TWM580724U - Process robot management system - Google Patents

Abstract

A process robot management system includes a plurality of process robot hosts and a management host. Each of the process robots can execute a corresponding one-process robot operation and generate a process robot working state. The management host is electrically connected to the process robots, and is connected to each of the process robots to receive the working state of each of the process robots, and includes a display. The display displays a dashboard that is capable of displaying the operational status of each of the process robots and a job execution status associated with the process robot operations to provide a user with more efficient management of the process robots These process robots work.

Description

Process robot management system

The present invention relates to a management system, and more particularly to a process robot management system.

The full name of the process robot is Robotic Process Automation (RPA), a product that simulates the operation of different systems between people on a computer. It is mainly used to automatically execute regular and repetitive workflows. However, the existing process robots are mostly semi-automatic modes of operation, that is, the operations performed by the operator on a process robot, and then the operator directly monitors the operation state of the single process robot. This makes it impossible for the worker's manpower to be utilized more effectively. Therefore, how to manage process robots more efficiently becomes a problem to be solved.

Therefore, the purpose of the present invention is to provide a more efficient process robot management system.

Therefore, the novel process robot management system comprises a plurality of process robot hosts and a management host. Each of the process robots can execute a corresponding one-process robot operation and generate a process robot working state.

The management host is electrically connected to the process robots, and is connected to each of the process robots to receive the working state of each of the process robots, and includes a display. The display displays a dashboard that is capable of displaying the operational status of each of the process robots and a job execution status associated with the process robot operations.

In some implementations, wherein the dashboard displays each of the process robot operating states in four lights, the process robot states include pause, offline, waiting, and working.

In some implementations, the management host further includes an input unit, the input unit is operated by a user to select one of the process robot hosts, so that the dashboard displays the execution of the A work number of the process robot operation, a work item, a start time, an estimated end time, an actual end time, and an execution estimated amount of progress.

In some implementations, wherein the dashboard displays the job execution status in a graphically managed interface, the job execution status includes an overall completion ratio corresponding to the process robot operation, and corresponding to each of the process robots The execution progress of the job.

In some implementations, wherein the input unit is operated by the user, so that the dashboard displays a main monitoring table, the main monitoring table includes each of the process robot working states, each of the process robot hosts, and each a correspondence between the work item of the process robot operation, the execution estimated progress amount, the start time, the estimated end time, and the actual end time.

In some implementations, wherein the input unit is operated by the user, the management host generates a management report, and the management report includes execution status of the related robot operations.

In some implementations, the dashboard displayed by the display of the management host displays a corresponding abnormality when any one of the process robot hosts performs an abnormality in executing the corresponding process robot operation. The message, the management host and an electronic device that informs an operator of the process robot operation.

In some implementations, wherein the management host notifies the electronic device of the worker corresponding to the process robot job by email.

The utility model has the advantages that: the management host establishes a connection with the process robot host to receive the working state of the process robot generated by each of the process robot hosts, and the instrument is controlled by the management host The board displays the working state of each of the process robots and the execution status of the work of the process robots, and can more efficiently manage the process robot operations performed by the process robots.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same reference numerals.

Referring to FIG. 1, an embodiment of the present flow robot management system includes a plurality of process robot hosts 2, 3 and a management host 1. Each of the process robots 2, 3 can execute a corresponding one-process robot operation and generate a process robot working state. Each of the process robot hosts 2, 3 is, for example, one or more computer servers, or other forms of computer hosts. In addition, in the present embodiment, for convenience of description, FIG. 1 illustrates only two process robot hosts, that is, the first process robot host 2 and the second process robot host 3, but is not limited thereto.

The management host 1 is electrically connected to the process robot hosts 2, 3, and is connected to each of the process robot hosts 2, 3 to receive the working state of each of the process robots. The management host 1 further includes a display 11 and an input unit 12. The display 11 displays a Dashboard that is capable of displaying the operational status of each of the process robots and a job execution status associated with the process robot operations. The management host 1 is, for example, a computer server or other form of computer host such as a desktop computer, a mobile device, and the like. The input unit 12 is, for example, a keyboard, a mouse, or other input device, or the display 11 and the input unit 12 can be combined into a touch screen.

Referring to Figures 1 and 2, Figure 2 is a first aspect of the instrument panel display. The instrument panel displays the working state of each of the process robots in four kinds of lights, and the working state of the robot includes pause, offline, waiting, and working. In the first aspect, the red light indicates that the process robot is in a pause state, such as the process robot host RPA02, and the blue light indicates that the process robot is in a waiting state, such as the process robot host RPA04, RPA09, RPA10. The peach light indicates that the working state of the robot is offline, and the green light indicates that the working state of the robot is working, such as the process robots RPA01, RPA03, RPA05~ RPA07. In addition, in the first aspect, the dashboard also displays a robot OVERVIEW, that is, the number of process robot hosts in each of four working states.

Referring to Figures 1 and 3, Figure 3 is a second aspect of the instrument panel. The input unit 12 is operated by a user to select one of the process robot hosts 2, 3, so that the dashboard displays a work number, a work item, and a work item of the process robot operation performed by the user. A start time, an estimated end time, an actual end time, and an estimated progress amount (see Figure 3). In addition, in the second aspect, the dashboard further displays a serial number, a serial number of the process robot, and another working state.

