KR20170109954A - System and method for managing collaboration between the devices based on machine socialization using access point - Google Patents

Abstract

The present invention relates to a system and method for establishing a relationship between devices and managing collaborations using a wire / wireless router in order to realize a machine socialization environment in which devices of different types can communicate smoothly, device information, task information, and relation information are stored and stored in an XML document, and a device collaboration management server for issuing a task command to devices related to the task when an event for the task is generated is provided The present invention provides a machine socialization-based inter-device collaboration management system and method using a router, which can implement a device collaboration management server in a wireless router to manage collaboration of various devices through a network with low power.

Description

TECHNICAL FIELD [0001] The present invention relates to a system and method for collaborative management between machines based on machine socialization based on a router,

The present invention relates to a machine socialization-based inter-device collaboration management system and method using a router, which establishes relationships among devices and manages collaborations using a wire / wireless router to realize a machine socialization environment capable of smooth communication between devices of different models .

Internet Of Things (IoT) refers to a system in which devices and devices can be connected to each other and share information with each other, rather than a method in which a person gives commands to a device.

In recent years, the Internet has become more popular in various fields such as smart home, smart farm, smart car, home appliance, remote meter reading, healthcare, and telemedicine.

As a result, many researches have been actively conducted to control various home appliances and electronic devices using devices in accordance with the trend of the times, and many IoT related products and platforms are being released.

However, there is a problem that only the communication between the system, the platform, and the devices is smoothly performed and is not compatible with the other devices. Also, there is a problem that analog products prior to the Internet are not applicable to such a smart system.

Accordingly, the present applicant has proposed a system in which a work order is given to devices by receiving a schema and an event indicating device information, work information, and relationship information, and related prior art documents include Korea Patent No. 10-1027009 Name: client terminal device, collaborative service device, real-time streaming device, collaborative service system and method thereof, registered date: Mar. 29, 2011).

In the present invention, device information, task information, and relation information are defined and stored in order to enable compatibility between devices of different models equipped with different platforms, and when an event for a task is generated, A machine collaboration management server that provides a work order to devices related to the work, and a machine socialization using a router that can manage the collaboration of various devices through the network by implementing the device collaboration management server in the router. The present invention provides a system and method for collaborative management between base devices.

According to an embodiment of the present invention, there is provided a communication system including a plurality of collaboration devices each having a microcontroller capable of network communication; An event generating device for generating an event so that the plurality of collaboration devices collaborate to perform a desired task; And a microcontroller communicably connected to the plurality of collaborative devices to define device information (Device_info), task information (Task_info), and collaboration relationship information (Relation_info) for the plurality of collaborative devices, And a router for searching for collaborative devices stored in the XML schema when an event is generated from the event generator and transmitting a work command to neighboring collaborative devices capable of performing an operation corresponding to the event Based collaborative management system using a shared router.

Wherein the router is connected to the collaboration devices capable of performing a task corresponding to the event by searching for a device by transmitting a signal to the neighboring collaborative devices, When the operation is completed, a result code is fed back from the collaborative device and the result is transmitted to the XML schema to store the state of the collaboration device in the device information.

Wherein the wireless router includes an event generation recognition module that recognizes task information corresponding to the event when an event is generated from the event generation device; Searching for all devices stored in the XML schema when the event occurs and searching for peripheral collaborative devices matching the task information corresponding to the event based on the device information and the task information stored in the XML schema, ; And a task execution module for extracting a collaborative device to be preferentially executed from among the searched collaborative devices and delivering a work command to the extracted collaborative device to execute an operation of the device.

Also, the wireless router checks whether the current operation is possible by checking the device status of the collaborative device searched through the peripheral device search module, and if the device status is "busy ", the operation of the cooperative device is completed The cooperative equipment monitoring module processes the cooperative equipment monitoring module in a waiting state until the cooperative equipment monitoring module is activated.

Wherein the job execution module extracts a first-order collaborative device to perform a corresponding job first among the searched collaborative devices and delivers a work command, and when the execution of the first cooperative device is completed, The other collaborative devices other than the collaborative device having completed the execution search for the next collaborative device to perform the corresponding job firstly and deliver the work command.

The work execution module checks the state of the device through the collaboration device monitoring module before delivering a work order to the next collaborative device, and then transmits the work order when the operation is possible.

