TWM498934U - Home integrated monitoring system - Google Patents

Description

Home integration monitoring system

This creation is about a home-based integrated monitoring system, especially for a portable remote sensing device with wireless transmission function, and a multi-functional system for home integration monitoring.

Modern people, whether they are the general public, office workers, students or the elderly, are paying more and more attention to home safety and quality of life. When they are resting at night, traveling or going abroad, they will worry about the safety or emergency of their homes and consider their own. Safety such as fire, personal safety, gas leakage and access control safety are the key points for everyone to consider. How to communicate with the overall home security message is also the focus of everyone's consideration.

The conventional sensor is a fixed sensor, which can only be fixedly installed on the balcony or adjacent to the kitchen, and the installation steps are complicated, and the manufacturer is required to assist in the installation. The cost of the sensor is high and the installation and maintenance cost is also a The overhead, the conventional sensor setting is not easy, the inconvenience of use and the trouble of subsequent maintenance are missing, and the oxidation causes the sensor to fail due to the long use time, and it is impossible to immediately issue an alarm warning, and it is impossible to immediately notify the call for help. When a gas leak occurs at home or a toxic gas leaks out, the conventional sensor may fail to promptly alert the police because of the long-term failure, often when it is discovered. It was too late to cause major injuries and casualties.

Therefore, the current public concern is how to help modern people solve the above problems through modern smart devices. However, modern intelligent equipment often has higher price and installation costs, and requires the appointing of manufacturers to assist in installation, setting and maintenance. The practical operation is not easy. Based on the above-mentioned shortcomings and inconveniences, it is still to be put forward more efficiently. Solution.

The purpose of this creation is to provide a home integrated monitoring system that can be installed by consumers and does not rely on vendor installation, remote sensing device with wireless transmission function, and can be remotely controlled by mobile device remotely, and intelligent home integration The monitoring system is easy to expand by itself, and the power-saving behavior mode can be added with multiple setting configuration modes according to the actual use requirements, so as to increase home comfort, multi-purpose products and intelligent links to provide users with safety in addition to ensuring home and going out. It can bring convenience and expandability at the same time.

Another purpose of this creation is to reduce the size of the product, portable, wireless transmission technology, cloud system operation, detection of gas concentration and access to data and other multifunctional remote sensing devices to solve the conventional sensor It is difficult to maintain, inconvenient to set up, and unable to record and intelligently detect and manage, and achieve intelligent home monitoring and management environment security, and strengthen gas leakage or carbon monoxide concentration detection.

According to an embodiment of the present invention, a home integrated monitoring system is disclosed, which transmits signals by a remote sensing device and a wireless transmission technology, which may include remote sensing devices, wireless bases, and clouds that are mutually wirelessly transmitted and received. Device server and mobile device. Wherein, the remote sensing device is a shell structure and is electrically connected Receiving power, converting the received signal into a data signal, which may further include a processing unit, a sensor and a warning device. The processing unit is disposed inside the casing to receive external power or the signal. Then, the data is calculated and converted to form the data signal, and the sensor is disposed at one end of the casing and electrically connected to the processing unit. The sensing signal of the external sensing is transmitted back to the processing unit. In addition, the warning device is disposed on one side of the housing, electrically connected to the processing unit, and receives the warning signal of the processing unit, and receives the warning transmitted by the processing unit. The signal shows the police action.

However, the wireless base receives the data signal of the remote sensing device, and transmits the data signal to the cloud for conversion to data storage, and further includes a transceiver module, a slot and a receiving interface. The transceiver module is disposed inside the wireless base for receiving an external signal or receiving and transmitting the data signal, and the socket is disposed on the surface of the wireless base for receiving the data signal in an electrical connection manner. In operation, the remote sensing device can also be inserted into the slot, and the data signal is directly transmitted by electrical connection. The receiving interface is disposed on the surface of the wireless base to receive an external signal, and the receiving interface is actually It can be used as a touch module or display device to receive external new settings or signals.

Moreover, the device server receives the data signal of the cloud, and converts the data signals of the plurality of parties into a data signal by the terminal processing unit, and returns the data signal to the cloud storage.

