JP2018010566A - Platform for mobile manufacturing management and optimization - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a platform and a method for performing remote manufacturing management and manufacturing efficiency optimization by providing data acquired from a sensor of a manufacturing machine device by using a cloud server to a mobile device.SOLUTION: A service box is connected to a sensor of a manufacturing machine device. The service box receives proper data from the sensor, and transfers the data to the cloud server in a real time. The data are analyzed, and proper information is transmitted to a mobile device such that a person in charge remote from a place where a facility is placed can monitor manufacturing data, and execute a management function. A message broker is provided between the mobile device and the cloud server such that information transfer can be simply performed, and that the load of data transfer can be distributed on the basis of the performance and state of a network or the device.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a manufacturing system, and in particular, provides data and information acquired from sensors of manufacturing equipment to a mobile device using a service box in order to improve efficiency and throughput analysis and management of manufacturing equipment. The invention relates to a platform and method for remote management of manufacturing and optimization of manufacturing efficiency.

  In factories that manufacture products, products are manufactured using various mechanical devices. The performance of the machinery has a direct impact on production costs and profits gained from product sales. In order to improve the performance of machinery, traditional factories have hired many technicians to maintain machinery.

  In addition, in order to supervise workers and engineers who operate machinery and equipment and manufacturing, it is necessary for many managers to be present at the factory site.

  However, various managers may leave the manufacturing floor to visit customers and suppliers, or to attend meetings and courses. While the manager is away from the site, the status of the production status at that time cannot be accurately grasped, and active manufacturing management cannot be performed. As a result, production volume, quality, and efficiency are adversely affected, leading to an increase in manufacturing cost and a decrease in production efficiency.

  Therefore, to improve the efficiency and effectiveness of manufacturing management, optimize the manufacturing efficiency from a remote location by using platform to acquire data from manufacturing machinery and provide information to mobile devices An efficient system is needed.

  In order to maintain the conventional advantages and overcome the drawbacks of the conventional methods, the purpose of the present invention is to improve the management of manufacturing equipment and optimize manufacturing and profits as described herein. To provide a platform and a method for remotely managing manufacturing, optimizing manufacturing, and improving production efficiency by acquiring data from sensors of manufacturing machinery using information and providing information to mobile devices .

  By using the mobile manufacturing management optimization platform of the present invention, manufacturing managers can obtain real-time status and manufacturing data on mobile devices even when they are away from the manufacturing facility, and tasks via mobile devices Execution and interaction between the plant equipment and the person in charge becomes possible.

  The manufacturing optimization platform and method of the present invention includes a service box, an application server, an agent server, a cloud server, and a mobile device. The service box includes a hardware box including electronic circuits, firmware, and software. The service box connects to the controller and sensor of the manufacturing machine. The service box requests and receives appropriate and accurate data from controllers and sensors and transfers the data to the cloud server in real time. The collected data is constantly monitored and analyzed.

  Sensors including controllers include, for example, programmable logic controllers (PLC), computer numerical controllers (CNC) controllers, pressure sensors, power sensors, vibration sensors, temperature sensors, acoustic sensors, GPS (global) Positioning system sensors, and enterprise resource planning (ERP) / manufacturing execution systems (MES) IT (information technology) systems. The service box can be configured to connect to a desired controller and sensor to receive desired data.

The application server comprises an application market that includes multiple analysis tools and management applications that are being developed or completed by application designers and programmers and are published on the application server. The agent server includes a plurality of analysis and management tools that are downloaded from the application server and can be used directly on the agent server or downloaded to the cloud server. Analysis and management tools include applications that analyze controller and sensor data, manage manufacturing efficiency, and produce effects that maximize the effectiveness of the entire device.
The analysis / management tools include, for example, tools such as troubleshooting, production schedule, quality control, normality analysis, usage expansion function, and energy monitoring. The cloud server uses analysis and management tools that can be used on the agent server or directly on the cloud server that has the controller and sensor data received in real time from the service box.