In addition, the router may define device information (Device_info), task information (Task_info), and collaboration relationship information (Relation_info) for the plurality of collaborative devices, And an XML schema capable of modifying and updating information included in the document.

Wherein the event occurrence recognition module receives a signal of an event button related to a task from a user terminal or receives a sensing value measured from a sensor or an optional device to detect whether an event has occurred, Is compared with a preset reference value, and it is determined that the event has occurred only when a task is required.

Here, the modules may be mounted on a USB memory, and the USB memory may be mounted in a router.

In addition, the job execution module may perform two or more jobs in parallel with the event, and may set a priority between the two or more jobs, and may set a priority among the two or more jobs, Let the task run according to its priority.

According to another embodiment of the present invention, there is provided a method of managing collaboration among devices in a system in which a plurality of collaborative devices are communicably connected using a wire / wireless router, wherein the wire / wireless router includes device information (Device_info) , Task information (Task_info), and collaboration relationship information (Relation_info) and storing them in an XML schema; Generating an event from an event generating device so that the plurality of collaborative devices collaborate to perform a desired task; And if the router generates an event from the event generating device, searching for collaborative devices stored in the XML schema, and transmitting a work command to neighboring collaborative devices capable of performing an operation corresponding to the event ; And a method for managing collaboration between devices based on machine socialization using a router.

In the step of transmitting the work command, the event generation recognition module of the wireless router recognizes the task information corresponding to the event generated from the event generation device. The peripheral device search module of the wireless router searches all the devices stored in the XML schema and searches for neighboring collaborative devices matched with the task information corresponding to the event based on the device information and the task information stored in the XML schema ; Wherein the job execution module of the router or the wireless router extracts a first-order collaborative device that will preferentially perform the job among the discovered collaborative devices and delivers a work order to the collaborative device, and when the execution of the first cooperative device is completed, And referring to the relationship information, searching for a next collaborative device to perform the corresponding operation in the remaining cooperating collaborative devices other than the collaborative device whose execution has been completed, and delivering a work command.

The step of recognizing the task information corresponding to the event may include receiving the event button signal related to the task from the user terminal or receiving the sensed value measured from the sensor or the arbitrary device When the sensing value is received, the sensing value is compared with a predetermined reference value, and it can be determined that the event has occurred only when the operation is required.

In addition, in the step of transmitting the job command, when performing two or more jobs concurrently with the event, the job execution module sets a priority between the two or more jobs and overlaps the two or more jobs For collaborative devices, the task should be executed according to the priority among the set tasks.

According to the present invention, device information, task information, and relation information between devices are defined and stored, and when an event for a task is generated, machine social By providing a provisioning environment, it is possible to build an Internet of objects compatible with devices of different models having different platforms.

In addition, the present invention realizes a device collaboration management server for providing a machine socialization environment in a wireless router, thereby managing collaborations of various devices over a network with low power.

In addition, the system of the present invention can effectively manage the inter-device collaboration by not only controlling the in-home device from the outside but also giving the ability of the device itself to recognize the situation and operate the operation such as the sensor and the time.

Further, since the present invention can be applied to a system at any time if it has information suited to a schema specification in a server regardless of the platform type of the product, the present invention can be utilized for existing analog products, and further, the object Internet can be activated.

1 is a block diagram illustrating a machine socialization-based inter-device collaboration management system according to an embodiment of the present invention.
2 is a diagram illustrating a wireless router of a system according to an embodiment of the present invention.
3 is a detailed view of a wired / wireless router.
4 is a diagram for explaining a process of transmitting data generated from a sensor in a wireless router.
5 is a flowchart illustrating a method of collaboratively performing two tasks based on a method according to an embodiment of the present invention.
FIG. 6 is an overall flowchart illustrating a method for managing collaboration between devices using a router according to an embodiment of the present invention.
7 is a flowchart illustrating a method for determining whether an event has occurred in a method according to an embodiment of the present invention.

It is noted that the technical terms used herein are used only to describe specific embodiments and are not intended to limit the invention. Also, the technical terms used herein should be interpreted in a sense that is generally understood by those skilled in the art to which the present invention belongs, unless otherwise defined in this specification, and it should be understood that an overly comprehensive It should not be construed as a meaning or an overly reduced meaning.