Finally, the mobile device receives the data signal of the cloud, and calculates the data signal and the new data received by the outside world to form a set signal, and returns the set signal to the cloud storage. The mobile device may include a transceiver module and a touch Control module and microprocessor. The transceiver module is disposed inside the mobile device for receiving the data signal or transmitting the setting signal, and the touch module receives the new data through an interface and returns the new data. The interface can be Is received as an icon (ICON) Users in the community set new data. The microprocessor is electrically connected to the transceiver module and the touch module, and receives the data signal and the new data through the analysis module to perform data data analysis to form the setting signal, and returns the setting signal to the The cloud. Finally, the setting signal is transmitted back to the cloud, and the device server receives the setting signal and performs setting of the setting signal via the terminal processing unit.

In an embodiment of the present invention, the home integration monitoring system of the present invention transmits a signal by a transmission technology, which at least includes a remote sensing device, a Bluetooth base, a device server, and a mobile device. The remote sensing device is a housing structure that converts the received signal into a data signal, and the remote sensing device further includes a processing unit, a sensor, and an alarm. The processing unit is disposed inside the casing, receives external power or the signal, calculates data and converts the signal to form the data signal. The sensor is disposed at one end of the housing, electrically connected to the processing unit, and senses the external sensing signal to be returned to the processing unit. Then, the warning device is disposed on one side or one side of the housing, and is electrically connected to the processing unit to receive the warning signal transmitted by the processing unit.

Further, the Bluetooth base receives and transmits the data signal of the remote sensing device, and transmits the data signal back to the cloud for conversion into a data storage, which includes a transceiver module and a slot. The transceiver module is disposed inside the Bluetooth base and receives and transmits an external signal or receives and transmits the data signal. The slot is disposed on one side or one side of the Bluetooth base, and receives the data signal by electrical connection.

In addition, the device server receives the data signal of the cloud, and converts the data signal of the plurality of parties into a data signal by the terminal processing unit, and returns the data signal to the cloud storage. Finally, the mobile device receives the data signal of the cloud, and calculates the data signal and the new data received by the outside world to form a set signal, and returns the set signal to the cloud storage. The mobile device may include a transceiver module. Group, touch module and microprocessor. The transceiver module is disposed on the mobile device, and receives the data signal or transmits the setting signal. The touch module receives the new data and returns the new data through an interface. The microprocessor is electrically connected to the transceiver module and the touch module to receive the data signal and the new data. The data is calculated and analyzed by the analysis module to form the set signal, and the set signal is sent back to the cloud. The setting signal is transmitted back to the cloud, and the device server receives the setting signal and performs setting of the setting signal via the terminal processing unit.

In an embodiment of the present invention, the analysis module of the mobile device may further include an authentication mode and a configuration configuration mode. The authentication mode receives the user information and authenticates the comparison key, receives the new data and the data signal, and can set the usage permission of the home integrated monitoring system of the creation according to the user account of the authentication mode. Then, the configuration mode is set, the new data is received, and the data signal calculation sets a plurality of configurations to form the set signal to be transmitted back to the cloud. In actual operation, the setting configuration mode can be set for the device and the event.

In an embodiment of the present invention, the setting configuration mode is a time zone configuration, a positioning configuration, a climate configuration or a sensor configuration. The setting configuration mode may include network setting, time zone setting, timer setting, positioning setting such as: electronic enclosing event setting, warning setting, sensor linkage setting, and the like.

In an embodiment of the present invention, the transmission technology is Bluetooth wireless transmission, Wi-Fi wireless transmission, Internet or other wireless technology transmission.

In an embodiment of the present invention, the processing unit of the remote sensing device, the terminal processing unit and the microprocessor of the mobile device combine cloud technology, Internet of Things technology or cloud data analysis, and transmit by wireless transmission technology. Receive wireless signals.

In an embodiment of the present invention, the sensing signal detected by the remote sensing device is a temperature signal, a smoke signal, a humidity signal, a carbon monoxide concentration signal or a harmful gas concentration signal.