Mobile devices include, for example, mobile phones and portable computers, and include a service dashboard for effectively visualizing and displaying various results of analysis and management tools provided from a cloud server.
Mobile device users communicate with a cloud server through a service dashboard to effectively monitor and manage various aspects of manufacturing, even when remote from the manufacturing facility.

  According to the present invention, even when the user is not in the factory, the manufacturing process is effectively monitored, analyzed, predicted and managed, and the manufacturing is optimized by increasing the efficiency of the mechanical device and manufacturing, thereby reducing the cost and increasing the profit. Leads to.

  For further understanding of the present invention, the drawings are attached as a part of this specification. The drawings illustrate embodiments of the invention and serve to explain the principles of the invention.

FIG. 3 illustrates a mobile manufacturing management and optimization platform in an embodiment of the present invention. FIG. 3 illustrates a mobile manufacturing management and optimization platform in an embodiment of the present invention. FIG. 6 illustrates a client download process of a mobile manufacturing management and optimization platform in an embodiment of the present invention. It is a figure which shows the operation flow of the platform of mobile manufacture management and optimization in the Example of this invention. It is a figure which shows the operation chart of the platform of mobile manufacture management and optimization in the Example of this invention. FIG. 3 illustrates a data monitoring application for a mobile manufacturing management and optimization platform in an embodiment of the present invention. FIG. 3 is a diagram illustrating a platform update application of a mobile manufacturing management and optimization platform in an embodiment of the present invention. FIG. 3 shows details of the modular architecture of the mobile manufacturing management and optimization platform in an embodiment of the present invention. FIG. 4 is a diagram illustrating acquisition and operation of a mobile manufacturing management and optimization platform application in an embodiment of the present invention. FIG. 3 illustrates a mobility rack application of a mobile manufacturing management and optimization platform in an embodiment of the present invention. FIG. 6 illustrates a service dashboard on a mobile device of a mobile manufacturing management and optimization platform in an embodiment of the present invention. FIG. 6 illustrates a service dashboard on a mobile device of a mobile manufacturing management and optimization platform in an embodiment of the present invention. FIG. 4 is a diagram illustrating a plurality of service boxes of a mobile manufacturing management and optimization platform in an embodiment of the present invention. FIG. 3 is a diagram illustrating a plurality of cloud servers of a mobile manufacturing management and optimization platform according to an embodiment of the present invention.

  These and other objects of the present invention will become more apparent to those skilled in the art from the description of the preferred embodiment detailed below.

  The above-described outline and the details to be described later are representative examples, and are intended to explain the claimed invention in more detail.

  Now, preferred embodiments of the present invention will be described in detail. This embodiment is illustrated in the accompanying drawings. Wherever possible, the same reference numbers will be used throughout the drawings and the description to refer to the same or like elements.

  Please refer to FIG. 1 and FIG. The mobile manufacturing management and optimization platform 100 includes an agent server 120, a service box 130, a cloud server 140, a client device 150, a mobile device 155 and a push type information distribution platform 440 including an application server 110 and a message broker 190.

  The agent server 120 is connected to the application server 110 and the cloud server 140. The service box 130 is connected to the cloud server 140 and sensors of the manufacturing machine device. The cloud server is connected to the agent server 120, the service box 130, the client device 150, the push type information distribution platform 440, and the mobile device 155.

  The connection between the application server 110, the agent server 120, the service box 130, the cloud server 140, the push information distribution platform 440, and the client device 150 includes a wireless network, a wired network, or a combination of a wireless network and a wired network.

  Application server 110, agent server 120, cloud server 140, push-type information distribution platform 440 and client device 150 include servers, computers, tablets, smartphones or other electronic devices that can connect to platform 100.

  Mobile device 155 includes a cell phone, portable computer or tablet. The cloud server connects to the mobile device 155 via the Internet.

The application server 110 includes an analysis and management tool application that is under development or has been completed and can be distributed. Developers utilize the application server 110 when creating and programming analysis and management tools.
When the analysis / management tool is ready for distribution, the analysis / management tool is published on the application server 110 and notified to the agent server 120. The agent server 120 connects to the application server 110 to access and download the published analysis / management tool.

