WO2017045193A1

WO2017045193A1 - Method and system for remotely accessing electrical appliance

Info

Publication number: WO2017045193A1
Application number: PCT/CN2015/089970
Authority: WO
Inventors: 谭和华; 李灵; 郭琳; 李光煌; 罗辉
Original assignee: 深圳市赛亿科技开发有限公司
Priority date: 2015-09-18
Filing date: 2015-09-18
Publication date: 2017-03-23
Also published as: CN108139736A

Abstract

A method for remotely accessing an electrical appliance. The method comprises: entering an electrical appliance use scenario by means of electrical appliance remote access triggered in a terminal (500) (110); performing monitoring to obtain an electrical appliance control instruction input in the electrical appliance use scenario, and reporting the electrical appliance control instruction to a server (600) (130); and in the electrical appliance use scenario, lively broadcasting a working process of the electrical appliance according to operation data returned by the server (600) (150), the electrical appliance being controlled by means of the electrical appliance control instruction. In addition, also provided is a system for remotely accessing an electrical appliance, which matches the method. The method and the system for remotely accessing an electrical appliance can improve the convenience of physical electrical appliance experience, and ensures the physical perception of the experience.

Description

Remote access method and system for electrical equipment

Technical field

The present invention relates to the field of Internet of Things application technologies, and in particular, to a remote access method and system for an electrical device.

Background technique

With the rapid development of the Internet of Things, in order to realize people's Internet of Things, the elements of their work and life will gradually integrate into the Internet of Things to obtain Internet of Things applications that meet various needs.

For example, Internet of Things applications such as smart homes that people implement through the Internet are a combination of physical goods and networks. However, in the purchase of physical items, such as electrical equipment and clothing, it is a combination of online and offline, offline experience, and online purchase. Specifically, the merchant sets up a physical store for the user to experience, and sells the corresponding product on the network, so that the person can experience the product through the physical store before purchasing the product, and purchase it through any physical store or network.

However, with the development of the Internet of Things, the existing purchase method of this physical item cannot fully realize the information exchange and communication between people and items, items and items that the Internet of Things follows, compared with other Internet of Things applications. People's experience with items cannot be integrated with the Internet and lacks convenience.

Even in the field of clothing, an IoT application such as a virtual fitting platform was developed, and a virtual fitting was achieved by fitting a photo of the garment to the photo of the fitting. However, this method has actually been completely separated from the physical item, that is, the clothing. , completely eliminates entity perception.

Summary of the invention

Based on this, it is necessary to provide a remote access method for an electrical device to improve the convenience of the physical item experience and to ensure entity perception.

In addition, it is also necessary to provide a remote access system for electrical equipment.

In order to solve the above technical problems, the following technical solutions will be adopted:

A remote access method for an electrical device, comprising:

Remote access to the electrical equipment triggered by the triggering of the electrical equipment in the terminal;

Listening to the control instructions of the electrical equipment input in the use scenario of the electrical device, and providing the service Reporting the electrical equipment control instruction;

Performing a working process of the electrical device according to the running data returned by the server in the usage scenario of the electrical device;

Wherein the electrical device is controlled by the electrical device control command.

In one embodiment, the step of remotely accessing the electrical device by using the triggering of the electrical device triggered by the terminal includes:

Remotely accessing the electrical device is triggered in the display interface of the terminal to initiate an access request of the electrical device to the server;

Receiving an access address returned by the server according to the access request;

Jumping into the electrical device usage scenario according to the access address.

In one of the embodiments, before the step of receiving the access address returned by the access server according to the access request, the method further includes:

Extracting the electrical device application information by the access request received by the server;

Generating a processing result including the access address according to the electrical device application information;

Returning the processing result including the access address to the terminal.

