TWM639688U - Service device, management system and service system - Google Patents

Abstract

A service device is suitable for cooperating with a management system, and includes a processing module and a storage module electrically connected with the processing module. The storage module stores a designated hotspot data and a connection address data corresponding to the management system. Wherein, the processing module is used to automatically connect to the network according to the specified hotspot data after switching to an activated state, and communicate with the management system through the network according to the connection address data to obtain an operation setting data , and operates according to the operation configuration data.

Description

Service device, management system and service system

The present invention relates to a service device, in particular to a service device which can automatically obtain operation setting data through the network and operate accordingly. The present invention also relates to a management system for providing appropriate operation setting data to the service device, and a service system realized by using the service device and the management system at the same time.

In recent years, based on the development and popularization of technologies such as the Internet of Things and natural language processing, more and more hoteliers have begun to install service devices in guest rooms, and integrate functions such as home appliance control and voice assistants into the service devices for the convenience of guests. .

For suppliers who provide service device solutions to hotel operators, because the needs of each hotel operator are different, the service devices assigned to different hotel operators may also have differences in operation methods. Therefore, how to more efficiently distribute Setting up the service device according to the needs of the hotel operators has become a problem to be solved.

Therefore, one of the purposes of the present invention is to provide an efficient A service device that performs initial settings automatically and frankly.

The new service device is suitable for cooperating with a management system; the service device includes a processing module including at least one processor, and a storage module electrically connected with the processing module. The storage module stores a designated hotspot data and a connection address data corresponding to the management system. The processing module is used to automatically connect to the network according to the specified hotspot data after switching to an activated state, and communicate with the management system through the network according to the connection address data to obtain an operation setting data, and Run according to the run configuration data.

In some implementations of the new service device, the operation setting data includes a specified address list, and the specified address list includes a specified address corresponding to an external server, and the processing module according to the operation Set the mode of data operation, including periodically automatically sending a connection test request to the external server corresponding to the specified address according to the specified address, and receiving a connection test request from the external server corresponding to the connection test When the connection test response is requested, a connection test result is generated according to the connection test response, and the connection test result is stored in the storage module.

In some implementation aspects of the new service device, the operation setting data includes a list of designated addresses, and the list of designated addresses includes a plurality of pairs of designated addresses respectively corresponding to a plurality of external server ends, and the processing module The way the group operates according to the operation setting data includes automatically selecting one of the specified addresses from the specified addresses on a regular basis, and sending a connection test request to the one of the specified addresses according to the one of the specified addresses. locating the external server corresponding to the address, and when receiving a connection test response from the external server corresponding to the connection test request, generating a connection test result according to the connection test response, and sending the The connection test result is stored in the storage module.

In some implementation aspects of the new service device, the one of the specified addresses is randomly selected by the processing module from the specified addresses.

In some implementation aspects of the novel service device, the connection test request is an Internet Control Message Protocol-based request echo packet.

In some implementation aspects of the new service device, the designated hotspot information includes a service set identification code corresponding to a Wi-Fi hotspot.

In some implementations of the new service device, the storage module also stores a unique device identification data corresponding to the service device itself, and the processing module according to the connection address data and the management The way the system communicates through the network includes generating and sending a configuration data request including the device identification data to the management system, so that the management system sends the operation configuration data to the management system based on the device identification data of the configuration data request Handle mods.

In some implementations of the new service device, the storage module also stores a plurality of service function programs, and the operation setting data includes an activation function list including a plurality of activation status parameters, and the activation status parameters correspond to In these service function programs, and the way the processing module operates according to the operation setting data includes, according to each activation state parameter, the service function corresponding to the activation state parameter The capable program is set to one of an enabled state that allows it to be executed and a disabled state that does not allow it to be executed.

Another object of the present invention is to provide a management system capable of efficiently initializing the service device.