Also, the singular forms "as used herein include plural referents unless the context clearly dictates otherwise. In the present application, the term "comprising" or "comprising" or the like should not be construed as necessarily including the various elements or steps described in the specification, Or may be further comprised of additional components or steps.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Before describing the configuration of the simulation system according to the present invention, the embodiment of the present invention proposes a schema based on a web standard language XML so that platforms of other types of equipments can be identified and data can be exchanged and processed effectively between devices of different models I want to.

Although there are a myriad of Internet standards and systems recently released, there is a problem that only the communication between the system, the platform, and the device is smoothly performed and is not compatible with the third party device. Above all, in order to enable collaboration between an existing device and another device, that is, between devices of different models, it is necessary to construct a separate standard and a server. The embodiments of the present invention include device information, We propose a schema structure stored in XML based on the definition of relationship information between devices. Since the server must be connected to the network at all times, the server is constructed by using a router, which is a device connected to a network commonly used in a home or a building.

1 is a block diagram illustrating a machine socialization-based inter-device collaboration management system according to an embodiment of the present invention.

The device-to-device collaboration management system according to the embodiment of the present invention includes a router 100 and a plurality of collaboration devices 300-1, 300-2 to 300-k ), And an event generating device 200. The event generating device 200 may be implemented as a microprocessor.

For example, the plurality of collaboration devices 300 may be a computer 300-1, a washing machine 300-2, an electric rice cooker, a window, a cleaner 300-k, and the like in the home. However, the present invention is not limited thereto and includes all objects such as household appliances, office supplies, sensors, and smart devices such as smart phones.

A plurality of collaborative devices 300 are provided with a microcontroller connected to the wire / wireless router 100 and capable of network communication. The microcontroller is easy to update the firmware, uses open source, and is able to apply the Arduino, which is currently on the Internet. Accordingly, the microcontroller provided in the plurality of the collaboration devices 300 is connected to the WiFi shield to exchange data with the wire / wireless router 100, and provides cooperation between the devices.

As described above, a plurality of the collaborative devices 300 can be easily applied to existing analog devices by mounting a microcontroller, which can be connected to the wire / wireless router 100, to existing electronic devices.

The event generating device 200 generates an event such that a plurality of the collaboration devices 300 collaborate to perform a desired task.

The event can be a direct instruction from the user, a value generated from the device or sensor, and the like. For example, the user's direct command may be an event button for adjusting the temperature of the living room, an event button for starting cleaning, or the like. This can be generated in the user terminal 210, which is a smart phone capable of network connection that is always portable without being restricted by the space. In addition, the values generated by the device and the sensor may be generated by a timer 230, a sensor 240 such as a temperature, a humidity, an illuminance attached to an in-home device, and a social network service 220.

The wired / wireless router 100 is connected to the event generating device 200 and the plurality of collaboration devices 300 and manages a plurality of the collaboration devices 300 according to events from the sensors and users. At this time, the wire / wireless router 100 defines a scenario according to an event, that is, a schedule of operations of devices, referring to a relationship among a plurality of the collaboration devices 300, and executes a corresponding scenario according to an event generated, Management.

The wired / wireless router 100 for this purpose is configured as shown in Figs. 2 and 3 in detail.

The wired and wireless router 100 includes an XML schema 120 storing event processing and information for starting work, a database 130, and a device management unit 110 for managing device collaboration work.

In order to operate based on such a configuration, the router 100 installs an operating system of OpenWrt, constructs a server in the router, allocates an IP and allocates IP to the device manager 110, XML schema 120, (130). The server should contain information about each device, information about the tasks that the registered devices should perform, and information about the functions and functions of the device. In addition, in order to receive events and collaborate with each other, it is necessary to know the functions and mutual relations between the devices to perform the scenario. Accordingly, in this embodiment, the server is implemented using the wireless router 100 in a centralized processing manner in order to perform an operation.

However, since the storage space of the wired / wireless router 100 may be insufficient to implement the server, the storage space can be expanded by mounting the USB memory to the router 100 as shown in FIG.

The XML schema 120 is composed of a device schema 121, an operation schema 122, and a collaboration relationship schema 123.