In one embodiment, the step of generating a processing result including the access address according to the electrical device application information includes:

Obtaining a corresponding access address according to the electrical device application information, and calling a queuing model corresponding to the electrical device application information;

Outputting, by the queuing model, a waiting time and a queue length of the access of the electrical device according to the number of arrivals of the user at the current time and the service time of the corresponding electrical device;

A processing result including the access address, the waiting time, and the queue length is generated to display a waiting time and a queue length required to enter the electrical device usage scenario in the terminal.

In one embodiment, before the step of directing the working process of the electrical device in the usage scenario of the electrical device, the method further includes:

Performing monitoring device allocation according to the electrical device control instruction, and triggering the running monitoring device;

Controlling the electrical device according to the electrical device control instruction, and obtaining operation data of the electrical device by the running monitoring device;

Transmitting operational data of the electrical device to a server in real time, via the server to the terminal Returning the operational data of the electrical device.

In one embodiment, the step of broadcasting the working process of the electrical device according to the running data returned by the server in the electrical device usage scenario includes:

Receiving the running data returned by the server in real time;

The running data is presented in the usage scenario of the electrical device to broadcast the working process of the electrical device.

A remote access system for an electrical device, comprising a terminal, wherein the terminal comprises:

Accessing a triggering module for remotely accessing an electrical device by triggering access to an electrical device usage scenario;

An instruction listening module, configured to listen to an electrical device control instruction input in a usage scenario of the electrical device, and report the electrical device control instruction to a server;

a live broadcast module, configured to live broadcast the working process of the electrical device according to the running data returned by the server in the usage scenario of the electrical device;

In one embodiment, the access triggering module includes:

a requesting initiation unit, configured to trigger remote access of the electrical device in the display interface of the terminal, to initiate an access request of the electrical device to the server;

a receiving unit, configured to receive an access address returned by the server according to the access request;

a scene jump unit, configured to jump into the electrical device use scenario according to the access address.

In one embodiment, the system further includes a server, wherein the server comprises:

An application information extraction module, configured to extract, by the server, an electrical device application information;

a result generating module, configured to generate, according to the electrical device application information, a processing result including the access address;

The result is returned to the module for returning the processing result including the access address to the terminal.

In one embodiment, the result generation module includes:

An application information processing unit, configured to acquire a corresponding access address according to the electrical device application information, and invoke a queuing model corresponding to the electrical device application information;

An output unit, configured to output, by the queuing model, a waiting time and a queue length of the access of the electrical device according to the number of arrivals of the user at the current time and the service time of the corresponding electrical device;

And a processing result generating unit, configured to generate a processing result including the access address, the waiting time, and the queue length, to display, in the terminal, a waiting time and a queue length required to enter the electrical device usage scenario.

In one embodiment, the system further comprises:

a monitoring processing module, configured to control the electrical device according to the electrical device control instruction, and obtain operation data of the electrical device by the running monitoring device, and transmit the running data to a server in real time;

The operational data returns operational data of the electrical device to the terminal via the server.

In one embodiment, the live broadcast module includes:

a data receiving unit, configured to receive running data returned by the server in real time;

And a running presentation unit, configured to present the running data in the usage scenario of the electrical device to broadcast the working process of the electrical device.

According to the above technical solution, in the case where the purchase of the electrical equipment is required to perform the electrical equipment experience, the remote access of the electrical equipment can be triggered in the terminal to enter the use scene of the electrical equipment, and the input is detected in the scene interface. The electrical equipment control instruction is reported to the server to obtain the operation data returned by the server according to the operation, and the working process of the live electrical equipment is performed according to the operation data in the usage scenario of the electrical equipment, and the electrical equipment is controlled by the input electrical equipment control instruction. Therefore, in the use of electrical equipment in the use of electrical equipment control instructions and operational data, the realization of the physical control of the physical equipment and the perception of the actual operating conditions, because this is carried out through the network, do not need to go to the physical store, Greatly improve the convenience of the physical item experience, and ensure the entity perception.