The new management system is suitable for cooperating with a service device; the management system includes a processing unit including at least one processor, and a storage unit electrically connected with the processing unit. The storage unit stores a plurality of device lists and a plurality of operation setting data respectively corresponding to the device lists. The processing unit is used to select one of the device lists related to the service device from the device lists in the process of communicating with the service device through the network, and associate the operation setting data with the one of the devices One piece of target operation setting data corresponding to the list is sent to the service device through the network, so that the service device operates according to the target operation setting data after receiving the target operation setting data.

In some implementation aspects of the new management system, each device list includes one or more device identification data, and the method for the processing unit to select one of the device lists includes receiving a message from the service device and including a Setting data request for device identification data, and selecting one of the device lists according to the device identification data of the setting data request.

Another object of the present invention is to provide a service system that can automatically perform initial settings with high efficiency.

The new service system includes a service device and a management system for the service device to be electrically connected through the network. The service device stores a designated hotspot data and a connection address data, and the management system stores multiple device lists. , and a plurality of operational configuration data corresponding to each of the device lists. The service device is used to automatically connect to the network according to the designated hotspot data after switching to an activated state, and communicate with the management system through the network according to the connection address data. The management system is used to select one of the device lists related to the service device from the device lists in the process of communicating with the service device through the network, and associate the operation setting data with the one device One of the target operation setting data corresponding to the list is sent to the service device through the network. The service device is also used for operating according to the target operation setting data after receiving the target operation setting data.

In some implementations of the new service system, the target operation setting data includes a specified address list, and the specified address list includes a specified address corresponding to an external server, and the service device according to the target The operation mode of the operation setting data includes periodically and automatically sending a connection test request to the external server corresponding to the specified address according to the specified address, and receiving a connection test request from the external server corresponding to the connection When the connection test response of the test request is received, a connection test result is generated according to the connection test response, and the connection test result is stored.

In some implementation aspects of the new service system, the target operation setting data includes a list of designated addresses, and the list of designated addresses includes a plurality of pairs of It should be located at multiple designated addresses of external servers, and the way the service device operates according to the target operation setting data includes automatically selecting one of the designated addresses from the designated addresses on a regular basis, and according to the designated The address sends a connection test request to the external server corresponding to one of the specified addresses, and when receiving a connection test response from the external server corresponding to the connection test request, according to the connection test The connection test response generates a connection test result, and stores the connection test result.

In some implementation aspects of the new service system, the one of the specified addresses is randomly selected by the service device from the specified addresses.

In some implementation aspects of the novel service system, the connection test request is an ICP-based request echo packet.

In some implementation aspects of the new service system, the designated hotspot information includes a service set identification code corresponding to a Wi-Fi hotspot.

In some implementation aspects of the new service system, the service device also stores a unique device identification data corresponding to the service device itself, and the service device communicates with the management system according to the connection address data The method of network communication, including generating and sending a configuration data request including the device identification data to the management system, so that the management system transmits the operation configuration data to the service device according to the device identification data of the configuration data request .

In some implementations of the new service system, the service device also stores multiple service function programs, and the target operation setting data includes a A list of enabled functions using status parameters, and the enabled status parameters correspond to the service function programs respectively, and the way the service device operates according to the target operation setting data includes the enabled status according to each enabled status parameter The service function program corresponding to the parameter is set to one of an enabled state that is allowed to be executed and a disabled state that is not allowed to be executed.

The function of this model is that the service device can automatically connect to the network according to the pre-stored specified hotspot data to communicate with the management system through the network, so as to obtain suitable operation setting data from the management system, so as to obtain The run configuration data run for . Since each service device that has just been set can automatically complete the initialization setting, even if there are a large number of service devices to be set, there is no need to spend manpower and time costs to set the service device that has just been set, so Indeed, the problems faced by the prior art are solved.

