TWI636439B - Circuit monitoring and information management system for equipment engineering - Google Patents

Abstract

The invention mainly provides a circuit monitoring and information management system for equipment engineering, which comprises: a device group, an electronic control line device connected with the device group, and is disposed in each device group and an electric control set line. a circuit information management device between the devices and a monitoring host connected to the electronic control line device; wherein the monitoring host has a circuit monitoring management program built therein, which can monitor information about each device and circuit of the overall device engineering Position, system architecture, circuit construction, and current operational status; the circuit information management device has at least one code indicating component respectively disposed at each end of the circuit in a preset color to represent different devices and circuits, and At least one QR code of each device is displayed on the device, and the device and circuit information of the whole device engineering is displayed after scanning by a reading device, and a device system architecture diagram; Through the circuit monitoring and management program, immediately identify the abnormal device and its circuit when abnormal conditions, and effectively manage related correlations. Drawing, file information for future reference at any time during maintenance, with the identifier codes marked with respective circuit components of the code marking, may be to shorten the construction time and reduce maintenance construction error, and testing and maintenance operations are easier.

Description

Circuit monitoring and information management system for equipment engineering

The invention relates to a monitoring system technology, in particular to a circuit monitoring system used in various equipment engineering. When a device or a circuit detects an abnormality in maintenance or an abnormality, the system architecture diagram, the circuit construction drawing surface, the equipment position, and the abnormality can be quickly obtained. Relevant information such as components and location to facilitate maintenance and enquiry.

Since the application of technology has penetrated into the human living environment, people will be exposed to a wide variety of devices or equipment, such as food, clothing, housing, travel, education, music, etc. These devices and equipment make human life more Save time and convenience, have more time to do other things, and make human life more comfortable and healthy. Most of the devices that people are exposed to are usually in the environment of work, home or public places, and most of them are installed in buildings.

Equipments commonly used in buildings, such as electromechanical equipment, fire-fighting equipment, air-conditioning equipment, and weak electrical equipment, including electromechanical equipment including wastewater treatment, pumping and drainage, water storage, lighting, elevators or parking; fire-fighting equipment has alarms, Sprinklers, emergency lighting, temperature or gas detection, fire hydrants and fire pumps; air conditioning equipment includes air conditioning, heating, temperature or gas detection, circulating exhaust, generators and cooling, etc.; weak electrical equipment common Such as emergency calls for help, network telecommunications, access control, surveillance, intercom, antennas and other devices.

The above-mentioned various types of equipment devices can operate independently, and several devices or devices can be collectively controlled and controlled by a control device or system. If multiple devices are to be centrally controlled, relevant circuit construction will be required. All devices are connected to each other and connected to the control host, and the control host controls the operation and stop of each device. This type of device that monitors several devices in a unified manner by a control host is the monitoring of systemized devices or the monitoring system of devices.

In addition to the operation control of each device, monitoring and detection are also indispensable for the overall systemized equipment. This is the management level of the systemized equipment. It is mainly to know immediately whether the current operating status of each device is normal. And "management" can make the whole The control and operation of systemic equipment has become more sophisticated. The "control" part of the monitoring technology of the systemized device is to control the control signal transmission between the host and each device, and the control host transmits the control signal to the relevant device after analyzing and judging the signal of the return or according to the condition. In order to control its operation or stop; the "Management" section monitors whether the transmission of each signal, current, voltage, etc. is normal, whether the operation of the equipment is abnormal, the operation of the relevant operation, and the operation of the control host and each device. Detection and elimination of abnormalities, etc.

When there is an abnormality in the systemized device, even if the device is in the standby state, the better monitoring system still has the function of prompting or alerting the personnel, and the prompting method mostly displays an abnormal situation on the display, which belongs to "actively knowing the abnormality. However, some monitoring systems do not have an abnormal display or prompt function. If the device has a problem during the standby time, it must be discovered during the next startup operation because the device is not running as scheduled. This is "passively knowing that an abnormality has occurred." Passive knowledge often leads to unstoppable consequences. For example, when the pumping motor is mainly caused by heavy rain or flooding when the water level reaches a predetermined level, it will drive the pumping action. It is a non-frequently used device, but only when it is in an emergency state. It was found that the pumping motor was damaged, resulting in serious water flooding. In general, the damage of the pumping motor may have occurred before the flood, but no one knows.