DRAWINGS

1 is a flow chart of a remote access method of an electrical device in an embodiment;

2 is a flow chart of a method for remotely accessing an electrical device into a usage scenario of an electrical device triggered by a terminal in FIG. 1;

3 is a flow chart of a remote access method of an electrical device in another embodiment;

4 is a flow chart of a method for generating a processing result including an access address according to the electrical device application information in FIG. 3;

5 is a flow chart of a remote access method of an electrical device in another embodiment;

6 is a flow chart of a method for operating a live electrical device according to the operational data returned by the server in the usage scenario of the electrical device in FIG. 1;

7 is a structural diagram of a remote access system of an electrical device according to an embodiment of the present invention;

8 is a schematic structural diagram of a remote access system of an electrical device in an embodiment;

9 is a schematic structural diagram of an access trigger module in FIG. 8;

10 is a schematic structural diagram of a remote access system of an electrical device in another embodiment;

11 is a schematic structural diagram of a result generation module in FIG. 10;

FIG. 12 is a schematic structural diagram of the live broadcast module of FIG. 8.

detailed description

Exemplary embodiments embodying the features and advantages of the present invention will be described in detail in the following description. It is to be understood that the invention is capable of various modifications in the various embodiments and this invention.

In one embodiment, specifically, the remote access method of the electrical device is as shown in FIG. 1, and includes:

Step 110: Entering an electrical device usage scenario by remotely accessing the electrical device triggered by the terminal.

The terminal can be a variety of terminal devices such as smart phones, tablets, desktop computers and notebook computers. The electrical device is a physical electrical device, which is opposite to the terminal on the user side, which is disposed at the far end and is selected by the user for the experience. The usage scenario of the electrical device is a scenario in which the electrical device experienced by the user is loaded in the terminal interface in the remote access of the electrical device, and the usage scenario of the electrical device corresponds to the electrical device experience currently performed by the user.

As the user side, the terminal can trigger remote access of the electrical device by user operation. At this time, by remotely accessing the electrical device triggered by the trigger, the terminal interface loads the scene to enter the use scenario of the electrical device.

Step 130: Listening to the electrical device control command input in the use scenario of the electrical device, and reporting the electrical device control command to the server.

The electrical equipment control instruction is used to implement remote control of the user's physical equipment. The electrical device control command may be an opening operation of the corresponding electrical device and an adjustment operation of various operating parameters.

Specifically, the electrical device use scenario includes a user input interface for inputting an electrical device control command, and the input electrical device control command is obtained through the user input interface, and is reported to the server in the background.

Step 150: Live the working process of the electrical device according to the running data returned by the server in the usage scenario of the electrical device.

After receiving the electrical device control command reported by the terminal, the server will control the corresponding electrical device through the reported electrical device control command, so that the corresponding electrical device is turned on or the operating parameter is adjusted.

At this time, under the control realized by the electrical equipment control instruction, the working electrical equipment will be monitored to obtain the corresponding operational data and returned to the terminal, thereby realizing real-time feedback of the electrical equipment working process in the terminal.

The monitoring of the electrical equipment can be implemented by various data acquisition modules. For example, the data acquisition module can be a video data acquisition module, an environmental data acquisition module, or some other sensors. Not to mention one by one, it can be set according to actual needs.

The terminal receives the running data returned by the server, and broadcasts the working process of the electrical device according to the running data in the usage scenario of the electrical device loaded therein, and the live broadcast mode may be a form of displaying video data and displaying environmental data.

Through the process as described above, for the user side, the remote electrical device realizes access to perform various manipulations according to the requirements of its experience, so that the experience of the physical electrical device is integrated into the network, and is no longer needed. The offline experience saves costs and provides great convenience for users and providers of electrical equipment experiences.

That is to say, for the user, it is not necessary to go to the physical location of the physical device to experience the operation status of the electrical device, and for the provider of the electrical device experience, it does not need to set up a physical place, In order to reduce the cost of the electrical equipment experience provider, the convenience is improved while ensuring a strong sense of experience.