1: Service system

11: Management system

12: Service device

120: Device group

50:Accommodation facility

60: Service Provider

12': Service device to be set

50': designated accommodation facilities

111: Processing unit

112: storage unit

D11: Device list

D11': list of matching devices

D12: Operation setting data

D12': Goal operation setting data

121: Processing module

122: storage module

123: Communication module

124: input module

125: Output module

D21: Device identification information

D22: Specify hotspot data

D23: Connection address information

D24: Service function program

S1~S5: steps

Other features and effects of the present invention will be clearly presented in the implementation manner with reference to the drawings, wherein: Fig. 1 is a schematic block diagram, which exemplarily represents an embodiment of the new service system; Fig. 2 is a schematic block diagram , exemplarily represents a management system and a service device to be set included in this embodiment; and Fig. 3 is a flowchart for illustratively explaining the operation of this embodiment.

Before the present invention is described in detail, it should be noted that if there is no special definition, the "electrical connection" mentioned in this patent specification generally refers to the "wired electrical connection" realized by connecting multiple electronic devices/devices/elements to each other through conductive materials. "connection" and "radio connection" for one-way/two-way wireless signal transmission through wireless communication technology. Moreover, the "electrical connection" mentioned in this patent specification also generally refers to the "direct electrical connection" formed by direct connection between multiple electronic equipment/devices/components, and the connection between multiple electronic equipment/devices/components. An "indirect electrical connection" formed through the indirect connection of other electronic equipment/devices/components to each other.

In particular, the "module" and "unit" mentioned in this patent specification both represent computer hardware. For example, "storage module" and "storage unit" both represent computer hardware with data storage function. A combination of hardware or computer hardware.

Referring to Fig. 1, an embodiment of the new service system 1 includes a management system 11 and a plurality of service devices 12, and the management system 11 is used for these service devices 12 to be electrically connected through a network, so that each The service device 12 can communicate with the management system 11 through the network.

In the application of this embodiment, each service device 12 belongs to one of a plurality of predefined device groups 120 . Among them, the device groups 120 are They respectively correspond to a plurality of accommodation facilities 50 (such as hotels) managed by the same or different hotel operators, and each device group 120 is composed of one or more of the service devices 12 . More specifically, the service device(s) 12 of each device group 120 are adapted to be respectively installed in one or more guest rooms in the corresponding accommodation facility 50, and are suitable for users (such as tenants) in the room operate. Further, the management system 11 is managed by a service provider 60, and each service device 12 is, for example, assigned to the accommodation facilities managed by the hotel operator by the service provider 60 according to the needs of each hotel operator 50 for setting, and each service device 12 is adapted to be electrically connected with the management system 11 through the network to communicate when it has been set in the corresponding accommodation facility 50 .

With reference to FIG. 2 , assuming that one of the service devices 12 has just been installed in one of the accommodation facilities 50 , for ease of description, this one of the service devices 12 will be described here. 12 As a service device 12' to be set that has not been set in this embodiment, the accommodation facility 50 where the service device 12' to be set is set as a designated accommodation facility 50', and the designated accommodation facility 50' The guest room used to set the service device 12' to be set is a designated guest room. Moreover, the subsequent description mainly illustrates the service system 1 in terms of the cooperative operation between the management system 11 and the service device 12' to be set.

In this embodiment, the management system 11 is implemented as a server device, and the management system 11 includes a processing unit 111, and a Storage unit 112 of unit 111 . The processing unit 111 is a central processing unit with data calculation and processing functions in this embodiment, however, in other embodiments, the processing unit 111 can also be implemented as a combination of multiple central processing units instead of This example is limited. The storage unit 112 is a data storage device (such as a hard disk) for storing digital data in this embodiment, however, in other embodiments, the storage unit 112 can also be implemented as different types of computer-readable The recording medium, or a combination of multiple computer-readable recording media, is not limited to this embodiment. It should be added that, in other embodiments, the management system 11 can also be implemented as a plurality of servo devices electrically connected to each other, and the present embodiment is not limited thereto.

The storage unit 112 of the management system 11 stores a plurality of device lists D11 and a plurality of operation setting data D12.