  Analysis and management tools include, for example, tool status monitoring and analysis, data acquisition, normality index extraction and selection, normality evaluation, visualization, performance prediction, quality analysis, planning, inventory, equipment effectiveness, monitoring and manufacturing, Tools for troubleshooting, production schedule, quality control, normality analysis, usage expansion function, energy monitoring, knowledge management, data analysis, system management, customer management, remote monitoring, technical documentation, service management, scheduling and employee management including.

  Service box 130 includes a hardware box with a microprocessor, non-transitory memory, electronic circuitry, firmware, software and input / output connections. The service box 130 is connected to a plurality of controllers and sensors of the manufacturing machine. The service box 130 requests and receives appropriate and accurate data from the controllers and sensors, and transfers these data to the cloud server 140 in real time.

  Controllers and sensors include, for example, programmable logic controllers (PLC), computer numerical controllers (CNC) controllers, pressure sensors, power sensors, vibration sensors, temperature sensors, acoustic sensors, GPS (global positioning). system) sensors, and enterprise resource planning (ERP) / manufacturing execution systems (MES) IT (information technology) systems. The service box 130 can be configured to connect to a desired controller and / or sensor to receive desired data.

The cloud server 140 receives sensor data from the service box 130 in real time. The cloud server 140 can also be reconfigured as to which sensor the service box 130 connects to. The cloud server 140 includes a microprocessor, non-transitory memory, and a plurality of analysis tools and management tools provided from the agent server 120.
The cloud server 140 uses an analysis tool and a management tool that can be used on the agent server 120 or can be directly used on the cloud server 140 having sensor data received in real time from the service box 130. In the embodiment of the present invention, the analysis / management tool is stored and executed locally on the cloud server 140. In another embodiment, the analysis / management tool is stored and executed on the agent server 120.

  The mobile device 155 includes a service dashboard 160 for effectively visualizing and displaying various results of analysis and management tools provided from the cloud server 140. A user of the mobile device 150 communicates with the cloud server 140 via the service dashboard 160 to effectively monitor and manage various aspects of the product.

  In addition to monitoring, users of mobile devices 150 are provided with advanced tools and functions that allow direct control of manufacturing aspects while away from the manufacturing facility. To facilitate and provide these advanced tools, functions, etc., the present invention includes a mobile management application that is installed and operated on the mobile device 155.

  For example, the user of the mobile device 150 notifies the person in charge directly from the mobile management application, contacts other users by e-mail, messages or calls, directly notes on graphs, charts, data lists, etc. Share these details with them, activate alarms on machinery, client devices or other mobile devices, use a shared whiteboard with other members, or select cameras installed in the factory You can see real-time video from other cameras.

  The push type information distribution platform 440 is disposed between the cloud server 140 and the mobile device 155. The push type information distribution platform 440 connects to the cloud server 140 and the mobile device 155 via the Internet. Push-type information distribution platform 440 with message broker 190 facilitates the transfer of data and information between cloud server 140 and mobile device 155.

  In an embodiment of the present invention, the service box 130 is implemented as service box software and is deployed on a server such as the cloud server 140. The service box software and server connect to the machine controller and sensor via a wireless connection. According to this embodiment, the installation is simplified and the maintenance cost is reduced.

  In another embodiment of the invention, the service box software and server connect to the machine controller and sensor via a wired connection.

Please refer to FIG. 11A and FIG. 11B. In operation, a service box connected to a mechanical sensor or controller receives appropriate data from the sensor. This data includes, for example, power consumption, temperature, viscosity, noise level, vibration, quantity or volume of material, total number of products, etc.
The service box transmits the sensor data to the cloud server in real time, and the transmitted sensor data is received by the cloud server. Cloud servers use analysis and management tools for data. The result obtained by using the analysis / management tool for the data is provided to the mobile device 155 by the cloud server. The result is displayed on the service dashboard 160 of the mobile management application of the mobile device 155.