Most of the abnormal operation occurs as a problem on the device or circuit, and it is necessary to separately detect the abnormal device or circuit. At present, the abnormal "circuit" detection methods for systemized devices can be broadly classified into "manual detection" and "automatic detection". "Manual detection" refers to the measurement of the signal, voltage or circuit of the circuit along the instrument. Current, the abnormal position of the circuit is judged by the change of the data. Such circuit detection instruments are commonly used such as three-meter electric meter, network tester, etc.; and "automatic detection" is a monitoring system with detection function, which can automatically detect When the signal, voltage or current in the circuit changes and feedbacks the signal to the control host, it can immediately find out which circuit and its equipment, and abnormal conditions may occur.

Regardless of the detection methods of "manual detection" and "automatic detection", the final maintenance personnel are required to carry the circuit route construction drawing or the overall equipment system architecture diagram to find the location of the abnormality on site, sometimes the more complicated system architecture. You may need to carry several pictures, and combine the monitoring system prompts to judge the components, equipment or circuits that may be abnormal, and then check the problem one by one, find out the problem, and then judge the required The repair tools or materials used must also be repaired by obtaining suitable repair tools and replacement materials.

The use of monitoring systems is quite extensive, with different devices, software and applications. The body, with different functions, requires a specific monitoring system to meet various requirements. This case is for the monitoring system of equipment installations. A monitoring system technology of a conventional device or device, such as the "integrated monitoring device" disclosed in the Japanese Patent No. 104219599, which monitors a plurality of main control devices respectively disposed in a building having a plurality of spaces via a cloud device And the plurality of linkage devices, the integrated monitoring device comprises a space device establishing module, a device linking module, and an integrated monitoring module, wherein: the space device establishing module comprises: a space establishing unit, operable to A controlled space setting is established for each space, and each controlled space is set with a plurality of monitoring options respectively for setting the main control device to be connected for monitoring, and a main control device setting unit is operable to operate each A monitoring option is associated with a master device; the device linkage module includes: a linkage device setting unit, and the master device associated with the monitoring option is associated with at least one linkage to be activated. a device, and a linkage function setting unit, which is operable to set the linked device to be associated The linkage function generated by the linkage; the integrated monitoring module can transmit all the controlled space settings to the cloud device, and can receive all the master devices and all the linked devices that are associated with each controlled space setting transmitted by the cloud device. Functional information.

A monitoring system technology of a conventional device or device, such as the "air conditioning monitoring system" disclosed in the new patent No. 106205420, which comprises: a plurality of ice water hosts; and a plurality of ice for detecting the ice water host a sensor for water temperature difference information; a plurality of control units respectively disposed in the ice water host and configured to control the operation of the ice water host, each control unit includes information for obtaining a corresponding sensor and a processor for controlling operation of the corresponding ice water host, and a fuzzy computing module coupled to the processor, each processor executing a corresponding fuzzy computing module and matching the ice water temperature difference information detected by the corresponding sensor Controlling the operation of the corresponding ice water host by the fuzzy operation; and a cloud processing platform connected to the network of the control unit, the cloud processing platform storing the fuzzy computing module of the control unit and the cloud processing platform can monitor and The information that the control unit controls the operation of the ice water host is analyzed, and when the processor of any control unit cannot execute the corresponding fuzzy operation module, the cloud can be processed by the cloud. Taiwan Download the required fuzzy operations module and executed.

There is also a monitoring system technology of a conventional device or device, such as the "monitoring system for common public facilities in buildings" disclosed in the domestic patent No. 104128570, which is suitable for matching a building monitoring information cloud server and a plurality of configurations. Common public in a building Commonly used by the device, the monitoring system comprises: a plurality of detection modules, respectively configured in the common public device, and having a signal transmitting unit capable of emitting a detection signal; a plurality of escape light devices arranged to escape on each floor of the building a channel, a stairwell or an escape exit having a receiving unit coupled to the signal transmitting unit, an information transmitting unit coupled to the receiving unit signal, and a power required for the receiving unit and the information transmitting unit to operate a power-off unit; after receiving the detection signal of the signal transmitting unit, the receiving unit determines at least the detection information of the common public device, and converts the detection information into a notification signal and transmits the information to the information transmitting unit; the information transmitting unit After receiving the notification signal, the detection information is uploaded to the building monitoring information cloud server, and is continuously updated; the signal between the signal transmitting unit of each detecting module and the receiving unit of each of the escape light devices The link is to use Bluetooth protocol communication, Wi-Fi protocol communication, or ZigBee protocol communication; Common Public information detecting device comprising encoding each floor identity (Identification No.), each of the escape apparatus lamp receiving unit after receiving the detection signal, so that the detection of the common public information includes device location where the floor.