It should be noted that the electrical device is set according to the experience requirement, and the electrical device selected for remote access will correspond to the use scenario of the electrical device in the terminal.

Specifically, one or more remote experience rooms may be set up at the remote end, wherein each remote experience room is used to place one or more electrical devices for experience, and the electrical device use scenario may be a remote experience room. Correspondingly, it may also correspond to some electrical equipment in the remote experience room.

Therefore, it is not necessary to strictly define a remote experience room corresponding to one electrical device, and for an electrical device use scenario, it is not required that an electrical device use scenario corresponds to a remote experience room or an electrical device, and only needs to be collected. When the data is run, the working process of the electrical equipment is not affected by the surrounding environment, for example, by the surrounding electrical equipment.

That is to say, in the actual physical setting, there are multiple electrical devices, which can be set in one remote experience room, or can be set in several remote experience rooms; and in the remote access of one electrical device, The accessed electrical equipment can be all electrical equipment in a remote experience room, or it can be a part of the electrical equipment in a remote experience room, and only need to ensure that the collection of its operating data is not disturbed.

It should be further noted that in the remote access method of the electrical device according to the present invention, each user that triggers remote access of the electrical device is distinguished by a user identifier, so that the server receives the data interaction between the terminal and the server. The various data to be obtained will be distinguished by the user identification, and the corresponding data will be returned to the terminal according to the user identification.

The user identifier may be a network address where the terminal is located, or may be a unique identifier of the user's account when registering, and is not enumerated here.

Further, in an embodiment, as shown in FIG. 2, the step 110 includes:

Step 111: The remote display of the electrical device is triggered in the display interface of the terminal to initiate an access request of the electrical device to the server.

The user can input the electrical device application information in the display interface of the terminal to generate an access request by inputting the electrical device application information, and then initiate an access request of the electrical device to the server.

The electrical equipment application information includes information such as the type of electrical equipment that the user applies for, for example, applying for an experience of an air purifier, applying for an experience humidifier, and the like.

Step 113: Receive an access address returned by the server according to the access request.

The server receives the access request through data interaction with the terminal, and processes the access request to obtain an access address corresponding to the user accessing the electrical device.

Step 115: Jump to the electrical device usage scenario according to the access address.

The terminal performs an interface jump according to the access address returned by the server to enter the corresponding electrical device usage scenario.

Through the process as described above, the terminal can be freely triggered to remotely access any electrical device. For example, if the user needs to purchase an air purifier, in the purchase of the air purifier, it can be applied in the display interface of the terminal. The remote access of the air purifier, that is, the access request of the air purifier is initiated, and then the access address returned by the server can enter the use situation of the electric appliance corresponding to the air purifier, so as to facilitate the subsequent acquisition of the working process of the air purifier. .

Further, in this embodiment, as described in FIG. 3, before the step 113, the method as described above further includes:

Step 210: The access request received by the server extracts the electrical device application information.

The access request includes information such as electrical equipment application information, user identification, and the like. After receiving the access request of any terminal, the server will extract the electrical device application information from the access request to obtain the electrical device that the user applies for.

Step 230: Generate a processing result including an access address according to the electrical device application information.

The network address accessed by the terminal in triggering the remote access of the electrical device is the network address of the server exposed by the public network. After receiving the access request initiated by the terminal, the server will respond to the access request to perform the electrical appliance on the current terminal. The device remotely accesses the assigned access address and obtains the processing result including the access address.

Step 250: Return a processing result including an access address to the terminal.

Further, as shown in FIG. 4, the step 230 specifically includes:

Step 231: Acquire a corresponding access address according to the electrical device application information, and invoke a queuing model corresponding to the electrical device application information.