The service dashboard 160 of the mobile device 155 provides the user with a means for accessing the analysis results and data provided from the cloud server. The service dashboard 160 includes, for example, a display of available tools, reports, graphs, charts, maps, history, logs, schedules, quantities, inventory, documents, orders or quotes.
Service dashboard 160 displays icons of available tools and data that can be accessed by a user of mobile device 155. Clicking on one of these icons will visualize the selected icon. For example, when the user selects a production volume icon, the service dashboard 160 not only shows the past volume history, but also displays a graph of the current production volume. In this way, the user can see useful information in real time more easily than reading a printed report.

  The mobile management application and service dashboard 160 can be configured for individual users, and only tools and data suitable for each user are displayed. This avoids information overload and confusion resulting from simplified use of the platform. The service dashboard 160 is also configured to display appropriate data on the mobile device 155 in real time. For example, administrators from other countries can see a real-time graph of a particular status on their mobile device 155 and are not fooled by unnecessary data.

  Please refer to FIG. 3 and FIG. In order to utilize the mobile manufacturing management and optimization platform of the present invention from a mobile device 155, the user 420 performs a client download process 300.

  User 420 initiates account creation by connecting to customer management platform 430 via mobile device 155. User 420 enters various user data related to opening account 310, which is stored in customer management platform 430 and account creation 320 is complete. The information provided includes a telephone number and a device ID of the mobile device 155. This information is used to authenticate or authorize the user when creating an account or logging in.

  The user 420 receives a message from the customer management platform 430 that includes a URL download link 330, such as Email or SMS. User 420 downloads mobile management application 340 via mobile device 155. Then, the installation 350 of the mobile management application starts and the progress of the installation is displayed.

  The user then signs in 360 and uses 370 of the mobile management application via the mobile device 155 to receive data from the mobile management platform 410 and communicate with the platform.

  In addition, the user installs a mobile management application on the mobile management platform 410. The mobile management platform 410 includes a cloud server and a service box. Then, connection information for the mobile management application of the mobile management platform 410 is registered in the customer management platform 430. The mobile management application is downloaded and installed on the mobile device 155.

  The user of the mobile device 155 connects to the customer management platform 430 and logs in. The login is confirmed, and the subscription information having the platform connection information is provided to the push type information distribution platform 440. The mobile management platform 410 then provides the appropriate data collected from the machine 415 to the push information delivery platform 440, which provides the mobile device 155 with the data necessary to use the mobile management application. .

  Please refer to FIG. 5 which shows an operation chart of the mobile manufacturing management and optimization platform in the embodiment of the present invention.

  The mobile management platform 410 includes a cloud server, a service box, an update agent, and a push agent. The service box is connected to the sensor of the mechanical device 415. Data received from the sensor by the service box is transmitted to the cloud server.

  The customer management platform 430 includes a customer management module that manages customers and customer data, a registration manager that manages user registration, a device approval module that executes a device and user approval process, an update management module that performs update management, A customer data database for storing customer data is provided.

  The push type information distribution platform 440 includes a load balance agent, a message broker cluster, and topic data. The load balance agent communicates with the update management module, the message broker cluster, and the push agent. The message broker cluster communicates with topic data and update agents.

  The load balance agent and message broker control the speed and amount of data transmission between the cloud server and the mobile device. For example, by monitoring various aspects such as network speed, bandwidth, device speed, and data type, the push type information distribution platform 440 notifies the cloud server of the increase or decrease of the data transmission speed or the increase or decrease of the data amount. In this way, communication between the cloud server and the mobile device is continuously optimized.

  The mobile management application 156 includes an authorization module, a hardware interface module, an application manager, a data subscriber module, and data. The data subscriber module receives topic data and the approval module communicates with the device approval module.

  Please refer to FIG. 6 showing a mobile manufacturing management and optimization platform data monitoring application in an embodiment of the present invention.