In an embodiment of the present invention, the alerter of the remote sensing device is a buzzer, and the warning signal is received immediately to issue an alert action.

In an embodiment of the present invention, the wireless base wirelessly connects the remote sensing device, the cloud and the mobile device to send and receive and instantly calculate and convert a plurality of signals to form an Internet of Things.

In an embodiment of the present invention, the device server is mainly for providing a plurality of services such as a communication network, a registration authentication, or an analysis algorithm to a plurality of mobile devices. The main structure of the terminal processing unit of the device server can be further divided into a main control management unit, a registered device list, and a server. The master management unit is a monitoring and management overall system, and the registered device list is responsible for registration, device server table distribution and user rights management, and the server is responsible for real-time device monitoring and management.

In an embodiment of the present invention, the analysis module can be a ramp system architecture, in particular, a function of a Linux operating system and a plurality of functions and a home integrated monitoring system based on the bottom layer. The library combines operations and then performs common division processing by multiple threads (Thread).

200‧‧‧Device server

210‧‧‧ Terminal Processing Unit

300‧‧‧Cloud

400‧‧‧Remote sensing device

410‧‧‧Processing unit

411‧‧‧Wireless transceiver module

412‧‧‧Microprocessor

413‧‧‧Analysis module

420‧‧‧ sensor

430‧‧‧ warning device

500‧‧‧Wireless base

510‧‧‧ transceiver module

520‧‧‧Slot

530‧‧‧ receiving interface

600‧‧‧ mobile device

610‧‧‧ transceiver module

620‧‧‧Microprocessor

621‧‧‧Analysis module

6211‧‧‧Authorization mode

6212‧‧‧Set configuration mode

6212a‧‧‧Time zone configuration

6212b‧‧‧ Positioning configuration

6212c‧‧‧ climate configuration

6212d‧‧‧Sensor Configuration

630‧‧‧ touch module

700‧‧‧Blue pedestal

710‧‧‧ transceiver module

720‧‧‧ slots

A‧‧‧Information signal

B‧‧‧Data signal

C‧‧‧Setting signal

In order to make the narrative and other purposes, features, advantages and embodiments of the present invention more obvious and easy to understand, the description of the drawings is as follows: Figure 1 is a representative diagram of the home integrated monitoring system of the present creation.

Figure 2 is a block diagram of the home integration monitoring system of this creation.

Figure 3 is a block diagram of an embodiment of the home integration monitoring system of the present creation.

Figure 4 is a diagram of an embodiment of the Bluetooth base of the home integration monitoring system of the present creation.

Figure 5 is a block diagram of an embodiment of the Bluetooth base of the home integration monitoring system of the present invention.

The home integration monitoring system of this creation uses the Internet of Things architecture as the core, combined with a portable sensor device capable of detecting the concentration of harmful gases in the home, and has a wireless transmission function, and is inexpensive and easy to DIY and small in size. Easy to carry, it can combine cloud technology, Internet of Things technology and cloud data analysis, and interact with remote sensing device and its home integrated monitoring system to make the home environment smarter and safer. At the same time, through the operation of the mobile device combined with the APP, the user can understand the three functional requirements of the home environment parameter status, the home environment quality and the remote monitoring, and also improve the quality of life at home, making it more comfortable, safe, convenient and human. Living environment.

Please refer to Figure 1 and Figure 2 for the representative map of the home integration monitoring system. As shown in FIG. 1 and FIG. 2, the home integrated monitoring system of the present invention transmits signals by means of a remote sensing device 400 and a wireless transmission technology, which may include remote sensing devices 400 that wirelessly transmit and receive each other. The wireless base 500, the cloud 300, and the device server 200 are connected to the mobile device 600. The remote sensing device 400 is a housing structure, and receives power in an electrical connection manner, and converts the received signal into a data signal A, wherein the remote sensing device 400 further includes a processing list. Element 410, sensor 420 and alert 430. The processing unit 410 is disposed inside the casing to receive external power or the signal. Then, the data is calculated and converted to form the data signal A. The sensor 420 is disposed at one end of the casing, and is electrically connected. The processing unit 410 senses that the sensing signal of the external environment is transmitted back to the processing unit 410. In addition, the alarm 430 is disposed on one side of the housing, electrically connected to the processing unit 410, and receives the warning signal of the processing unit 410. When the warning signal of the processing unit 410 is received, an alert action is displayed.

