TWI743569B - Industrial computer failure and abnormal detection and interpretation system - Google Patents

Abstract

A system for detecting and interpreting industrial computer faults and abnormalities, especially refers to the hardware mechanism of the working mother computer equipped with a customized industrial computer motherboard. The file is recorded by the recorder of the recording device, and the fault and abnormal information is read by the external smart device to detect and determine whether the motherboard or the hardware mechanism of the work machine is abnormal, so as to quickly solve the problem. The purpose of reducing standby time is its characteristic.

Description

Industrial computer fault and abnormal detection and interpretation system

The industrial computer fault and abnormality detection and interpretation system of the present invention is mainly applied to the technology of detecting and interpreting whether the motherboard or the machine is abnormal, quickly solving the problem, and reducing the standby time.

Press, the CNC processing machines currently on the market are machines controlled by computer numerical values. You only need to input numerical values according to program instructions to control the operating status of the processing machine. The CNC processing machine is controlled by the program stored in the computer memory, so it will input the corresponding program according to the metal cutting requirements of the workpiece. All the cutting processing and all final dimensions to be carried out are input into the computer through the program, so that the computer can clearly know the work to be carried out and execute all the processing. Commonly used CNC-operated machine tools, including: lathes, milling machines, drilling machines, etc. The CNC processing machine can minimize the role of the operator. The operator only needs to input the instruction program in the computer and load the required tools on the processing machine. After that, the computer will automatically perform all other tasks. The computer will guide the machine tool to perform various cutting operations according to the instruction program input by the operator.

For the normal working procedure of general industrial computer booting, please refer to the first figure: the block diagram of the conventional operation procedure. Including: 1. Start 10 (Power On); 2. Initialization 20: Initialize the CPU 21, memory, and chipset Super1/0USB; 3. Power On Self Test 30 (Power On Self Test): For keyboard, mouse, and device 31 on the motherboard, for example: The interface card and expansion card are tested; 4. Whether the self-test of power-on passes (Pass?) 40; 5. No, it cannot be turned on 50; 6. Yes, the operating system is turned on 41; 7. Normal, execute the application 42; 8. Abnormal Status 43; 9. Recorded in the incident log book 44.

However, the normal working procedures of the above-mentioned traditional conventional industrial computers can not be detected and judged whether the computer motherboard has an abnormal failure or an abnormal failure of the processing machine. It is difficult to quickly solve the problem, the standby time is long, and the maintenance is time-consuming and labor-intensive. , For its existing problems and deficiencies that have yet to be overcome.

The inventor is currently engaged in the manufacturing and design of related products, and has accumulated many years of practical experience and experience. Aiming at the existing problems and deficiencies of the traditional general industrial computer inspection system, he has actively invested in the spirit of innovation and improvement to complete the industry. Computer failure and abnormality detection and interpretation system.

The technical means used in the invention to solve the problem and the effect compared with the previous technology are that the hardware mechanism of the working machine is equipped with a motherboard of a customized industrial computer, and the main machine Add hardware and firmware to the device and event log on the CPU, motherboard, and record the file by the recorder of the recording device, and then read the fault and abnormal information from the external smart device to detect and determine whether it is The main board or the hardware mechanism of the working machine is abnormally faulty, so as to achieve the purpose of quickly solving the problem, reducing the standby time, and having the improvement in efficiency, and its main purpose is achieved.

this invention

1‧‧‧Motherboard

2‧‧‧Working machine hardware mechanism

10‧‧‧Start

20‧‧‧Initialization

21‧‧‧Central Processing Unit

30‧‧‧Power-on self-test

31‧‧‧Devices on the motherboard

40‧‧‧Whether the power-on self-test passed (Pass?)

41‧‧‧Operating system boot

42‧‧‧Run application

43‧‧‧Abnormal situation

44‧‧‧Load event log

50‧‧‧Cannot boot

60‧‧‧Added hardware and firmware

70‧‧‧Recording device

71‧‧‧Recorder

72‧‧‧Record file

80‧‧‧External smart device

Habitual part

1‧‧‧Motherboard

10‧‧‧Start

20‧‧‧Initialization

21‧‧‧Central Processing Unit

30‧‧‧Power-on self-test

31‧‧‧Devices on the motherboard

40‧‧‧Whether the power-on self-test passed (Pass?)

41‧‧‧Operating system boot

42‧‧‧Run application

43‧‧‧Abnormal situation

44‧‧‧Load event log

50‧‧‧Cannot boot

The first figure: is a block diagram of the operating procedure of the habit.

The second figure: is a block diagram of the operating procedure of the present invention.

The third figure: is a schematic diagram of the state of use of the present invention.

The fourth figure: It is the first schematic diagram illustrating the example of the record content of the present invention.

Figure 5: Diagram 2 of the example description of the record content of the present invention.

Figure 6: Illustrated diagram 3 of the record content example of the present invention.

Figure 7: Figure 4 illustrates the example of the record content of the present invention.

Figure 8: Illustrative diagram 5 of the record content of the present invention.