Referring to Figures 1 and 4, Figure 4 is a third aspect of the instrument panel. The dashboard displays the job execution status (Fig. 4) in a graphically managed interface, the job execution status including an overall completion ratio of the process robot operations, and an execution of each of the process robot operations. schedule. In the third aspect, the overall completion ratio is, for example, 95%, and the flow robot operation is, for example, foreign language, clearing, lending, card issuance, billing, billing, and data processing, corresponding to the execution. The progress is completed: 12 / pending: 1, completed: 4 / pending: 0, completed: 0 / pending: 0, completed: 10 / pending: 1, completed: 4 / pending : 0, completed: 8 / pending: 0, completed: 0 / pending: 0.

Referring to Figures 1 and 5, Figure 5 is a fourth aspect of the instrument panel. The input unit 12 is operated by the user, so that the dashboard displays a main monitoring table (such as FIG. 5), and the main monitoring table includes each working state of the process robot (such as a green light or a red light of the state), and each The process robot host (such as RPA01, RPA02), the work item of each process robot operation (such as RPA workstation management interface, foreign language basic data and transaction details), the execution progress amount (such as 12/11, 0) /0), the correspondence between the start time, the estimated end time, and the actual end time. In the fourth aspect, the dashboard also displays a business group and its window, a development group and its window, and another work schedule.

The input unit 12, by the user operation, causes the management host 1 to also generate a management report, which includes the process execution status of the related robot operations. For example, the management report contains a process number corresponding to the process robot operation, a process name, a robot name, a project number, a project abbreviation, a robot number, a project start time, a project end time, and an estimate. Information on the amount of execution, an actual execution, a project status, and so on.

In addition, when any one of the process robot hosts 2, 3 is abnormal in executing the corresponding process robot operation, the dashboard displayed by the display 11 of the management host 1 displays a corresponding abnormal message. For example, it is represented by a flashing red light. The management host 1 notifies an electronic device 9 of an operator who is responsible for the operation of the process robot. For example, the computer host used by the operator is notified by e-mail, or the operator's mobile phone is notified by way of a short message.

In summary, the management host establishes a connection with the process robot hosts to receive the working state of the process robot generated by each of the process robot hosts, and the dashboard is controlled by the management host. Displaying the working state of each of the process robots, and the job execution state of the related process robot operations, such as the first aspect to the fourth aspect illustrated in FIGS. 2 to 5 and the management report, such that The user and related operators can more effectively monitor and manage the process robot operations performed by the process robots, so that the purpose of the present invention can be achieved.

However, the above is only the embodiment of the present invention. When the scope of the novel implementation cannot be limited thereto, all simple equivalent changes and modifications according to the scope of the patent application and the contents of the patent specification are still This new patent covers the scope.

1‧‧‧Management host

11‧‧‧ Display

12‧‧‧ input unit

2‧‧‧First Process Robot Host

3‧‧‧Second process robot

9‧‧‧Electronic devices

RPA01~RPA10‧‧‧Process robot host

Other features and effects of the novel will be apparent from the embodiments of the drawings, in which:  1 is a block diagram showing an embodiment of the novel flow robot management system;  2 is a schematic view showing a first aspect displayed by an instrument panel of the embodiment;  Figure 3 is a schematic view showing a second aspect of the instrument panel of the embodiment;  Figure 4 is a schematic view showing a third aspect of the instrument panel of the embodiment; and  Figure 5 is a schematic view showing a fourth aspect of the instrument panel of the embodiment.  

Claims (8)

A process robot management system includes: a plurality of process robot hosts, each of which is capable of executing a corresponding process robot operation and generating a process robot working state; and a management host electrically connecting the process robot hosts, And each of the process robot hosts establishes a connection to receive the working state of each of the process robots, and includes a display, the display displays a dashboard, the dashboard can display the working state of each of the process robots, and related A job execution status of a process robot. The process robot management system according to claim 1, wherein the dashboard displays the working state of each of the process robots in four kinds of lights, the process state of the robot includes pause, offline, waiting, and working. The process robot management system of claim 2, wherein the management host further comprises an input unit, wherein the input unit is operated by a user to select one of the process robot hosts, so that the dashboard displays A work number, a work item, a start time, an estimated end time, an actual end time, and an execution estimated progress amount of the process robot operation performed by the one of the process robot hosts. The process robot management system of claim 3, wherein the dashboard displays the job execution status in a graphically managed interface, the job execution state including an overall completion ratio of the corresponding process robot operation, and corresponding An execution progress of each of the process robot operations. The process robot management system of claim 4, wherein the input form By operating by the user, the dashboard displays a main monitoring table, the main monitoring table includes each working state of the process robot, each of the process robot hosts, and the work item of each of the process robot operations, A correspondence between the estimated progress amount, the start time, the estimated end time, and the actual end time is performed. The process robot management system of claim 5, wherein the input unit, by the user operation, causes the management host to generate a management report, the management report including an execution status of the related robot operations. The process robot management system of claim 6, wherein the dashboard displayed by the display of the management host is generated when any one of the process robot hosts performs an abnormality in the corresponding process robot operation A corresponding abnormal message is displayed, and the management host notifies an electronic device of an operator corresponding to the process robot operation. The process robot management system according to claim 7, wherein the management host notifies the electronic device of the worker corresponding to the process robot operation by e-mail.