Regarding the device lists D11, the device lists D11 are respectively corresponding to the accommodation facilities 50 that have been provided with the service device 12 or will be provided with the service device 12, and each device list D11 includes one or more device data. Wherein, each device data corresponds to one of the service devices 12, and each device data includes a unique device identification data, and an installation location data corresponding to the device identification data. In this embodiment, each device identification data is a media access control address (also called a MAC address) of the corresponding service device 12 , but it is not limited thereto. On the other hand, each installation location data is a room number in this embodiment, and indicates which room in the corresponding accommodation facility 50 the corresponding service device 12 is installed in. Place Take, taking the device list D11 corresponding to the designated accommodation facility 50' as an example, the device list D11 is equivalent to indicating which service devices 12 are to be installed in the designated accommodation facility 50', and also indicate to be How many guest rooms of the designated accommodation facility 50' are the service devices 12 installed in the designated accommodation facility 50' respectively installed in? It should be added that, in actual implementation, the processing unit 111 will regularly update the device lists D11, and each device data in each device list D11 can further include the corresponding service device 12 software version, firmware version, connection status and other information, but not limited thereto.

Regarding the operation setting data D12, the operation setting data D12 are one-to-one corresponding to the device lists D11 respectively, and each operation setting data D12 includes a specified address list, an enabled A list of functions, and a list of controlled equipment.

The specified address list includes a plurality of pairs of specified addresses respectively corresponding to a plurality of external servers (not shown), wherein each specified address is an IP address, and each specified address corresponds to The external server is, for example, used to provide a public website (such as a search engine website) that can be freely connected by the public. More specifically, the designated address list can be used to enable the service devices 12 to communicate with the external servers through the network, so as to test the network connection function of the service devices 12 .

The enabled function list includes a plurality of enabled status parameters, wherein the enabled status parameters correspond to a plurality of service functions that can be implemented by each service device 12 respectively. Each activation state parameter is used to indicate whether the service function program corresponding to the activation state parameter is to be activated or deactivated by using one of a first value and a second value.

The controlled equipment list includes multiple pieces of equipment information, and each equipment information corresponds to an electronic equipment that can be controlled by each service device 12, wherein the electronic equipment can be, for example, an air conditioner installed in a guest room Smart home appliances such as equipment, TV equipment and lighting equipment. More specifically, each device data includes, for example, a device model, a device identification data, and a control command set with a plurality of control commands, wherein the control commands in the control command set are used to control the device data The corresponding electronic equipment operates, so that the controlled equipment list can be used to enable each service device 12 to control multiple electronic equipment through the network.

It should be added that the activated function list and the controlled equipment list in the operation setting data D12 are respectively preset according to the requirements of the accommodation facilities 50, so each operation setting data The enabled function list and controlled device list included in D12 may not be exactly the same or completely different from the enabled function list and controlled device list in other operation setting data D12. On the other hand, in this embodiment, the designated address lists included in the operation setting data D12 are identical to each other.

The service device 12' to be set includes a processing module 121, a storage module 122 electrically connected to the processing module 121, and a communication channel electrically connected to the processing module 121. Communication module 123, an input module 124 electrically connected to the processing module 121, and an output module 125 electrically connected to the processing module 121. More specifically, the processing module 121 is a central processing unit, the storage module 122 is a data storage device, the communication module 123 is a wireless network card supporting Wi-Fi network signals, and the input module The group 124 has, for example, a touch panel, a button combination and a microphone electrically connected to the processing module 121 , and the output module 125 has, for example, a display screen and a speaker electrically connected to the processing module 121 .

Before the service device 12' to be set is installed in the designated guest room of the designated accommodation facility 50', the storage module 122 has pre-stored a device identification data D21, a designated hotspot data D22, a corresponding to the management system 11 The connection address data D23, and a plurality of service function programs D24 that can be executed by the processing module 121.

