Internet of things device control system with control platform and control method thereof

Abstract

This invention primarily utilizes a plurality of sensing devices to acquire sensing data. At least one IoT device executes corresponding operational tasks based on control signals. A control platform connects to these sensing devices and the IoT devices. The control platform generates control signals based on the sensing data and defines interaction rules, enabling the control platform to transmit control signals to the IoT devices according to these rules. This unifies the control interfaces of the various IoT devices through the control platform, improving the integration efficiency of each device and allowing them to execute corresponding operational tasks based on their control signals.

Claims

1. A control system for an Internet of Things (IoT) device with a control platform, comprising: A plurality of sensing devices configured to receive a plurality of sensing data; At least one Internet of Things (IoT) device is configured to perform an operation corresponding to a control signal; a control platform is connected to the sensing devices and the IoT device, the control platform generates the control signal based on the sensing data, and the control platform defines an interaction rule that enables the control platform to transmit the control signal to the IoT device according to the interaction rule, wherein the control platform includes: a control logic connected to the sensing devices to receive the sensing data, the control logic judging the sensing data based on a control judgment rule, and generating the control signal according to the control strategy when the sensing data conforms to any control strategy in the control judgment rule; and a control interface connected to the IoT device, the control interface defining the interaction rule that enables the control interface to transmit the control signal to the IoT device according to the interaction rule, so as to drive the IoT device to perform the operation corresponding to the control signal; The control signal includes a general control signal and an emergency control signal. When the sensed data conforms to the control strategy for general situations in the control judgment rules, the control logic generates the general control signal. When the sensed data conforms to the control strategy for emergency situations in the control judgment rules, the control logic generates the emergency control signal. When the IoT device is a smart lock, the smart lock receives the general control signal and executes the corresponding operation. The smart lock performs a verification procedure and obtains a master verification information and a random verification information according to the verification procedure. The smart lock splices the master verification information and the random verification information to generate spliced ​​information. The smart lock verifies the spliced ​​information by obtaining a reference information corresponding to the spliced ​​information from a verification information database. When the result of verifying the spliced ​​information is correct, the smart lock generates identity information and activates a lock body control module. The lock body control module drives a lock body to execute an unlocking procedure to open a door.

2. An IoT device control system with a control platform as described in claim 1, wherein, The sensed data includes image data, heart rate data, or fire alarm data. When the sensed data is image data and the control logic judges the sensed data based on a control judgment rule, the control logic judges whether the image data matches any one of the abnormal scenarios based on a plurality of abnormal scenarios. If the control logic judges that the image data matches any of the abnormal scenarios, it means that the sensed data matches the emergency control strategy in the control judgment rule. When the sensed data is heart rate data and the control logic judges the sensed data based on a control judgment rule, the control logic judges whether the image data matches any one of the abnormal scenarios based on a plurality of abnormal heart rate data. The control logic determines whether the heart rate data matches any one of the multiple abnormal heart rate data. If the control logic determines that the heart rate data matches any one of the abnormal heart rate data, it means that the sensed data meets the control strategy for an emergency situation in the control judgment rule. When the sensed data is fire data and the control logic determines the sensed data based on a control judgment rule, the control logic determines whether the fire data matches any one of the multiple fire abnormal data. If the control logic determines that the fire data matches any one of the fire abnormal data, it means that the sensed data meets the control strategy for an emergency situation in the control judgment rule.

3. An IoT device control system with a control platform as described in claim 1, wherein, The smart lock receives the emergency control signal and executes the corresponding operation to activate the lock body control module. The lock body control module then drives the lock body to execute the unlocking procedure according to the emergency control signal to open the door.

4. An IoT device control system with a control platform as described in claim 1, wherein, When the IoT device is an IoT device with a calling function, the IoT device receives the emergency control signal and executes the operation corresponding to the emergency control signal to execute a call procedure according to an emergency call setting.

5. The IoT device control system with a control platform as described in claim 1, comprising: a memory module connected to the IoT device and the control platform, which records the process of the IoT device performing the operation to generate an operation event; the memory module inputs the operation event into a neural network model for computation to generate an adjustment control rule, wherein... The control logic receives and updates the control judgment rule according to the adjustment control rule.

6. An IoT device control system with a control platform as described in claim 5, wherein, The neural network model is connected to the memory module and the control logic. The neural network model generates multiple state vectors based on the running event, corresponds to multiple action parameters of the IoT device, and inputs multiple reward values ​​based on the control judgment rule into the neural network model to generate the adjustment control rule. The adjustment control rule is then transmitted to the control logic, which in turn drives the control logic to update the control judgment rule according to the adjustment control rule.

7. The IoT device control system with a control platform as described in claim 1, comprising: A login module is connected to the control platform. The login module executes a login procedure based on login information, and when the login procedure is successful, it generates identity information to transmit and activate the control platform.

8. A method for controlling an Internet of Things (IoT) device with a control platform, applied to a control system of an IoT device with a control platform as described in any one of claims 1 to 7, comprising: Receive sensing data using a plurality of sensing devices; The system utilizes at least one Internet of Things (IoT) device to execute an operation corresponding to a control signal; a control logic receives the sensing data and judges the sensing data based on a control judgment rule; when the sensing data conforms to any control strategy in the control judgment rule, the control logic generates a control signal according to the control strategy; an interaction rule is defined using a control interface; and the control signal is transmitted to the IoT device according to the interaction rule to drive the IoT device to execute the operation corresponding to the control signal; wherein the control signal includes a general control signal and an emergency control signal, the general control signal is generated by the control logic when the sensing data conforms to the control strategy for the general situation in the control judgment rule, and the emergency control signal is generated by the control logic when the sensing data conforms to the control strategy for the emergency situation in the control judgment rule. When the IoT device is a smart lock, it receives the general control signal and executes the corresponding operation. It also performs a verification procedure, obtains a main verification information and a random verification information based on the verification procedure, and concatenates the main verification information and the random verification information to generate concatenated information. It then verifies the concatenated information by obtaining a reference information corresponding to the concatenated information from a verification information database. When the result of verifying the concatenated information is correct, the smart lock generates identity information and activates a lock body control module, which in turn drives a lock body to execute an unlocking procedure to open a door.

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