13: Cloud server 131: Processing Module 132: Storage Module 133: Multi-signal output module 14: Camera 15: remote device 2: Community cloud management system 21: host 22: Voice equipment 221: Voice Gateway 222: Guardhouse walkie-talkie 223: Community door intercom 224: Community household intercom S: Smart device B: Base station C1, C2, CN: signal transmission channel I: Internet R1: Smart device R2: Cloud network RN: Community Cloud Management System W: Wired L: wireless

Figure 1 is a block diagram of the new multiple input mode and multiple output channel early warning system; FIG. 2 is a schematic diagram of the connection structure of the communication module using LoRa's sensing module and LoRa; Figure 3 is a schematic diagram of the connection architecture of the NB-IoT sensor module with the NB-IoT communication module; Figure 4 is a schematic diagram of the new multiple input mode and multiple output channel early warning system combined with the community cloud management system; and Figures 5 and 6 are block diagrams of the multiple input mode and multiple output channel early warning system including remote equipment.

1: Multiple input mode and multiple output channel early warning system

11: Sensing module

12: Communication module

13: Cloud server

131: Processing Module

132: Storage Module

133: Multi-signal output module

14: Camera

B: Base station

C1, C2, CN: signal transmission channel

I: Internet

R1: Smart device

R2: Cloud network

RN: Community Cloud Management System

W: Wired

L: wireless

Claims (13)

An early warning system with multiple input modes and multiple output channels, including: A plurality of sensing modules respectively generate a sensing signal; At least one communication module, connected to the plurality of sensing modules, receiving the sensing signal, and transmitting the sensing signal through at least one network; and A cloud server, which receives the sensing signal sent by the at least one communication module through the at least one network, includes: A storage module, which is set in the cloud server, and stores a component number code and an alarm signal code corresponding to the plurality of sensing modules; A processing module is connected to the storage module and set in the cloud server, and receives the sensing signal transmitted by the communication module through the at least one network to compare the received sensing signal with the Store the component number code in the module to generate the warning signal code and generate an early warning signal corresponding to the warning signal code; and A multi-signal output module is set in the cloud server, is connected to the processing module, and outputs the early warning signal through a plurality of signal transmission channels. The multi-input mode and multi-output channel early warning system as described in claim 1, wherein the plurality of signal transmission channels include mobile phone short messages, instant messaging software messages, email, and voice messages. The multiple input mode and multiple output channel early warning system according to claim 1, wherein the at least one sensing module includes a low power consumption wide area network sensing module. The multiple input mode and multiple output channel early warning system as described in claim 3, wherein the communication module includes a low-power wide area network signal transmission module, a 3G/4G/5G radio frequency module, and a network module, The low-power wide area network signal transmission module, the low-power wide area network signal transmission module and the 3G/4G/5G radio frequency module, the low-power wide area network signal transmission module and the network module are respectively It forms a multiple input channel with the low power consumption wide area network sensing module. The multiple input mode and multiple output channel early warning system according to claim 1, wherein the at least one sensing module includes a zigbee sensing module. The multiple input mode and multiple output channel early warning system as described in claim 5, wherein the communication module includes a Zigbee signal transmission module, a 3G/4G/5G radio frequency module, a WiFi repeater, and a WiFi module Group, a network module and a relay contact module, wherein the Zigbee signal transmission module and the 3G/4G/5G radio frequency module, the network module, the relay contact module and the network The module, the WiFi repeater, and the WiFi module respectively form a multiple input channel with the Zigbee sensing module. The multiple input mode and multiple output channel early warning system of claim 1, wherein the sensing signal includes an object pressing signal, an object switch signal, a positioning signal, a human body gravity sensing signal, a harmful gas signal, and A smoke signal, a power interruption signal, a water tower water level signal, and a water tower water quality signal. The multiple input mode and multiple output channel early warning system as described in claim 7, wherein the early warning signal is sent to a community cloud management system, a smart device or a cloud network. The multi-input mode and multi-output channel early warning system according to claim 8, wherein the community cloud management system has a host, the host has a control interface, and the control interface has a plurality of tab display interfaces to display the plurality of Visitor information of one of the households, notification information of one of the sensing signals inside the plurality of households, and address information of one of the plurality of households. The multiple input mode and multiple output channel early warning system according to claim 9, wherein the object pressing signal includes a walkie-talkie pressing signal of one of the plurality of households, and when the walkie-talkie pressing signal is generated, the community cloud management system The host transmits to a smart device of the household, a local phone, and an application voice phone, and generates the visitor information on the tab display interface of the control interface. The multi-input mode and multi-output channel early warning system of claim 10, wherein when the intercom press signal is generated, an image of a visitor is captured by a camera, and the image is transmitted to the smart device of the household. The multi-input mode and multi-output channel early warning system described in claim 9, wherein the host of the community cloud management system transmits the address information of the plurality of households on the interface through the tab of the control interface One package notification message, one person message, one mail message, one announcement message and one visitor information message. The multiple input mode and multiple output channel early warning system according to claim 12, wherein the personal message includes the notification information of the sensing signal generated by the sensing module set in the home of one of the households, and is used by the community The host of the cloud management system is transmitted to a smart device of the household through the control interface.

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