The device schema 121 defines device information (Device_info) for a plurality of collaborative devices and stores them in an XML document so as to enable mechanical information processing. An XML document is a schema that manages unique information that can identify and classify all devices. The device information (Device_info) includes information such as a unique number of the device, a function of the device, a model name, a network, a main board, and a manufacturer.

The operation schema 122 defines task information (Task_info) to be performed by the device and stores the information in an XML document so that the information can be processed mechanically. The task information (Task_info) includes a task unique number, a description of an operation to be performed by the device, a priority, an order of devices for the task, and information for proceeding to group devices.

The collaboration relationship schema 123 defines a dynamic relationship between devices, i.e., relationship information (Relation_info) for collaboration, and stores the relation information in an XML document so as to enable mechanical information processing. Relation information for collaboration (Relation_info) may include the relationship number of the devices, the devices for which the collaboration relationship is defined, the information indicating the collaboration relationship between the devices, and the like.

The device management unit 110 cooperates with the XML schema 120 and the database 130 to manage the device collaboration work. That is, the device management unit 110 sends the sensing value and the return value received from the event generating device to the database 130, fetches the value again from the database 130, and stores the value in the XML schema 120 again. Storing the data via the database 130 without directly storing the data in the XML schema 120 causes a problem in connection between the childhood Wi-Fi shield 113 and the device management unit 110 when storing the XML, Method. However, the present invention is not limited to this, and it is also possible to directly store the data in the XML schema 120 without going through the database 130.

The device management unit 110 executes tasks such as a scenario, a device selection, and a job selection according to an event based on the information stored in the XML schema 120. For example, the device management unit 110 selects corresponding job information from the event transmitted by the user terminal (210 in FIG. 1), the sensor 240, the timer 230, and the SNS 220, The collaborative device can be searched and the work can be executed by transmitting the work command to the collaborative devices.

Specifically, the device management unit 110 includes an event generation recognition module 111, a peripheral device search module 112, a collaboration device monitoring module 113, and a task execution module 114.

The event occurrence recognition module 111 recognizes the task information corresponding to the event when an arbitrary event is generated from the event generating apparatus 200 (FIG. 1). If the event is a direct instruction of the user, the operation information can be immediately recognized. However, in the case of the signal generated from the sensor, the timer, and the SNS, the generated signal is compared with the stored reference value, It is determined whether or not an event has occurred by judging whether a job is necessary.

The events are related to the tasks to be performed by the apparatuses, and the scheduling of the tasks of the apparatuses, that is, the apparatuses, is determined. For example, when the 'temperature control' operation button is executed, a 'temperature control' event is generated and a task scenario for adjusting the room temperature is called from the task information (Task_info). Also, when the current temperature value is received from the sensor and the received current temperature value is higher than the reference value, an event called 'temperature control' occurs and a working scenario for adjusting the room temperature is determined.

The event occurrence recognition module 111 can retrieve the task unique number (Task_num) as the task information corresponding to the event.

The peripheral device search module 112 searches for information on all devices stored by the XML schema 120 when an arbitrary event occurs and receives the task information corresponding to the event from the event generation recognition module 111 That is, related to the work information, that is, the nearby collaborative device to be operated in the corresponding job. For example, it searches the temperature information, the window, the air conditioner, the electric fan, etc. corresponding to the operation information for controlling the temperature.

The collaborative device monitoring module 113 checks the state of the device for the collaborative device searched through the peripheral device search module 112 to check whether the current state is possible. As a result of checking, if the searched collaborative device is already in operation and is in the "busy" state, it can be set to wait until the operation of the corresponding device is completed by switching to the standby state.

The task execution module 114 extracts a first-order collaborative apparatus to which the first task is to be preferentially performed among the collaborative apparatuses that are confirmed to be operable in the current state in the first collaborative apparatus monitoring module 113, And executes the operation of the device.

The work execution module 114 refers to the collaboration relationship information (Relation_info) stored in the XML schema 120 when the execution of the first-level collaboration device is completed, and prioritizes the corresponding work in the remaining cooperating collaborative devices Find the next collaborative device to do. Then, a work instruction is transmitted to the searched next collaboration device to execute the operation of the device. At this time, the job execution module 114 may sort the remaining cooperative workable devices according to the job priority order, and sequentially execute the operations of the devices according to the sorted order.