The device identification data D21 corresponds to the service device 12 itself and is unique. More specifically, the device identification data D21 is the MAC address of the service device 12 in this embodiment, but it is not limited thereto.

The specified hotspot data D22 includes, for example, a Service Set Identifier (SSID) corresponding to a Wi-Fi hotspot, and a connection password corresponding to the SSID. In terms of the service set identification code stored in the service device 12' to be set, the Wi-Fi hotspot corresponding to the service set identification code is set in the designated accommodation facility 50', and is used to provide a Wi-Fi wireless network for guest use. And, the specified hotspot data D22 is used to make the processing module 121 can be connected to the Wi-Fi wireless network provided by the Wi-Fi hotspot through the communication module 123, and then connected to the Internet through the Wi-Fi wireless network.

The connection address data D23 is, for example, a Uniform Resource Locator (i.e. URL address) corresponding to the management system 11, and is used to enable the processing module 121 to be connected to the Internet according to To communicate with the management system 11 through the network.

The service function programs D24 are respectively corresponding to the activation state parameters of the activation function list of each operation setting data D12 stored in the management system 11 . It is supplemented that these service function programs D24 may include, but not limited to, an online music streaming program for downloading and playing music through the output module 125, and an online music streaming program for providing scenic spot information through the output module 125 to A surrounding scenic spot recommendation program for user reference, an alarm clock setting program for tenants to set alarm clocks through the input module 124, a weather information query program for providing weather forecasts for user reference through the output module 125, a A room service program for users to request housekeeping staff to provide room service through the input module 124 , and an online customer complaint program for users to initiate customer complaints through the input module 124 .

Referring to FIG. 2 and FIG. 3 at the same time, how the service system 1 of the present embodiment operates will be described below with the management system 11 and the service device 12' to be set.

First, in step S1, after the processing module 121 of the service device 12' to be set is switched to an activated state, it automatically connects through the communication module 123 according to the designated hotspot data D22 stored in the storage module 122 50' to the designated accommodation facility The provided Wi-Fi wireless network is connected to the Internet through the Wi-Fi wireless network. It should be added that, in this step, the processing module 121 switches to the activation state for the first time after the service device 12 ′ to be set is installed in the designated accommodation facility 50 ′, that is, the service to be set The device 12' is turned on for the first time after being installed in the designated accommodation facility 50', but it is not limited thereto. When the processing module 121 is connected to the Internet through the Wi-Fi wireless network, the process proceeds to step S2.

In step S2, the processing module 121 establishes a connection between the processing module 121 itself and the processing unit 111 of the management system 11 through the communication module 123 according to the connection address data D23 stored in the storage module 122 network communication. After the processing module 121 establishes the network communication between itself and the management system 11, the process proceeds to step S3.

In step S3 , the processing module 121 generates a configuration data request including the device identification data D21 , and sends the configuration data request to the management system 11 . Then, the flow proceeds to step S4.

In step S4, when the processing unit 111 of the management system 11 receives the configuration data request from the service device 12' to be configured, the processing unit 111 selects the device identification data D21 from the device list according to the device identification data D21 of the configuration data request. Select one of the matching device lists D11' (shown in FIG. 2 as an example) that contains the same device identification data and matches the service device 12' to be set in D11, and set the operation One of the target operation setting data D12' corresponding to the matching device list D11' in the data D12 (shown as an example in FIG. 2 ) is sent to the service device 12' to be set through the network. After the processing unit 111 transmits the target operation setting data D12' to the service device 12' to be set, the flow proceeds to step S5.

In step S5, when the processing module 121 of the service device 12' to be configured receives the target operation setting data D12', the processing module 121 stores the target operation setting data D12' in the storage module 122, And operate according to the target operation setting data D12'.

In this embodiment, the operation mode of the processing module 121 according to the target operation setting data D12' includes executing a network connection test program according to the specified address list of the target operation setting data D12', and according to the target A function setting procedure is executed by operating the enabled function list of the setting data D12'.