In the public network, the setting of the server backend is transparent to a large number of terminals, and any terminal initiates remote access of the electrical device through a fixed network address, and the server will assign a corresponding access address to the access, thus setting The terminal will not need to pay attention to the settings of the backend, that is, the server related settings, which greatly simplifies the data interaction between the terminal and the server and the development of the corresponding program code in the terminal.

Specifically, according to the electrical device application information included in the access request, a corresponding access address is assigned to the currently performed remote access of the electrical device, and at the same time, the corresponding queuing model is also invoked.

The queuing model is pre-built, and each type of electrical equipment has a corresponding queuing model. The queuing model is constructed according to the distribution of the number of arrivals of users in the remote access of the electrical equipment of the type and the service time distribution of the electrical equipment, wherein the distribution of the number of arrivals of the user and the distribution of the service time of the electrical equipment are pre-collected.

Specifically, for each type of electrical equipment, the user access flow may be collected for a period of time, and the distribution of the number of accesses may be analyzed to obtain the distribution of the number of arrivals of the user, and the user experience time corresponding to the electrical equipment is analyzed. The distribution is to obtain the service time distribution of the electrical equipment, and then the queuing model is constructed by the user arrival number distribution and the service time distribution of the electrical equipment.

According to the number of electrical equipments established in this category, the constructed queuing model will be divided into a single electrical equipment queuing model and a multi-electric equipment queuing model. In actual operation, the user arrival number distribution obeys the Poisson distribution stream, and the service time distribution obeys the negative exponential distribution.

Step 233: The queuing model outputs the waiting time and queue length of the electrical device access according to the number of arrivals of the user at the current time and the service time of the corresponding electrical device.

When any terminal initiates remote access of the electrical device, the background server calls the corresponding queuing model, and takes the current number of arrivals of the user and the service time of the corresponding electrical device as inputs, performs operations in the called queuing model, and outputs electrical device access. Waiting time and queue length.

Specifically, among the electrical equipment of this category, the electrical equipment is considered to be independent of each other and the service efficiency is the same, namely:

λ _n =λ

Where λ _n is the number of users whose content arrives in the nth state unit time. The state mentioned here is the number of users in the system at a certain moment. For example, if there are n users in the system at a certain moment, the state of the system at that moment is n;

λ is the number of users arriving per unit time; μ _n is the number of users who are served by all electrical equipment of this type in the nth state; μ is the number of users that an electrical equipment can serve per unit time; c is the number of electrical equipment of that type .

On this basis, the queue length L _q and the waiting time W _{q are} obtained by the following process, namely:

among them,

In the remote access terminal is triggered for electrical equipment, the server may be obtained by the calculation queue length L _q and waiting time W _q notifies the terminal, so that a reasonable time, taking into account other things, also to avoid the user because the waiting time is unknown or too Long and choose to leave, do not continue to remote access to electrical equipment.

Step 235: Generate a processing result including an access address, a waiting time, and a queue length to display a waiting time and a queue length required to enter an electrical device usage scenario in the terminal.

In an embodiment, as shown in FIG. 5, before the step 150, the method as described above further includes:

Step 310: Perform monitoring device allocation according to the electrical device control instruction, and trigger the running monitoring device.

The electrical equipment control instruction is obtained by the user triggering and reporting to the server in the terminal. After receiving the electrical equipment control instruction, the corresponding monitoring equipment will be allocated for the upcoming electrical equipment working process monitoring, and the distributed monitoring operation will be run. device.

The monitoring device may be a video data collecting module, for example, a camera, to capture video data for the working electrical device; or an environmental data collecting module, which is not enumerated here.

Step 330: The electrical device is controlled according to the electrical device control instruction, and the operating data of the electrical device is obtained by the running monitoring device.

The remotely located electrical equipment will be controlled by electrical control commands, for example, for normal operation or for adjustment of certain parameters in the working electrical equipment. The operating data of the obtained electrical equipment is corresponding to its data acquisition module.

Step 350, transmitting the running data of the electrical device to the server in real time, and ending to the server The end returns the operational data of the electrical device.