Also, the work execution module 114 may check the state of the corresponding device through the collaboration device monitoring module 113 before confirming whether the next collaborative device is in an operable state before transmitting the work order to the next collaborative device . If the next collaborative device is ready for operation, it sends a work order to the next collaborative device.

In addition, when the operation of the collaborative device that has transmitted the work command is completed, the work execution module 114 feeds back the result code from the collaborative device and transmits the result code to the XML schema 120 to store the state of the collaborative device in the device information do.

In addition, the task execution module 114 can execute two or more scenarios for one event, and in this case, priority can be set for each scenario. In addition, the task execution module 114 may give priority to tasks when another task interrupts or two or more tasks are executed in parallel while a task is being performed. Accordingly, when multiple jobs are executed redundantly, the job execution module 114 compares priorities of jobs among the jobs in the job schema 122, and proceeds from a job having a higher priority.

For example, as shown in FIG. 5, a first scenario (Task 1) for automatically cleaning the house at a set time and a second scenario (Task 2) for adjusting the schedule of the work to a temperature preferred by the user And the two scenarios were designed to overlap in the window.

In the second scenario, the temperature value received from the sensor is stored in the device information (device_info) through the device management unit, and an event for the temperature adjustment operation is generated by viewing the stored temperature value. In the first scenario, the cleaning task is executed at the appropriate time, and the priority between the two tasks is set higher for the cleaning task. Each device returns a result code that has been executed, and proceeds to the next operation. In the flowchart of FIG. 5, after the first wireless router transmits signals from all the surrounding devices, the discovered device is connected to the wireless router. Then, an event of the first scenario is generated, and the work is started by requesting data from the wireless router. The operation of the first device is checked by checking the status of the first device to be performed first among the searched devices and the device to be next operated is selected by establishing the relationship with the end. The selected device also checks the status and determines whether the device is in operation, thus completing one event. In this case, in the second scenario, when the temperature of the house is increased, the window is closed, the air conditioner is operated, and the fan is operated. In the first scenario, a specific time is set. When the window is opened at that time, However, in the case of overlapping execution in the window operation, the window operation according to the first scenario and the window operation according to the second scenario are contradictory. Therefore, the router can compare the priority of the tasks stored in the task schema 122 and proceed from the task with the highest priority.

4 is a diagram for explaining a process of transmitting data generated from a sensor in a wireless router.

The present invention starts with a value read from a sensor, which is one of the event generating devices, or a result value generated after the device operation ends. The value sensed by the sensor is transmitted to the adonyno board of the wired / wireless router and is stored in a variable form, and is sent to the device management unit 110 through the Wi-Fi shield in the wired / wireless router. The device management unit 110 receiving the data transfers the data to the database 130 in order to store the data in the XML schema 120. Data stored in an update format in the database 130 is again called by the device management unit 110 and stored in the XML schema 120. [ When the device operation is completed, the result code that is generated is also generated and stored as described above.

Hereinafter, a method of managing collaboration between devices based on the above-described configuration will be described in detail.

FIG. 6 is an overall flowchart illustrating a method for managing collaboration between devices using a router according to an embodiment of the present invention. FIG. 7 illustrates a method for determining whether an event is generated in a method according to an embodiment of the present invention FIG.

6, the system of the present invention includes a basic information (Device_info) for a plurality of collaborative devices, task information (Task_info) about the devices, collaboration between devices Relation information (Relation_info) is defined and stored in the XML schema.

For example, events for 'Task 1' and 'Temperature 2' are defined, and apparatus information such as an electronic clock, a window, an audio, and a robot cleaner is defined as devices to be operated for a task (Task 1) . Likewise, device information such as a temperature sensor, a window, an air conditioner, and an electric fan is defined as devices to be operated for a temperature control (Task 2) event. In addition, it is possible to define the task information and the collaboration information related to the priority among the devices for each event. In the case of the temperature control (Task 2) event, the temperature sensor is executed in the first order, the window is closed according to the sensed temperature (second order), the air conditioner is operated (third order), and the fan is additionally operated Scenarios can be defined in sequence.

When the construction of the XML schema is completed, as shown in step S100, a plurality of collaborative devices collaborate in the event generating device to generate an event to perform a desired operation. When the event generation recognition module of the wireless router receives a user terminal, sensor, And receives a signal related to the event from the event-generating device, and detects the occurrence of the event.