However, the wireless base 500 receives the data signal A of the remote sensing device 400, and transmits the data signal A to the cloud 300 for conversion to data storage. The wireless base 500 further includes a transceiver module 510. The socket 520 and the receiving interface 530. The transceiver module 510 is disposed in the wireless base 500 for receiving an external signal or receiving and transmitting the data signal A. The transceiver module 510 controls the overall circuit operation of the wireless base 500, and the socket 520 is disposed therein. The data base A can be electrically connected to the surface of the wireless base 500. In actual use, the remote sensing device 400 can also be inserted into the slot 520 to directly transmit the data signal A by electrical connection. . The receiving interface 530 is disposed on the surface of the wireless base 500 to receive an external signal. The receiving interface 530 can be a touch module or a display device in actual operation, and receives a new setting or signal from an external user, as shown in FIG. Shown.

In addition, the device server 200 receives the data signal A of the cloud 300, and converts the data signal A of the plurality of parties into a data signal B by the terminal processing unit 210, and transmits the data signal B to the cloud 300 to store the data signal. B.

Finally, the mobile device 600 receives the data signal B of the cloud 300, and calculates the data signal B and the new data receiving the outside world to form a setting signal C. The mobile device 600 then returns the setting signal C to the cloud 300. The mobile device 600 can include a transceiver module 610, a touch module 630, and a micro Processor 620. The transceiver module 610 is disposed inside the mobile device 600 for receiving the data signal B or transmitting the setting signal C, and the touch module 630 receives the new data through an interface and returns the new data. Data, the interface can be an icon (ICON) to receive new data from outside users. The microprocessor 620 is electrically connected to the transceiver module 610 and the touch module 630, and receives the data signal B and the new data through the analysis module 621 to perform data data analysis to form the setting signal C, and The setting signal C is returned to the cloud 300. Finally, the setting signal C is transmitted back to the cloud 300, and the device server 200 receives the setting signal C and performs setting of the setting signal C via the terminal processing unit 210.

Please refer to Figure 4 and Figure 5 for an example of the Bluetooth base of the home integration monitoring system. As shown in FIG. 4 and FIG. 5, the home integrated monitoring system of the present invention transmits signals by using a remote sensing device 400 and a wireless transmission technology, which may include a remote sensing device 400 that wirelessly transmits and receives to each other. The Bluetooth base 700, the cloud 300, and the device server 200 are connected to the mobile device 600. The Bluetooth base 700 receives the data signal A of the remote sensing device 400, and transmits the data signal A to the cloud 300 for conversion to data storage. The Bluetooth base 700 can further include a transceiver module. 710 and slot 720. The transceiver module 710 is disposed in the Bluetooth base 700 for receiving an external signal or receiving and transmitting the data signal A. The transceiver module 710 controls the overall circuit operation of the Bluetooth base 700, and the slot 720 is configured. The data signal A can be received in an electrical connection manner on one side or one side of the Bluetooth base 700. In actual use, the remote sensing device 400 can also be inserted in the slot 720, directly electrically The connection mode transmits the data signal A.

Please refer to FIG. 2 and FIG. 3, which are block diagrams of embodiments of the home integrated monitoring system of the present invention. As shown in FIG. 2 and FIG. 3, the analysis module 621 of the mobile device 600 may further include an authentication mode 6211 and a configuration configuration mode. Equation 6212. The authentication mode 6211 receives the user information through the interface of the touch module 630 and performs an authentication comparison key, and then receives the new data and the data signal B, and can set the creation according to the user account of the authentication mode 6211. The home integration monitoring system uses the set permissions, and the permissions of different users can be configured differently. Then, the setting configuration mode 6212 receives the new data and the data signal B calculation sets a plurality of configurations to form the setting signal C to be transmitted back to the cloud 300. In actual operation, the setting configuration mode 6212 can be set for the device and the event.