More specifically with respect to FIG. 5, the cloud server instructs the service box to capture and transfer sensor data / machine data. The sensor of the machine 415 sends the machine parameter to the service box of the mobile management platform 410.
The cloud server stores the machine parameters received from the service box. Further, the cloud server encrypts the parameter key and sends it to the push agent, and provides the data topic and key to the registration manager of the customer management platform 430. The push agent issues machine parameter data to the load balance agent of the push type information distribution platform 440.

  The registration manager provides the data received from the cloud server to the customer data database. The customer data database includes, for example, a platform ID, topic key, user ID, device ID, device hash, and the like. The data is used by the device authorization module to authenticate and authorize the mobile device via the mobile management application 156.

  When the mobile management application is approved, the approval module notifies the data subscriber that it will subscribe to the topic. The data subscriber communicates with the load balance agent to notify him to subscribe to the topic. The load balance agent communicates with the message broker cluster to transmit the topic and the encrypted machine information is actively pushed to the data subscriber module. The application manager then accesses the machine information data and provides the data to the user via the service dashboard of the mobile management application.

  See FIG. 7 showing the platform update application. In order to continuously update, the update agent of the mobile management platform 410 communicates not only with the cloud server but also with the load balancing agent and the topic module of the push type information distribution platform.

  The update management module of the customer management platform 430 communicates with the load balance agent and releases update information to the load balance agent. The push type information distribution platform updates the platform by providing update information to an update agent that sequentially communicates with the cloud server.

  See FIG. 8 which shows details of the modular architecture. In the embodiment shown in FIG. 8, the cloud server includes an App-Wale monitor that monitors the App-Ware of the cloud server, an App-Wale manager that manages the App-Ware, a machine device manager that manages the cloud server, It further includes an authorization manager that performs authorization management with the registration manager, a non-transitory memory for storing data, and a data access object that interfaces with the non-temporary memory.

  The service box includes an adapter that connects and receives sensor data from machine sensors, a command receiver that receives capture commands from a cloud server, a data sink manager that synchronizes sensor data, and a collection manager that manages sensor data collection. And an adapter manager for managing the adapter.

  The push agent further includes a push data manager that manages push data and a data publisher that issues push data to the load balance agent.

  The load balance agent includes a selector manager that manages selection and a broker manager that manages a message broker.

  The message broker further includes a topic manager for managing topics and a plurality of topics.

  The mobile authorization module of the mobile management application further comprises a device core manager in communication with the device authorization module and a subscribe manager in communication with the data subscriber.

  The application manager of the mobile management application further includes a report refiner that defines the report, an application report calculator that assists the report refiner in creating the report, and an application container that wraps the mobile management application.

  Please refer to FIG. 9 showing the acquisition and operation of the application.

  In order to provide customized real-time data to a user of mobile device 155, mobile management application 156 includes a custom application report engine, a custom application definition loader, and an application user interface definition.

  Using various modules such as custom application report engine, custom application definition loader and application user interface definition, the mobile management application 156 allows the user to understand what data is involved and how the data is presented or displayed. What data is displayed, what data is displayed, how reports are created and displayed, how users interact with the data, what tools are provided to the user, user interface Various customizations are possible with respect to how is configured.

  Please refer to FIG. 10, which shows a mobility rack application. In the embodiment shown in FIG. 10, the cloud server includes an acquisition data API (Application Program Interface), an algorithm program, output data, a mobile report definition, a web report definition, a report engine, and a report.

The service box transmits sensor data to the cloud server. The acquired data API transfers appropriate data from the raw data to the algorithm program. The algorithm program outputs the result data provided to the report engine and the push agent. The report engine creates a report based on the web report definition.
Mobile report definitions are provided to push agents that provide data to a push-type information delivery platform that in turn communicates with a mobile management application. The custom application loader utilizes the mobile report definition and output data to instruct the custom application report engine to create a customized report for the mobile device 155 user via the mobile management application 156.