The above-mentioned conventional monitoring system technology belongs to several devices and devices used in the building, and integrates and systematically monitors the technology. The first case is mainly used as a control for linking several devices to start, and combined with cloud technology. The related information is uploaded; the second case is the monitoring system used for air-conditioning related equipment; the third case is the fire and emergency escape monitoring system used in public places.

However, the aforementioned conventional monitoring system only discloses the control architecture, the connection mode, the control procedure, and the applied control technology of the monitoring system, and only refers to the technology of the "control" part, and does not disclose the circuit detection technology of the whole system, or an abnormality. The technical description of the "management" part such as the time processing method is actually only part of the front-end control, failing to achieve the effect of back-end management; on the other hand, the relevant construction is required for maintenance and detection of abnormalities. The layout drawings or documents, related information, etc. are not well managed. It is impossible to obtain relevant information or information at the time of maintenance, making the inspection work complicated and difficult, and it often takes a considerable amount of time. In addition, during the inspection Because the circuit lines are complicated, it is impossible to immediately find out which circuit corresponds to which circuit, and often the circuit is judged to be wrong, which causes the maintenance or wiring construction error. Therefore, the inventor of this case systematically monitors several devices. System, providing the abnormality checking function of the back-end management part, and at the same time The relevant documents or information required for maintenance are fully managed for immediate inspection during maintenance.

In view of the above, the circuit monitoring and information management system of the device engineering disclosed in the present invention comprises: a device group, an electronic control line device connected to the device group, and is disposed in each device group and a circuit information management device between the electronic control line device and a monitoring host connected to the electronic control line device; wherein the monitoring host has a circuit monitoring management program built therein, which can monitor each device of the overall device engineering The information, location, system architecture, circuit construction, and current operational status of the circuit; the circuit information management device has at least one code mark respectively disposed at each end of the circuit in a preset color to represent different devices and circuits The component and the at least one quick response matrix code (QR Code) respectively disposed on each device display the device and circuit information of the overall device engineering and the system architecture diagram of the device through a scanning device; Through the above-mentioned components, the monitoring and management program through the circuit immediately recognizes the abnormal device and its circuit when abnormal conditions are present, and effectively manages related Close the drawings, documents and information for inspection at any time, and cooperate with the code marking component to mark the various circuit markings, which can shorten the maintenance and construction time and reduce construction errors, and make the inspection and maintenance operations more convenient. .

The main purpose of the present invention is to provide a circuit monitoring and information management system for equipment engineering, which has a circuit monitoring management program, which can display the equipment system architecture diagram of the overall design project on the display unit, when an abnormal situation occurs, On the display screen, the abnormal connection line or device in the equipment system architecture diagram changes color to alert, so that the personnel can immediately recognize the abnormal device and its circuit.

The second object of the present invention is to provide a circuit monitoring and information management system for equipment engineering, and a quick response matrix code (QR Code) for quickly scanning and reading data on the electronic control line device, using the first reading After the device is scanned, the relevant equipment and circuit information of the whole equipment engineering can be obtained, including the equipment system architecture diagram, the circuit construction drawing and the location of each equipment. Therefore, the information, documents and drawings related to the overall system equipment can be obtained instantly. The function, and the maintenance personnel do not need to carry the relevant documents with them, so the inspection is quite convenient and simple.

A further object of the present invention is to provide a circuit monitoring and information management system for equipment engineering, in which at least two end portions of each circuit are provided with a code indicating component, which uses color as a classification and discrimination of circuits and wires of each device. The circuit wires and equipment are coded to facilitate quick detection of the target circuit wires and their equipment when comparing or checking the relevant documents and drawings, which can effectively shorten the maintenance construction time and reduce construction errors. The situation happened.