Further, in this embodiment, as shown in FIG. 6, the step 150 includes:

Step 151: Receive running data returned by the server in real time.

In step 153, the running data is presented in the usage scenario of the electrical device to live the working process of the electrical device.

As mentioned above, the display of the working process of the electrical equipment is performed by the display of the running data, so that the user can accurately feel the operating state of the electrical device experienced.

In addition, in another aspect, the provider for the electrical device experience may be a merchant that sells the electrical device, and thus, the method as described above further includes:

The user data related to the access of the electrical device is obtained by the server to construct and update a queuing model of the type to which the electrical device belongs.

The user data may be waiting time, queue length, etc., wherein the number of electrical devices established by each type is also set according to the queuing model.

In addition, with the live broadcast of the working process of the electrical device, the input opinion evaluation information can also be obtained from the user interface of the terminal, and the opinion evaluation information is related to the electrical device and stored in the server, therefore, the provision of the electrical device experience The client's client can also obtain the opinion evaluation information corresponding to each type of electrical equipment through interaction with the server.

In this way, providers that improve the experience of electrical equipment improve the targeting of services and quality, eliminating the need for separate market research and saving on operating costs.

The remote access method of the above electrical equipment is described in detail below in conjunction with a specific embodiment. In this embodiment, the system architecture is as shown in FIG. The system architecture includes a user-side terminal 410, a provider terminal 420 of the electrical device experience, a server 430, a processing module 440, a video data collection module 450, an environment data collection module 460, an electrical device control module 470, and an electrical device 480, wherein In this embodiment, the electrical device is an air purifier.

That is to say, the remote access of the user to the air purifier by the system architecture as shown in FIG. 7 is realized, and the experience of the air purifier is realized through the network.

Specifically, after the user-side terminal 410 triggers the remote access of the air purifier, the user-side terminal 410 will jump into the usage scenario of the electrical device corresponding to the air purifier.

As the electrical device usage scenario of the user-side terminal 410 jumps, the user-side terminal 410 obtains the access address, the waiting time, and the queue length returned by the server 430 to perform the scene jump process. Waiting time and queue length are displayed until entering the electrical device usage scenario, wherein the waiting time displayed is the waiting time required for the electrical device to use the scene, and the displayed queue length is the operating environment of the electrical device. The length corresponding to the user's queue.

In this way, the waste of user time in the waiting process is effectively avoided, and the user churn caused by the unclear waiting time is avoided as much as possible.

In the use scenario of the electrical device, the input of the electrical device control command is performed to obtain an electrical device control command for controlling the air purifier, and is reported to the server 430 through the network.

The electrical device control command reported to the server 430 is transmitted to the processing module 440, and the processing module 440 performs the assignment of the monitoring device, that is, the video data collecting module 450 and the environmental data collecting module 460, and transmits the electrical device control command to the electrical device. In control module 470.

The assigned monitoring device will trigger the operation. At this time, the air purifier also works under the action of the electrical device control command, and the monitoring device will collect the corresponding operational data and transmit it to the user-side terminal 410 via the processing module 440 and the server 430. In order to realize the live broadcast of the air purifier working process, the user can view the formaldehyde concentration, carbon dioxide concentration, dust data, temperature, humidity and PM2.5 data of the current environment.

Through the process as described above, the traditional offline experience is integrated into the network for the experience of the electrical equipment, which saves the cost of setting up the offline store in each city, and facilitates the uniform distribution of resources, and the user can stay at home. It is possible to experience the electrical equipment that you want to purchase, which is convenient for the user and saves operating costs.

In an embodiment, a remote access system for an electrical device is also provided accordingly. As shown in FIG. 8, the system includes a terminal 500 including an access trigger module 510, an instruction listening module 530, and a live module 550. ,among them:

The access trigger module 510 is configured to remotely access the electrical device usage scenario by triggering the advanced electrical device.