More specifically, the processing module 121 executes the network connection test program by periodically (for example, every hour) automatically from the specified address list according to the target operation setting data D12'. Select one of the specified addresses from the addresses, and send a connection test request to the external server corresponding to the one of the specified addresses according to the one of the specified addresses, and the processing module 121 receives a request from When the external server corresponding to one of the specified addresses responds to the connection test request, a connection test result is generated according to the connection test response, and the connection test result is stored in the storage. module 122, and optionally the connection test The results are sent to the management system 11 for storage. In this embodiment, the one of the designated addresses is randomly selected by the processing module 121 from the designated addresses. On the other hand, the connection test request is a request echo packet based on Internet Control Message Protocol (ICMP), and the connection test response is an echo corresponding to the request echo packet. Response packets, and the connection test result may include, for example, a lost packet rate and a round-trip time of a packet, but it is not limited thereto. Thereby, the connection test result generated by the processing module 121 can be used to evaluate the network connection capability of the service device 12' to be set.

On the other hand, the method for the processing module 121 to execute the function setting program is to correspond to the enabling state parameter in the storage module 122 according to each enabling state parameter in the enabling function list of the target operation setting data D12′ The service function program D24 is set to an enabled state allowing it to be executed or a disabled state not allowing it to be executed. For example, assuming that the processing module 121 sets the room service program in the service function programs D24 to the enabled state according to the enabled function list of the target operation setting data D12', when the processing module 121 receives When corresponding to the room service program and the room service command generated by the input module 124 according to the user's operation, the processing module 121 executes the room service program accordingly. And if the processing module 121 sets the room service program to the disabled state according to the enabled function list of the target operation setting data D12', then, in one of the implementation styles, the input module 124 will not The room service instruction is generated according to the user's operation, Or, in another implementation, even if the processing module 121 receives the room service instruction, it will not execute the room service program accordingly.

In addition, by storing the controlled device list of the target operation setting data D12' in the storage module 122, when the processing module 121 receives an instruction generated by the input module 124 according to the user operation, the When one of the specified equipment data in the equipment data in the controlled equipment list of the target operation setting data D12' also matches the equipment operation command of one of the control commands in the control command set of the designated equipment data, The processing module 121, according to a matching control command among the control commands that matches the device operation command, uses the communication module 123 to control the device corresponding to the specified device data in the designated guest room through the Wi-Fi wireless network. An electronic device operates. For example, suppose that the specified equipment information indicated by the equipment operation instruction corresponds to an air conditioner in the designated guest room, and the equipment operation instruction matches the control instructions in the control instruction set A cooling command, then when the processing module 121 receives the equipment operation command, it will select the cooling command according to the equipment operation command, and use the cooling command to control the operation of the air conditioner (for example, control the air conditioner to set the temperature one degree lower), but not limited thereto.

And, after the processing module 121 starts to execute the network connection test program, completes the execution of the function setting program, and stores the controlled device list of the target operation setting data D12' in the storage module 122, the The processing module 121 is equivalent to completing the service device 12' to be set according to the target operation setting data D12' The initial setting of the service device 12' to be set is regarded as a service device 12 that has already been set.

The above is the description of the exemplary operation mode of the service system 1 of this embodiment.

It is supplemented that, for each service device 12 other than the service device 12' to be set, before each service device 12 is installed in the corresponding accommodation facility 50, the storage module 122 pre-stored However, it should be understood that the specified hotspot data D22 stored in each service device 12 is set according to the accommodation facility 50 to which the service device 12 is to be assigned. Therefore, for Different service devices 12 to be set to different accommodation facilities 50 have different designated hotspot data D22 stored therein. In addition, it should be understood that, for each service device 12 other than the service device 12' to be set, after it is set to the corresponding accommodation facility 50, it will also communicate with the above-mentioned steps S1 to S5 in the manner described The management system 11 cooperates to automatically complete its own initialization settings.