A further object of the present invention is to provide a circuit monitoring and information management system for equipment engineering, which is to digitally manage and save the drawings, documents and information related to the overall equipment system, so as to achieve the effect of complete file preservation. At the same time, it can provide the function of quick inquiry by the inspectors.

[this invention]

(10)‧‧‧Device Group

(11)‧‧‧Device A

(12)‧‧‧Device B

(13)‧‧‧Device C

(14)‧‧‧Device D

(15) ‧‧‧Equipment E

(16)‧‧‧Device F

(17)‧‧‧Device G

(101)‧‧‧Antenna equipment

(102) ‧ ‧ ambulance for help

(103)‧‧‧Telecom equipment

(104) ‧‧‧ intercom equipment

(105) ‧‧‧Access Control Equipment

(106)‧‧‧Monitoring equipment

(111)‧‧‧Alarm equipment

(112)‧‧‧ sprinkler equipment

(113) ‧ ‧ emergency lighting equipment

(114)‧‧‧Gas detection equipment

(115)‧‧‧ Temperature detection equipment

(116)‧‧‧Reserved electrical equipment

(117)‧‧‧Fire hydrant box equipment

(118)‧‧‧Fire pump equipment

(121)‧‧‧Air-conditioning equipment

(122)‧‧‧ Heating equipment

(123)‧‧‧Temperature detection equipment

(124)‧‧‧Gas detection equipment

(125) ‧‧‧Circulating exhaust equipment

(126)‧‧‧Power generation equipment

(127) ‧‧‧Cooling equipment

(131)‧‧‧Waste treatment equipment

(132)‧‧‧Drainage equipment

(133) ‧‧‧Water storage equipment

(134)‧‧‧Lighting equipment

(135)‧‧‧Mechanical parking

(136)‧‧‧Elevator equipment

(20)‧‧‧Electric control line assembly

(21)‧‧‧Monitoring module

(22)‧‧‧Set line module

(23)‧‧‧Electric control box

(30)‧‧‧Circuit information management device

(31) ‧‧‧ symbol marking components

(32)‧‧‧Response Matrix Code

(33)‧‧‧Reading device

(40)‧‧‧Monitoring host

(41)‧‧‧Circuit Monitoring Manager

(411)‧‧‧ Equipment System Architecture

(412)‧‧‧Architectural plan

(413) ‧‧‧Circuit construction drawings

(414) ‧ ‧ anomalous warning color

(415)‧‧‧Message Bar

(42)‧‧‧Display unit

(51)(52)(53)(54)(55)(56)(57)(58)‧‧‧ Circuitry

The first figure is a structural diagram of a device system according to a preferred embodiment of the present invention.

The second figure is a schematic diagram of device circuit connection according to a preferred embodiment of the present invention.

The third figure is a schematic diagram of a display interface of a display unit according to a preferred embodiment of the present invention.

The fourth figure is a schematic diagram of a display interface of a reading device according to a preferred embodiment of the present invention.

The fifth figure is a system architecture diagram of a weak electrical engineering device according to a preferred embodiment of the present invention.

Figure 6 is a schematic diagram showing the connection of equipment circuits of a weak electrical project according to a preferred embodiment of the present invention.

FIG. 7 is a diagram showing an abnormal state display of a display module of a weak electrical engineering according to a preferred embodiment of the present invention.

Figure 8 is a diagram showing an abnormal state display of a weak electrical engineering reading device according to a preferred embodiment of the present invention.

FIG. 9 is a structural diagram of a system of a fire protection engineering according to a preferred embodiment of the present invention.

FIG. 10 is a structural diagram of an equipment system of an air conditioning project according to a preferred embodiment of the present invention.

11 is a structural diagram of an equipment system of an electromechanical engineering according to a preferred embodiment of the present invention.

First, please refer to the first to fourth figures. The circuit monitoring and information management system for equipment engineering provided by the present invention comprises: a device group (10), and an electronic control coupled with the device group. The line collecting device (20) is disposed between each device group (10) and the electronic control line device (20) A circuit information management device (30) and a monitoring host (40) coupled to the electronic control line device (20).