The command listening module 530 is configured to listen to the electrical device control command input in the use scenario of the electrical device, and report the electrical device control command to the server.

The live broadcast module 550 is configured to live the working process of the electrical device according to the running data returned by the server in the usage scenario of the electrical device.

Among them, electrical equipment is controlled by electrical equipment control commands.

In one embodiment, as shown in FIG. 9, the access trigger module 510 includes a request initiating unit 511, a receiving unit 513, and a scene jump unit 515, where:

The request initiating unit 511 is configured to trigger remote access of the electrical device in the display interface of the terminal to initiate an access request of the electrical device to the server.

The receiving unit 513 is configured to receive an access address returned by the server according to the access request.

The scene jump unit 515 is configured to jump to the electrical device use scenario according to the access address.

In another embodiment, as shown in FIG. 10, the system as described above further includes a server 600, wherein the server 600 includes an application information extraction module 610, a result generation module 630, and a result return module 650.

The application information extraction module 610 is configured to extract the electrical device application information by the access request received by the server 600.

The result generating module 630 is configured to generate a processing result including the access address according to the electrical device application information.

The result is returned to module 650 for returning to the terminal 500 the processing result containing the access address.

Further, in an embodiment, as shown in FIG. 11, the result generating module 630 includes an application information processing unit 631, an output unit 633, and a processing result generating unit 635, where:

The application information processing unit 631 is configured to acquire a corresponding access address according to the electrical device application information, and invoke a queuing model corresponding to the electrical device application information.

The output unit 633 is configured to output, by the queuing model, the waiting time and the queue length of the electrical device access according to the arrival number of the user at the current time and the service time of the corresponding electrical device.

The processing result generating unit 635 is configured to generate a processing result including an access address, a waiting time, and a queue length to display, in the terminal 500, a waiting time and a queue length required to enter the usage scenario of the electrical device.

In one embodiment, the system as described above further includes a monitoring processing module 710 wherein:

The monitoring processing module 710 is configured to control the electrical device according to the electrical device control instruction, and obtain the operating data of the electrical device by the running monitoring device, and transmit the running data to the server 600 in real time.

The operational data returns operational data of the electrical device to the terminal via the server 600.

Further, in an embodiment, as shown in FIG. 12, the live broadcast module 550 as described above includes a data receiving unit 551 and a running presentation unit 553, wherein:

The data receiving unit 551 is configured to receive the running data returned by the server 600 in real time.

The terminal will receive the running data transmitted by the server 600 in real time to obtain the working status of the electrical device in real time.

The running presentation unit 553 is configured to present the running data in the electrical device usage scenario to broadcast the electrical device.

A person skilled in the art may understand that all or part of the steps of implementing the above embodiments may be completed by hardware, or may be instructed by a program to execute related hardware, and the program may be stored in a computer readable storage medium. The storage medium mentioned may be a read only memory, a magnetic disk or an optical disk or the like.

While the invention has been described with respect to the preferred embodiments the embodiments The present invention may be embodied in a variety of forms without departing from the spirit or scope of the invention. It is to be understood that the invention is not limited to the details of the invention. All changes and modifications that come within the scope of the claims or the equivalents thereof are intended to be covered by the appended claims.

Claims

A remote access method for an electrical device, comprising:

Remote access to the electrical equipment triggered by the triggering of the electrical equipment in the terminal;

Listening to the electrical device control command input in the use scenario of the electrical device, and reporting the electrical device control command to the server;

Performing a working process of the electrical device according to the running data returned by the server in the usage scenario of the electrical device;

Wherein the electrical device is controlled by the electrical device control command.
The remote access method of the electrical device according to claim 1, wherein the step of remotely accessing the electrical device by using the triggering of the electrical device triggered by the terminal comprises:

Remotely accessing the electrical device is triggered in the display interface of the terminal to initiate an access request of the electrical device to the server;

Receiving an access address returned by the server according to the access request;