In order to make it easier for people who are specialized and familiar with this technique to understand the structure of the present invention and the functional benefits that can be achieved, a specific embodiment is enumerated with a detailed description of the diagram as follows: An industrial computer failure and abnormality For the detection and interpretation system, please refer to the second figure: it is a block diagram of the operating procedure of the present invention. As shown in the third figure: it is a schematic diagram of the use state of the present invention. Mainly: the hardware mechanism 2 of the working mother machine is equipped with a main board 1. The normal working procedures of Mingzhi industrial computer start-up include: 1. Start 10 (Power On); 2. Initialize 20: Initialize the central processing unit 21, memory, and chipset Super1/0USB; 3. Start self-test 30 (Power On) On Self Test: Test the keyboard, mouse, and the devices 31 on the motherboard, such as interface cards, expansion cards; 4. Whether the power-on self-test has passed (Pass?) 40; 5. No, it cannot be turned on 50; 6. , Yes, the operating system is booted 41; 7. Normal, execute the application 42; 8. Abnormal condition 43; 9. Load the event log 44.

10. Add hardware and firmware 60, such as USB, etc., to the central processing unit, devices on the motherboard and the event record book; 11. The recorder 71 of the recording device 70 converts the central processing unit 21 and the motherboard 31 The information record file 72 of the event record book 44 and the device on the device; 12. The record file is read by an external smart device 80, such as a mobile phone, computer, notebook computer, or tablet computer, ipad, etc., to detect and determine whether it is the motherboard 1 Or the hardware mechanism 2 of the working machine has an abnormal failure, so as to quickly troubleshoot the problem and reduce the standby time.

The present invention, which is composed of the above-mentioned component structures, is to provide an industrial computer fault and abnormality detection and interpretation system. In practical application: Please refer to the fourth figure: a schematic diagram showing an example of the record content of the present invention. Record content example 1 Description: Including the basic information of the stand-alone machine, the start time of each record, and the complete raw data of the BIOS (English: Basic Input/Output System, Chinese: Basic Input/Output System) for advanced analysis by the original manufacturer.

Please refer to the fifth figure: the second diagram illustrating the example of the record content of the present invention. Record content example 2 Description: BIOS execution status code, record the start and end time of the BIOS, the status of each memory slot: installed: display capacity, not detectable: NA. Status of each fan: installed: display speed, not detectable: NA.

Please refer to the sixth figure: the third diagram illustrating the example of the record content of the present invention. The third example of the record content explains: the temperature (℃) of the system hardware and the status monitoring record of each core voltage (mv).

Please refer to Fig. 7: Fig. 4 illustrating the example of the record content of the present invention. Record content example four Description: PClc interface use status, network card status information, normal: display MAC address, other slot status: install OK, not detect: NA. Expansion card interface status: installed OK, not detected: NA.

Please refer to the eighth figure: a schematic diagram five illustrating an example of the record content of the present invention. Example 5 of record content Description: USB slot usage status: USB PORT 01~09, 01, 06 have installation display: USED, 02, 03, 04, 05, 07, 08, 09 can not be detected, display: NA.

Based on the foregoing, the present invention provides an industrial computer fault and abnormality detection and interpretation system. After the inventor’s actual production and repeated operation tests, it proves It can indeed achieve the expected functional benefits of the present invention. At the same time, it is the first creation that has not been seen or heard in the market. It has industrial use value. It is indeed in line with the establishment of the utility and progress of the invention patent. It is based on the patent law. It is stipulated that an application for a patent for invention should be filed with the Bureau of Jun.

1‧‧‧Motherboard

10‧‧‧Start

20‧‧‧Initialization

21‧‧‧Central Processing Unit

30‧‧‧Power-on self-test

31‧‧‧Devices on the motherboard

40‧‧‧Whether the power-on self-test passed (Pass?)

41‧‧‧Operating system boot

42‧‧‧Run application

43‧‧‧Abnormal situation

44‧‧‧Load event log

50‧‧‧Cannot boot

60‧‧‧Added hardware and firmware

70‧‧‧Recording device

71‧‧‧Recorder

72‧‧‧Record file

80‧‧‧External smart device

Claims (2)

A system for detecting and interpreting industrial computer faults and abnormalities, which mainly consists of: the hardware mechanism of the working mother computer is equipped with a custom-made industrial computer mainboard. After the mainboard is started, the central processing unit is initialized first, and then the mainboard The device performs boot self-test. If it fails the test, it cannot be turned on. If the test is passed, the operating system is turned on and executes the application. If there is an abnormal condition, it will be loaded into the event log. The feature is that the motherboard is in the central processing unit, The device on the board and the event log are electrically connected to a newly-added hardware and firmware, and the newly-added hardware and firmware are electrically connected to a recording device. The recording device is equipped with a recorder for recording files. The recording device can be used by an external smart device to read normal or abnormal fault information, so as to detect and determine whether it is an abnormal fault of the motherboard or the hardware mechanism of the work machine, and the newly added hardware and firmware are USB. The industrial computer fault and abnormality detection and interpretation system described in claim 1, wherein: the external smart device is a mobile phone, a computer, a notebook computer, or a tablet computer ipad.

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