Further, the analysis module can be a ramp system architecture, in particular, a combination of a library operating system and a plurality of libraries and a home integrated monitoring system of the main creation, and Multiple threads (Thread) perform a common division process (not shown).

In an embodiment of the present invention, the setting configuration mode 6212 is a time zone configuration 6212a, a positioning configuration 6212b, a climate configuration 6212c, or a sensor configuration 6212d. The setting configuration mode 6212 may include network setting, time zone setting, timer setting, positioning setting such as: electronic enclosing event setting, warning setting, sensor linkage setting, and the like. Taking the electronic deviation event as an example, first set the position of the positioning fixed point (1), then set the corresponding relationship between the specific distance and the fixed point (1), and set the starting action, such as: switch or warning notification, For example, the positioning configuration can be set, and the electronic enclosure event setting is selected, and the corresponding relationship between the mobile device (1) and the fixed point (1) is set to 10 kilometers, when the mobile device (1) and the fixed point (1) When the corresponding distance exceeds 10 kilometers, another mobile device or device server is immediately notified, and then the device server is referred to another mobile device (not shown). It can also be used as a home integrated monitoring and protection function to set how long when a mobile device (2) is away from home (such as 1 km), the device server actively turns off the fixed point (2) the main switch of the home, or can set the action Device (3) When the child is too close or far away from home, immediately return the notification line Mobile devices (4) parents.

In addition, the interface of the touch module can be status display and operation, such as: historical data chart, instant status display or instant switch operation (not shown).

The home integration monitoring system of this creation, wherein the transmission technology is Bluetooth wireless transmission, Wi-Fi wireless transmission, Internet or other wireless technology transmission. However, the processing unit of the remote sensing device, the terminal processing unit and the microprocessor of the mobile device combine cloud technology, Internet of Things technology or cloud data analysis to transmit and receive wireless signals by wireless transmission technology. Therefore, the wireless base wirelessly connects the remote sensing device, the cloud and the mobile device to send and receive and instantly calculate and convert a plurality of signals to form an Internet of Things.

In addition, the sensing signal detected by the remote sensing device is a temperature signal, a smoke signal, a humidity signal, a carbon monoxide concentration signal or a harmful gas concentration signal. Alternatively, the warning device of the remote sensing device is a buzzer, and the warning signal is received immediately to issue an alert action.

Further, the home integration monitoring system of this creation can be implemented with the intelligent wireless base to realize the Internet of Things architecture. The user can immediately read the gas concentration value of the home environment through the mobile device and the network at any time and at any time, and at the same time, the user can receive the warning notice at any time when the gas concentration is abnormal, and can immediately notify Hospital, fire station or disaster relief unit. In addition, the sensing signal detected by the sensor may be a temperature signal, a smoke signal, a humidity signal, a carbon monoxide concentration signal or a harmful gas concentration signal.

As shown in FIG. 2, the remote sensing device 400 transmits a signal by using a wireless transmission technology. The processing unit 410 further includes a wirelessly coupled module 411, a microprocessor 412, and an analysis module. 413. Among them, the no The line transceiver module 411 receives and receives the signal, and the microprocessor 412 receives the signal of the wireless transceiver module 411, and then performs data data calculation analysis through the analysis module 413 to form the data signal A, and the microprocessor 412 controls the processing. The overall circuit of unit 410.