In addition, although this embodiment uses accommodation facilities operated by hotel operators to illustrate the application of this embodiment, it should be understood that any places that provide Wi-Fi wireless network services (such as hospital wards, school dormitories, etc.) , can be used as the application fields of the service devices 12 of this embodiment, therefore, the application environment of the service system 1 is not limited to this embodiment.

In another embodiment, different from the foregoing embodiments, the designated address list of each operation setting data D12 only includes a single designated address. Moreover, in step S5 of the operation process of the service device 12, the processing module 121 executes the network connection test program by periodically and automatically sending the connection test request to the designated address according to the designated address address corresponding to the external server, and when receiving the connection test response from the external server and corresponding to the connection test request, the connection test result is generated according to the connection test response, and the connection The connection test result is stored in the storage module 122, and optionally the connection test result is sent to the management system 11 for storage.

To sum up, each service device 12 of the service system 1 can automatically connect to the network according to its pre-stored specified hotspot data D22 after being set to a pre-arranged location, and then according to the pre-stored connection address The data D23 communicates with the management system 11 through the network to obtain suitable operation setting data D12 from the management system 11, so as to operate according to the obtained operation setting data D12 to meet the requirements of the installation location. Since each service device 12 that has just been set can automatically complete the initialization setting, even if there are a large number of service devices 12 to be set, there is no need to spend manpower and time costs to perform the initialization of the service device 12 that has just been set. Setting, so really can reach the purpose of this novelty.

But the above-mentioned ones are only embodiments of the present invention, and should not limit the scope of the implementation of the present invention. The simple equivalent changes and modifications made to the contents of the book still fall within the scope covered by this patent.

11: Management system

12: Service device

12': Service device to be set

111: Processing unit

112: storage unit

D11: Device list

D11': list of matching devices

D12: Operation setting information

D12': Goal operation setting information

121: Processing module

122: storage module

123: Communication module

124: input module

125: Output module

D21: Device identification information

D22: Specify hotspot information

D23: Connection address information

D24: Service function program

Claims (18)