Jumping into the electrical device usage scenario according to the access address.
The remote access method of the electrical device according to claim 2, wherein before the step of the receiving server returning the access address according to the access request, the method further comprises:

Extracting the electrical device application information by the access request received by the server;

Generating a processing result including the access address according to the electrical device application information;

Returning the processing result including the access address to the terminal.
The remote access method of an electrical device according to claim 3, wherein the step of generating a processing result including the access address according to the electrical device application information comprises:

Obtaining a corresponding access address according to the electrical device application information, and calling a queuing model corresponding to the electrical device application information;

Outputting, by the queuing model, a waiting time and a queue length of the access of the electrical device according to the number of arrivals of the user at the current time and the service time of the corresponding electrical device;

A processing result including the access address, the waiting time, and the queue length is generated to display a waiting time and a queue length required to enter the electrical device usage scenario in the terminal.
The remote access method of the electrical device according to claim 1, wherein before the step of operating the electrical device in the usage scenario of the electrical device, the method further comprises:

Performing monitoring device allocation according to the electrical device control instruction, and triggering the running monitoring device;

Controlling the electrical device according to the electrical device control instruction, and obtaining operation data of the electrical device by the running monitoring device;

The operating data of the electrical device is transmitted to the server in real time, and the operating data of the electrical device is returned to the terminal via the server.
The remote access method of the electrical device according to claim 5, wherein the step of broadcasting the working process of the electrical device according to the operational data returned by the server in the usage scenario of the electrical device comprises:

Receiving the running data returned by the server in real time;

The running data is presented in the usage scenario of the electrical device to broadcast the working process of the electrical device.
A remote access system for an electrical device, comprising: a terminal, wherein the terminal comprises:

Accessing a triggering module for remotely accessing an electrical device by triggering access to an electrical device usage scenario;

An instruction listening module, configured to listen to an electrical device control instruction input in a usage scenario of the electrical device, and report the electrical device control instruction to a server;

a live broadcast module, configured to live broadcast the working process of the electrical device according to the running data returned by the server in the usage scenario of the electrical device;

Wherein the electrical device is controlled by the electrical device control command.
The remote access system of the electrical device of claim 7, wherein the access triggering module comprises:

a requesting initiation unit, configured to trigger remote access of the electrical device in the display interface of the terminal, to initiate an access request of the electrical device to the server;

a receiving unit, configured to receive an access address returned by the server according to the access request;

a scene jump unit, configured to jump into the electrical device use scenario according to the access address.
The remote access system of an electrical appliance according to claim 8, wherein the system further comprises a server, wherein the server comprises:

An application information extraction module, configured to extract, by the server, an electrical device application information;

a result generating module, configured to generate, according to the electrical device application information, a processing result including the access address;

The result is returned to the module for returning the processing result including the access address to the terminal.
The remote access system of the electrical device according to claim 9, wherein the result generating module comprises:

An application information processing unit, configured to acquire a corresponding access address according to the electrical device application information, and invoke a queuing model corresponding to the electrical device application information;

An output unit, configured to output, by the queuing model, a waiting time and a queue length of the access of the electrical device according to the number of arrivals of the user at the current time and the service time of the corresponding electrical device;

And a processing result generating unit, configured to generate a processing result including the access address, the waiting time, and the queue length, to display, in the terminal, a waiting time and a queue length required to enter the electrical device usage scenario.
The remote access system of the electrical device of claim 7, wherein the system further comprises:

a monitoring processing module, configured to control the electrical device according to the electrical device control instruction, and obtain operation data of the electrical device by the running monitoring device, and transmit the running data to a server in real time;

The operational data returns operational data of the electrical device to the terminal via the server.
The remote access system of the electrical device of claim 11, wherein the live broadcast module comprises:

a data receiving unit, configured to receive running data returned by the server in real time;

And a running presentation unit, configured to present the running data in the usage scenario of the electrical device to broadcast the working process of the electrical device.