Please refer to FIG. In the embodiment shown here, multiple service boxes connect to the same cloud server. The service box A 130A is connected to the machine device A 415A, and receives sensor data from the sensors A, B, and C of the machine device A 415A.
The service box A 130A transmits the received sensor data to the cloud server 140. The service box D130D is connected to the machine device D415D and receives sensor data from the sensor D and the sensor E of the machine device D415D. The service box D130D transmits the received sensor data to the cloud server 140.

  The cloud server 140 is connected to a plurality of mobile devices (mobile device F155F and mobile device G155G) via the message broker 190. Sensor data, analysis data, management data, and machine data from machine A 415A and machine D 415D are available on both mobile device F155F and mobile device G155G, or depend on access privileges.

See FIG. The present invention provides users with flexibility by proposing various configurations for cloud servers and platform services.
In the embodiment shown in FIG. 13, multiple cloud servers connect to the agent server 120. The cloud server A 140A is connected to the service box A 130A, the cloud server B 140B is connected to the service box B 130B, and the cloud servers 140A and 140B are both connected to the same agent server 120.

  Cloud server A 140A is configured as a private cloud server. Private cloud servers contain private data that is accessible only to that user. The cloud server A 140A connects to the agent server and downloads the analysis / management tool. For example, sensor data, manufacturing data, analysis data, and management data are held in the cloud server A 140A and are not disclosed. Private cloud servers, such as cloud server A 140A, provide a high level of security for sensitive data related to user manufacturing.

The cloud server B 140B is configured as a semi-public loud server, in which part or all of the data of the cloud server B 140B is available to the agent server 120.
The agent server 120 provides a cloud data service in the same manner as the analysis / management tool management service for the cloud server B 140B. For example, the agent server 120 periodically updates analysis / management tools, provides access to new tools, performs analysis of manufacturing data, and performs maintenance of the cloud server B 140B. A semi-public cloud server, such as cloud server B140B, is more economical for a relatively small company or a client that does not have a dedicated technical support team for maintenance.

  Message broker 190 communicates with both cloud server A 140A and cloud server B 140B to provide data exchange and communication between mobile device 155 and cloud servers 140A and 140B.

  It will be apparent to those skilled in the art that various modifications can be made without departing from the scope and spirit of the invention. In view of the above, all the various changes and color changes made without departing from the scope of the present invention are included in the present invention and correspond to the present invention.

100 Mobile Manufacturing Management and Optimization Platform 110 Application Server
120 Agent server 130 Service box 130A Service box A
130B Service box B
130D Service box D
140 Cloud server
140A Cloud Wood Server A
140B Cloud Wood Server B
150 Client device 155 Mobile device
155F Mobile device F
155G Mobile device G
156 Mobile Management Application 160 Service Dashboard
160A Mechanical device selector
160B Cooperation tool
160C Order / Process
160D Communication tool 160E Production plan 160F Notification / Alarm
190 Message Broker
300 Client download process
310 accounts
320 Create account
330 URL download link
340 Install Mobile Management Application 350
360 Use Sign-In 370
410 Mobile Management Platform 415 Machine 415A Machine A
415D Machine D
420 users
430 customer management platform
440 Push Type Information Distribution Platform Sensor A
Sensor B
Sensor C
Sensor D
Sensor E

Claims (20)