As shown in FIG. 7, the event occurrence detection can use a sensing value measured from a direct command, a sensor, or an arbitrary device by a user terminal.

As shown in step S111, the event occurrence recognition module receives the task instruction signal from the user terminal in response to the button corresponding to the task ID, and thus detects the occurrence of the event as in step S115.

When the event occurrence recognition module receives the sensed value measured from the sensor or the arbitrary device (SNS, timer, etc.) as in step S112, it compares the sensed value with the stored reference value as in steps S113 and S114, It is determined whether or not an operation is required depending on whether or not the reference value is satisfied.

If an operation is required, an event is generated as in step S115.

In step S110, the event occurrence recognition module of the router detects and recognizes the task information corresponding to the generated event. The task information may be a unique number (Task_num) of the task corresponding to the event. For example, when a 'temperature control' button event occurs, the task unique number Task1 is transmitted to the peripheral device search module.

In the next step S120, the peripheral device search module of the router searches all the devices stored in the XML schema by the occurrence of the event, compares the device information with the event information corresponding to the event in the search list, Explore the collaborative devices around you.

Through the search, the job execution module of the router or the wireless router transmits the job command to the searched collaborative device to execute the operation of the device.

Specifically, as in step S130, the work execution module of the router selects a first-order device to which the corresponding work is preferentially executed among the discovered collaborative devices.

The collaborative device monitoring module of the router can check the status of the collaborative device searched through the peripheral device search module by referring to the device schema stored in the XML schema as in step S140. Check to see if the collaborative device searched for is currently operational.

If the status of the device is 'busy', it returns to the previous step or waits until the operation of the device is completed by switching to the standby mode.

If the state of the device is 'no busy', as in S150, the wireless router connects and joins to the collaboration device.

The work execution module of the router or router conducts the operation of the device by transmitting a work command to the collaborative device as in step S160.

When the execution of the device is completed, the collaborative device returns a result value, and the wireless router receives a result code from the collaborative device.

In step S170, the router inquires of the collaborative device to be executed next by referring to the collaboration schema of the XML schema from the reception of the completion signal. Check the status and priority for the next collaborative device to be inquired, and continue the work. If another task is interrupted during the arbitrary operation, the priority of the tasks among the tasks in the task schema is compared and the task with the highest priority is executed.

The foregoing description is merely illustrative of the present invention, and various modifications may be made by those skilled in the art without departing from the spirit of the present invention. Therefore, the embodiments disclosed in the specification of the present invention should be interpreted by the following claims, and all the techniques within the scope of equivalents should be construed as being included in the scope of the present invention.

100: Wireless Router (AP) 200: Event generating device
210: user terminal 220: SNS
230: timer (time) 240: sensor
300: a plurality of collaboration devices 110:
120: XML Schema 130: Database
111: event occurrence recognition module 112: peripheral device search module
113: Collaboration device monitoring module 114: Task execution module
121: Appliance schema 122: Operation schema
123: Collaboration Relationship Schema

Claims (14)