One embodiment illustrates the use of the remote sensing device of the present invention. The remote sensing device is a portable multi-function sensing device that transmits signals by wireless transmission technology, and includes at least a housing structure. The inside is an electrical connection port, a processing unit, an expansion slot, a sensor, and an alarm. The connection port is disposed at one end of the housing to connect an external device, and the connection port transmits and receives power or a signal; the processing unit is disposed inside the case electrically connected to the connection port, and the processing unit receives the power or the signal, and Calculating the data and converting the signal to form a data signal, the processing unit further includes a wireless transceiver module and a microprocessor. The wireless transceiver module is electrically connected to the connection port and transmits and receives the signal; the microprocessor is electrically connected to the wireless transceiver module, receives the signal, performs data data calculation analysis through the analysis module to form the data signal, and controls the processing. The overall circuit of the unit. In addition, the expansion slot is disposed on one side of the housing, electrically connected to the processing unit, and includes an accommodating space for arranging the memory; the sensor is disposed at the other end facing away from the connection raft, and is electrically connected The processing unit detects that the external sensing signal is transmitted back to the processing unit; and the alarm is disposed on one side of the housing, electrically connected to the processing unit, and receives the warning signal of the processing unit. In addition, when the sensor receives the abnormal sensing signal, the sensing signal is sent back to the microprocessor of the processing unit, and the microprocessor converts the sensing signal to form a warning signal and transmits the warning signal to the alarm. The alerter outputs a warning action. This is an illustration of an embodiment, but the remote sensing device of the present invention is not limited to this embodiment (not shown). In addition, the appearance of the distal sensing device may be a strip shape, a polygonal shape or an irregular shape, and the housing is not limited to a specific elongated shape.

In addition, the device server mainly provides a plurality of services such as a communication network, registration authentication or analysis calculation to a plurality of mobile devices. The main structure of the terminal processing unit of the device server can be further divided into a main control management unit, a registered device list, and a server. The master management unit is a monitoring and management overall system, and the registered device list is responsible for registration, device server table distribution and user rights management, and the server is actually responsible for real-time device monitoring and management (not shown).

In summary, the home-integrated monitoring system of this creation has a remote sensing device that can be electrically connected to provide power, and the body can be carried around to detect different ranges of gas conditions and concentrations and transmit wireless transmission technology. It delivers the versatility of instant signals, and more, it can be combined with a smart wireless dock to connect to the Internet to form an IoT architecture. It can be combined with cloud technology, Internet of Things technology or cloud data analysis via cloud and device servers. Use to achieve effective detection of home security and real-time environmental conditions and other benefits, increase the environmental security of people outside, can immediately detect harmful gas concentration sensors.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention, and any person skilled in the art can make various changes and refinements without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached.

200‧‧‧Device server

210‧‧‧ Terminal Processing Unit

300‧‧‧Cloud

400‧‧‧Remote sensing device

410‧‧‧Processing unit

420‧‧‧ sensor

430‧‧‧ warning device

500‧‧‧Wireless base

510‧‧‧ transceiver module

520‧‧‧Slot

530‧‧‧ receiving interface

600‧‧‧ mobile device

610‧‧‧ transceiver module

620‧‧‧Microprocessor

630‧‧‧ touch module

A‧‧‧Information signal

B‧‧‧Data signal

C‧‧‧Setting signal

Claims (12)