Mobile manufacturing management and optimization platform, including mobile management platform, customer management platform, mobile device and push information distribution platform,
The mobile management platform is
A cloud server that receives sensor data and obtains analysis data from the sensor data using an analysis tool;
An update agent;
With a push agent,
With
The customer management platform is:
A customer management module for managing customers and customer data;
A registration manager for managing user registration via the cloud server;
A device approval module to approve mobile devices;
An update management module that performs update management;
A customer data database for storing customer data;
With
The mobile device is
A mobile management application for communicating with the cloud server;
The mobile management application is
A mobile authorization module that interacts with the device authorization module to establish authorization of the mobile device;
An application manager for managing settings and configuration of the mobile management application;
A data subscriber;
A service dashboard displaying the analysis results provided from the cloud server;
With
The push type information distribution platform is:
A load balance agent that receives the analysis data from the cloud server via the push agent, controls a data flow between the cloud server and the mobile device, and receives update information from the update management module;
A message broker for transmitting the analysis data to the data subscriber and providing the update information to the cloud server via the update agent;
Comprising
Mobile manufacturing management and optimization platform. The mobile manufacturing management and optimization platform of claim 1, wherein the cloud server further includes a platform ID for providing an encrypted topic key to the registration manager.   The mobile manufacturing management and optimization platform according to claim 1, wherein the push type information distribution platform notifies the cloud server of an increase or decrease of a data transmission rate or an increase or decrease of a data amount.   The mobile manufacturing management and optimization of claim 1, wherein the service dashboard includes display of available tools, reports, graphs, charts, maps, history, logs, schedules, quantities, inventory, documents, orders or quotes. Platform.   The cloud server is approved together with an App-Ware monitor that monitors App-Ware of the cloud server, an App-Wale manager that manages the App-Ware, a machine manager that manages the cloud server, and a registration manager. The mobile manufacturing management and optimization platform of claim 1, further comprising an authorization manager that performs management, a non-transitory memory that stores data, and a data access object that interfaces with the non-temporary memory.   The cloud server further includes a service box, and the service box includes an adapter for connecting and receiving the sensor data from a machine sensor, a command receiving unit for receiving a capture command, and a data sink manager for synchronizing the sensor data. The mobile manufacturing management and optimization platform of claim 1, further comprising: a collection manager that manages sensor data collection; and an adapter manager that manages the adapter.   The mobile manufacturing management and optimization platform according to claim 1, wherein the push agent includes a push data manager that manages push data and a data publisher that issues the push data to the load balance agent.   The mobile manufacturing management and optimization platform according to claim 1, wherein the load balance agent includes a selector manager that manages selection and a broker manager that manages the message broker.   The mobile manufacturing management and optimization platform of claim 1, wherein the message broker includes a topic manager that manages topics and a plurality of topics.   The mobile manufacturing management and optimization platform of claim 1, wherein the mobile approval module of the mobile management application includes a device core manager in communication with the device approval module and a subscriber manager in communication with the data subscriber. .   The application manager of the mobile management application includes a report definer that defines a report, an application report calculator that assists the report refiner in creating the report, an application container that wraps the mobile management application, The mobile manufacturing management and optimization platform of claim 1, comprising: Mobile manufacturing management and optimization platform including mobile management platform, customer management platform, mobile device and push information distribution platform,
The mobile management platform includes a service box, a cloud server, an update agent and a push agent,
The service box receives sensor data from a mechanical sensor, and the service box
An adapter for connecting and receiving the sensor data from the mechanical sensor;
A command receiver for receiving a capture command from the cloud server;
A data sync manager for synchronizing the sensor data;
A collection manager to manage sensor data collection;
An adapter manager for managing the adapter;
With
The cloud server receives sensor data from the service box and obtains analysis data using an analysis tool for the sensor data.
Platform ID,
An approval manager to manage approvals,
Non-temporary memory to store data,
A data access object that interfaces with the non-transitory memory;
With
The push agent is
A push data manager for managing push data;
A data publisher issuing the push data to the load balance agent;
With
The customer management platform is:
A customer management module for managing customers and customer data;
A registration manager for managing user registration via the cloud server, wherein the registration manager provides a topic key with the platform ID encrypted to the registration manager, and the approval manager performs approval management together with the registration manager; ,
A device approval module to approve mobile devices;
An update management module that performs update management;
A customer data database for storing customer data;
With
The mobile device is
A mobile management application for communicating with the cloud server;