A plurality of collaboration devices provided with a microcontroller capable of network communication;
An event generating device for generating an event so that the plurality of collaboration devices collaborate to perform a desired task; And
(Device_info), task information (Task_info), and collaboration relationship information (Relation_info) for the plurality of collaborative devices, and stores them in an XML schema A router for searching for collaborative devices stored in the XML schema when an event is generated from the event generating device and transmitting a work command to neighboring collaborative devices capable of performing an operation corresponding to the event;
Based collaborative management system based on machine socialization using router.
The method according to claim 1,
The wireless router includes:
And transmits a signal to the neighboring collaborative devices to search for the device and connect with the collaborative devices capable of performing an operation corresponding to the event through the search,
And transmits the result code to the XML schema to feedback the completion code (Result code) from the collaborative device and store the state of the collaboration device in the device information when the operation of the collaborative device that has transmitted the work command is completed. Socialization - based collaboration management system.
The method according to claim 1,
The wireless router includes:
An event generation recognition module for recognizing the task information corresponding to the event when an event is generated from the event generation device;
Searching for all devices stored in the XML schema when the event occurs and searching for peripheral collaborative devices matching the task information corresponding to the event based on the device information and the task information stored in the XML schema, ; And
A task execution module for extracting a collaborative device to be preferentially executed among the searched collaborative devices and delivering a work command to the extracted collaborative device to execute an operation of the device;
Based collaborative management system based on machine socialization using a router.
The method of claim 3,
The wireless router includes:
Checking the device status of the collaborative device searched through the peripheral device search module to check whether the current operation is possible, and if the device status is "busy" A collaborative device monitoring module;
Based collaborative management system based on machine socialization using a router.
5. The method of claim 4,
Wherein the job execution module comprises:
Extracting a first-order collaborative device to perform a corresponding job from among the searched collaborative devices and delivering a work order to the first collaborative device, and when the first collaborative device is completed, referring to the collaboration relationship information stored in the XML schema, Wherein the collaborative device is operable to search for a next collaborative device to perform the work first, and to transmit a work command to the collaborative device based on the machine socialization based on the router.
6. The method of claim 5,
Wherein the job execution module comprises:
Wherein the control unit checks the state of the device through the collaboration device monitoring module before delivering the work order to the next collaborative device, and transmits the work order when the operation is possible. Based collaboration management system.
The method of claim 3,
The wireless router includes:
(Device_info), task information (Task_info), and collaboration relationship information (Relation_info) for each of the plurality of collaborative devices is defined and written in an XML document so that mechanical information processing can be performed. And an updateable XML schema;
Based collaboration management system based on machine socialization using a router.
The method of claim 3,
Wherein the event occurrence recognition module comprises:
Receiving a signal of an event button related to a job from a user terminal or receiving a sensed value measured from a sensor or an arbitrary device to detect whether an event has occurred,
When the sensed value is received, compares the sensed value with a preset reference value, and determines that the event has occurred only when a task is required, based on the machine socialization based inter-device collaboration management system.
9. The method according to any one of claims 3 to 8,
The modules are mounted on a USB memory,
Wherein the USB memory is mounted in a router and applied to the machine.
The method of claim 3,
Wherein the job execution module comprises:
The event may be performed in parallel with two or more tasks,
Wherein the priority setting unit sets priorities between the two or more tasks and executes the tasks according to the priority among tasks set for the cooperative apparatuses overlapping the two or more tasks. system.
A method for collaborative management between devices in a system in which a plurality of collaborative devices are communicatable using a wire / wireless router,
The router may define device information (Device_info), task information (Task_info), and collaboration relationship information (Relation_info) for the plurality of collaborative devices and store them in an XML schema.
Generating an event from an event generating device so that the plurality of collaborative devices collaborate to perform a desired task; And
Searching for collaborative devices stored in the XML schema when an event is generated from the event generating device, and transmitting a work command to neighboring collaborative devices capable of performing an operation corresponding to the event;
A method for collaborative management between machines based on machine socialization using a router.
12. The method of claim 11,
In the step of transmitting the job command,
Recognizing an event occurrence recognition module of the wireless router, the task information corresponding to an event generated from the event generator;
The peripheral device search module of the wireless router searches all the devices stored in the XML schema and searches for neighboring collaborative devices matched with the task information corresponding to the event based on the device information and the task information stored in the XML schema ;
Wherein the job execution module of the router or the wireless router extracts a first-order collaborative device that will preferentially perform the job among the discovered collaborative devices and delivers a work order to the collaborative device, and when the execution of the first cooperative device is completed, Searching for the next collaborative device to perform the job first and delivering a work command from the other cooperating collaborative devices other than the collaborative device having completed the execution by referring to the relationship information;
Based collaborative management of machine socialization based on machine socialization.
13. The method of claim 12,
Wherein the step of recognizing the task information corresponding to the event comprises:
Wherein the event occurrence recognition module receives a signal of an event button related to a task from a user terminal or receives a sensed value measured from a sensor or an arbitrary device to detect whether an event has occurred,
Comparing the sensed value with a preset reference value when the sensing value is received, and determining that the event occurs only when an operation is required, based on the machine socialization based inter-device collaboration management using the router.
13. The method of claim 12,
In the step of transmitting the job command,
If two or more tasks are performed in parallel on the event,
Wherein the job execution module sets the priority between the two or more jobs and executes the job according to the priority among the set jobs for the cooperating devices overlapping the two or more jobs. How to Manage Collaboration Between Devices Based on.

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