A home integrated monitoring system, which transmits a signal by a transmission technology, and includes at least: a remote sensing device, which is a housing structure, converts the received signal into a data signal, and includes: a processing unit disposed on the shell Inside the body, receiving external power or the signal, calculating data and converting the signal to form the data signal; a sensor disposed at one end of the housing, electrically connected to the processing unit, sensing the external sensing signal back And being sent to the processing unit; and a warning device disposed on one side of the housing, electrically connected to the processing unit, receiving the warning signal transmitted by the processing unit; and the wireless base receiving and transmitting the remote sensing device The data signal is transmitted back to the cloud and converted into data storage, which comprises: a transceiver module disposed inside the wireless base, receiving and transmitting an external signal or receiving and transmitting the data signal; a slot, setting thereof Receiving the data signal on the surface of the wireless base in an electrical connection; and receiving a surface disposed on the surface of the wireless base to receive an external signal; The server receives the data signal of the cloud, and converts the data signal of the plurality of parties into a data signal by the terminal processing unit, and returns the data signal to the cloud storage; and the mobile device receives the data signal of the cloud, and the Data signal and connection The new data of the outside world is calculated to form a setting signal, and the setting signal is sent back to the cloud storage. The method includes: a transceiver module disposed on the mobile device, receiving the data signal or transmitting the setting signal; The module receives the new data and returns the new data through an interface; and a microprocessor electrically connects the transceiver module and the touch module, and receives the data signal and the new data via the analysis module Performing data data analysis to form the setting signal, and returning the setting signal to the cloud; wherein the setting signal is transmitted back to the cloud, the device server receives the setting signal and executes the setting signal via the terminal processing unit set up. A home integrated monitoring system, which transmits a signal by a transmission technology, and includes at least: a remote sensing device, which is a housing structure, converts the received signal into a data signal, and includes: a processing unit disposed on the shell Inside the body, receiving external power or the signal, calculating data and converting the signal to form the data signal; a sensor disposed at one end of the housing, electrically connected to the processing unit, sensing the external sensing signal back Passing to the processing unit; and a warning device disposed on one side of the housing, electrically connected to the processing unit, receiving the warning signal transmitted by the processing unit; the Bluetooth base receiving and transmitting the remote sensing device Information signal and will The data signal is transmitted back to the cloud and converted into a data storage. The method includes: a transceiver module disposed inside the Bluetooth base, receiving and transmitting an external signal or receiving and transmitting the data signal; and a slot disposed in the blue One side or one side of the bud base receives the data signal by electrical connection; the device server receives the data signal of the cloud, and converts the data signals of the plurality of parties into a data signal by the terminal processing unit, and returns And the mobile device receives the data signal of the cloud, and calculates the data signal and the new data received by the outside world to form a set signal, and returns the set signal to the cloud storage, which includes: receiving and receiving a module disposed on the mobile device to receive the data signal or transmit the setting signal; a touch module receiving the new data through an interface and transmitting the new data; and a microprocessor, electrically connecting The transceiver module and the touch module receive the data signal and the new data, and perform data data calculation analysis through the analysis module to form the setting signal, and return the signal Signal is set to the cloud; wherein the setting signal is transmitted back to the cloud, the server apparatus receives the setting signal and the setting signal of the setting performed by the terminal processing unit. The home integrated monitoring system according to claim 1 or 2, wherein the housing of the remote sensing device is streamlined, elongated, and polygonal. Or irregular shape. The home integration monitoring system described in claim 1 or 2, wherein the transmission technology is Bluetooth wireless transmission, Wi-Fi wireless transmission, Internet or other wireless technology transmission. The home integrated monitoring system according to claim 1 or 2, wherein the processing unit of the remote sensing device, the terminal processing unit and the microprocessor of the mobile device combine cloud technology, Internet of Things technology or the cloud Data analysis, transmitting and receiving wireless signals by wireless transmission technology. The home integrated monitoring system of claim 1 or 2, wherein the sensing signal detected by the remote sensing device is a temperature signal, a smoke signal, a humidity signal, a carbon monoxide concentration signal or a harmful gas concentration signal. . The home integrated monitoring system of claim 1 or 2, wherein the remote sensing device is a buzzer, and the warning signal is received immediately to issue an alert action. The home integrated monitoring system of claim 1, wherein the wireless base is wirelessly connected to the remote sensing device, the cloud and the mobile device transmit and receive and instantly calculate and convert a plurality of signals to form an Internet of Things. The home integration monitoring system of claim 2, wherein the Bluetooth base wirelessly connects the remote sensing device, the cloud and the mobile device transmit and receive and instantly convert and convert a plurality of signals to form an Internet of Things. The home integration monitoring system of claim 1 or 2, wherein the analysis module of the mobile device further comprises: an authentication mode, receiving user information and authenticating the comparison key, receiving the new data and the data. Signal; and Setting the configuration mode, receiving the new data and the data signal calculation setting multiple configurations to form the set signal back to the cloud. For example, the home integrated monitoring system described in claim 10, wherein the setting configuration mode is time zone configuration, positioning configuration, climate configuration or sensor configuration. The home integration monitoring system according to claim 1 or 2, wherein the device server provides a communication network, registration authentication or analysis calculation to a plurality of mobile devices, and the terminal processing unit further comprises: a main control management unit It is a monitoring and management overall system; a list of registered devices for registering, distributing server server tables and managing user rights; and a server for real-time monitoring and management of various devices and devices.