The mobile management application includes a data subscriber, a mobile authorization module, an application manager and a service dashboard,
The mobile authorization module interacts with the device authorization module to establish authorization of the mobile device, the mobile authorization module
A device core manager in communication with the device authorization module;
A subscribe manager in communication with the data subscriber;
With
The application manager manages settings and configuration of the mobile management application,
The service dashboard displays the analysis results provided from the cloud server,
The push type information distribution platform includes the load balance agent and a message broker,
The load balance agent receives the analysis data from the cloud server via the push agent, controls the data flow between the cloud server and the mobile device, and receives update information from the update management module. And the load balance agent
A broker manager for managing the message broker;
The message broker transmits the analysis data to the data subscriber and provides the update information to the cloud server via the update agent.
Mobile manufacturing management and optimization platform.   The mobile manufacturing management and optimization platform according to claim 12, wherein the push type information distribution platform notifies the cloud server of an increase or decrease in data transmission rate or an increase or decrease in data amount.   13. The mobile manufacturing management and optimization of claim 12, wherein the service dashboard includes display of available tools, reports, graphs, charts, maps, history, logs, schedules, quantities, inventory, documents, orders or quotes. Platform.   The application manager includes a report refiner that defines a report, an application report calculator that assists the report refiner in creating the report, and an application container that wraps the mobile management application. 12. Mobile manufacturing management and optimization platform according to 12.   The mobile manufacturing management and optimization platform of claim 12, wherein the load balance agent further comprises a selector manager for managing selections.   The mobile manufacturing management and optimization platform of claim 12, wherein the message broker further comprises a topic manager for managing topics and a plurality of topics. Mobile manufacturing management and optimization platform including mobile management platform, customer management platform, mobile device and push information distribution platform,
The mobile management platform includes a service box, a cloud server, an update agent and a push agent,
The service box receives sensor data from a mechanical sensor, and the service box
An adapter for connecting and receiving the sensor data from the mechanical sensor;
A command receiver for receiving a capture command from the cloud server;
A data sync manager for synchronizing the sensor data;
A collection manager to manage sensor data collection;
An adapter manager for managing the adapter;
With
The cloud server receives sensor data from the service box and obtains analysis data using an analysis tool for the sensor data.
Platform ID,
An App-Ware monitor for monitoring App-Ware of the cloud server;
An App-Ware manager for managing the App-Ware;
A machine manager for managing the cloud server;
An approval manager to manage approvals,
Non-temporary memory to store data,
A data access object that interfaces with the non-transitory memory;
With
The push agent is
A push data manager for managing push data;
A data publisher issuing the push data to the load balance agent;
With
The customer management platform is:
A customer management module for managing customers and customer data;
A registration manager for managing user registration via the cloud server, wherein the registration manager provides a topic key with the platform ID encrypted to the registration manager, and the approval manager performs approval management together with the registration manager; ,
A device approval module to approve mobile devices;
An update management module that performs update management;
A customer data database for storing customer data;
With
The mobile device is
A mobile management application for communicating with the cloud server;
The mobile management application includes a data subscriber, a mobile authorization module, an application manager and a service dashboard,
The mobile authorization module interacts with the device authorization module to establish authorization of the mobile device, the mobile authorization module
A device core manager in communication with the device authorization module;
A subscribe manager in communication with the data subscriber;
With
The application manager performs setting and configuration management of the mobile management application, and the application manager
A report refiner to define the report;
An application report calculator that assists the report refiner in creating the report;
An application container for wrapping the mobile management application;
With
The service dashboard displays the analysis results provided from the cloud server,
The push type information distribution platform includes the load balance agent and a message broker,
The load balance agent receives the analysis data from the cloud server via the push agent, controls the data flow between the cloud server and the mobile device, and receives update information from the update management module. And the load balance agent
A selector manager to manage the selection,
A broker manager for managing the message broker;
With
The message broker transmits the analysis data to the data subscriber and provides the update information to the cloud server via the update agent.
A topic manager to manage topics,
Multiple topics,
Comprising
Mobile manufacturing management and optimization platform.   The mobile manufacturing management and optimization platform according to claim 18, wherein the push type information distribution platform notifies the cloud server of an increase or decrease in data transmission rate or an increase or decrease in data amount.   19. The mobile manufacturing management and optimization of claim 18, wherein the service dashboard includes display of available tools, reports, graphs, charts, maps, history, logs, schedules, quantities, inventory, documents, orders or quotes. Platform.