A service device suitable for cooperating with a management system; the service device includes: a processing module including at least one processor; and a storage module electrically connected to the processing module and storing a specified hotspot data, and A connection address data corresponding to the management system; wherein, the processing module is used to automatically connect to the network according to the specified hotspot data after switching to an activated state, and according to the connection address data and the The management system communicates through the network to obtain an operation setting data, and operates according to the operation setting data. The service device as described in claim 1, wherein the operation setting data includes a specified address list, and the specified address list includes a specified address corresponding to an external server, and the processing module according to the operation Set the mode of data operation, including periodically automatically sending a connection test request to the external server corresponding to the specified address according to the specified address, and receiving a connection test request from the external server corresponding to the connection test When the connection test response is requested, a connection test result is generated according to the connection test response, and the connection test result is stored in the storage module. The service device as described in Claim 1, wherein the operation setting data includes a list of designated addresses, and the list of designated addresses includes a plurality of pairs of designated addresses respectively corresponding to a plurality of external server ends, and the processing module The group operates according to the operation setting data, including automatically selecting one of the specified addresses from the specified addresses on a regular basis, and sending a connection test request to the one of the specified addresses according to the one of the specified addresses. corresponding to the external The server, and when receiving a connection test response from the external server and corresponding to the connection test request, generate a connection test result according to the connection test response, and store the connection test result in the Save mods. The service device according to claim 3, wherein the one of the specified addresses is randomly selected by the processing module from the specified addresses. The service device according to any one of claims 2 and 3, wherein the connection test request is an Internet Control Message Protocol-based request echo packet. The service device as claimed in claim 1, wherein the designated hotspot information includes a service set identification code corresponding to a Wi-Fi hotspot. The service device according to claim 1, wherein the storage module also stores a unique device identification data corresponding to the service device itself, and the processing module according to the connection address data and the management The way the system communicates through the network includes generating and sending a configuration data request including the device identification data to the management system, so that the management system sends the operation configuration data to the management system based on the device identification data of the configuration data request Handle mods. The service device as described in claim 1, wherein the storage module also stores a plurality of service function programs, and the operation setting data includes a list of enabled functions including a plurality of enabled state parameters, and the enabled state parameters correspond to In these service function programs, and the way the processing module operates according to the operation setting data includes setting the service function program corresponding to the activation status parameter as an activation that is allowed to be executed according to each activation status parameter One of the state and a disabled state that is not allowed to be executed. A management system, suitable for cooperating with a service device; the management system includes: a processing unit, including at least one processor; and a storage unit, electrically connected to the processing unit, and storing multiple device lists, and multiple Operation setting data corresponding to the device lists respectively; wherein, the processing unit is used to select one of the device lists related to the service device from the device lists during the process of communicating with the service device through the network , and send one of the target operation setting data corresponding to the one of the device lists in the operation setting data to the service device through the network, so that the service device can set the target operation according to the target operation setting after receiving the target operation setting data data operation. The management system as described in claim 9, wherein each device list includes one or more device identification data, and the method for the processing unit to select one of the device lists includes receiving a message from the service device and including a Setting data request for device identification data, and selecting one of the device lists according to the device identification data of the setting data request. A service system, comprising: a service device, storing a designated hotspot data and a connection address data; and a management system, used for the service device to be electrically connected through a network, the management system storing multiple device lists, and a plurality of operation setting data respectively corresponding to the device lists; wherein, the service device is used to automatically root after switching to an activated state Connect to the network according to the specified hotspot data, and communicate with the management system through the network according to the connection address data; Select one of the device lists related to the service device from the other device lists, and send one of the target operation setting data corresponding to the one of the device lists in the operation setting data to the service device through the network; the service device It is also used to operate according to the target operation setting data after receiving the target operation setting data. The service system as described in claim 11, wherein the target operation setting data includes a specified address list, and the specified address list includes a specified address corresponding to an external server, and the service device according to the target The operation mode of the operation setting data includes periodically and automatically sending a connection test request to the external server corresponding to the specified address according to the specified address, and receiving a connection test request from the external server corresponding to the connection When the connection test response of the test request is received, a connection test result is generated according to the connection test response, and the connection test result is stored. The service system as described in claim 11, wherein the target operation setting data includes a specified address list, and the specified address list includes a plurality of pairs of specified addresses respectively corresponding to a plurality of external server ends, and the service The way the device operates according to the target operation setting data includes automatically selecting one of the specified addresses from among the specified addresses on a regular basis, and sending a connection test request to the one of the specified addresses according to the one of the specified addresses The corresponding external server, and after receiving a message from the external server and When responding to the connection test response to the connection test request, generate a connection test result according to the connection test response, and store the connection test result. The service system as claimed in claim 13, wherein the one of the specified addresses is randomly selected by the service device from the specified addresses. The service system according to any one of claims 12 and 13, wherein the connection test request is an Internet Control Message Protocol-based request echo packet. The service system as claimed in claim 11, wherein the designated hotspot information includes a service set identification code corresponding to a Wi-Fi hotspot. The service system as described in claim 11, wherein the service device also stores a unique device identification data corresponding to the service device itself, and the service device communicates with the management system according to the connection address data The method of network communication, including generating and sending a configuration data request including the device identification data to the management system, so that the management system transmits the operation configuration data to the service device according to the device identification data of the configuration data request . The service system as described in claim 11, wherein the service device also stores a plurality of service function programs, and the target operation setting data includes an enable function list including a plurality of enable state parameters, and the enable state parameters correspond to In the service function programs, and the way the service device operates according to the target operation setting data includes setting the service function program corresponding to the activation status parameter as an activation that is allowed to be executed according to each activation status parameter One of the state and a disabled state that is not allowed to be executed.

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