The device group (10) is a plurality of devices scheduled to be monitored, controlled, detected, and managed; as shown, it has a device A (11), a device B (12), and a device C (13). a group of devices D (14), a device E (15), a device (16), and a device G (17), mainly based on equipment installed in the equipment engineering plan, Machines or equipment, and usually dispersed in different locations within a predetermined area, which are the equipment, machinery or equipment to be monitored by the overall project.

The electronic control line device (20) has a monitoring module (21) and a line module (22) connected to each other, and the line module (22) is respectively a circuit (51) (52) (53) (54) (55) (56) (57) are individually associated with a plurality of devices of the device group (10), and are concentrated in each of the circuits (51) (52) (53) (54) (55) ( 56) (57) is further coupled to the monitoring module (21) to receive detection by the monitoring module (21); as shown, the circuit (51) is coupled to the device A (11), The circuit (52) is coupled to the device B (12), the circuit (53) is coupled to the device C (13), the circuit (54) is coupled to the device D (14), the circuit (55) The system is coupled to the device E (15), the circuit (56) is coupled to the device F (16), and the circuit (57) is coupled to the device G (17).

The circuit information management device (30) is disposed between each device group (10) and the electronic control line device (20), and has at least one code indication component (31) and at least one fast response matrix code (QR) Code) (32), in the embodiment, the code labeling component (31) is number 7 and is respectively set in each of the circuits (51) (52) (53) (54) (55) with different preset colors. ) (56) (57) at both ends, and each of the circuits (51) (52) (53) (54) (55) (56) (57) is set to the code indicator component of different colors (31) ), each representing a circuit of a different device; the QR Code (32) is scanned by a reading device (33) to display the overall device on the reading device (33) Engineering related equipment and circuit information, and a device system architecture diagram (411), and in the displayed system architecture diagram (411), each of the circuits (51) (52) (53) (54) (55) The lines of (56)(57) are respectively displayed in the color of the code designing component (31), and each of the circuits (51) (52) (53) (54) (55) is also displayed ( 56) (57) the location of the device to which it belongs; the code designation component (32) may be the same color and in a ring shape a preset portion fixed at each end of each of the circuits (51) (52) (53) (54) (55) (56) (57); the QR Code can be further Displaying a circuit construction drawing (413) having associated equipment, circuit symbols, connection lines, and node locations; the reading device (33) may be mobile An application of one of the devices, such as a tablet or tablet.

The monitoring host (40) is coupled to the monitoring module (21), and after receiving the detection signal of the monitoring module (21), performs operations related to calculation, analysis, judgment, and control execution; A circuit monitoring management program (41) is built to monitor the information and devices of each device and circuit (51) (52) (53) (54) (55) (56) (57) of the overall device engineering of the control device. The installation location, the circuit construction structure, and the current operational status, and displaying related information in a display unit (42), the display unit (42) can be applied to one of a screen, a mobile phone, a tablet computer, a notebook computer, etc.; The circuit monitoring management program (41) enables the display unit (42) to completely display the device system architecture diagram (411) of the overall device system, and the circuit connected to each device on the drawing is represented by a line connection. The color of the line corresponds to the color of each of the code indicating components set at both ends of the circuit in the actual wiring; the circuit monitoring management program (41) can display a floor plan of the display unit (42) (412) ) and indicate each device (11) on the floor plan (412) of the building ( 12) the mounting position of (13)(14)(15)(16)(17) and the wiring path of the circuit (51)(52)(53)(54)(55)(56)(57); The display unit (42) can also display the circuit construction drawing (63), the drawing has its associated equipment, circuit symbol, connection line and node position; a message bar (415) provides information in a textual description. And the operating state prompt; when one of the circuits (51) (52) (53) (54) (55) (56) (57) has an abnormality, the abnormal circuit will be in the device system architecture diagram (411) The route is converted into an abnormal warning color (414) for the instant recognition; the circuit monitoring management program (41) uses the detection information returned by the monitoring module (21) to analyze each of the circuits ( 51) (52) (53) (54) (55) (56) (57) signal packet circulation and current state, as judged each of the circuits (51) (52) (53) (54) (55) (56 (57) and the basis of whether each of the devices (11)(12)(13)(14)(15)(16)(17) respectively associated with it is abnormal.

Through the above device, the monitoring and management program (41) through the circuit immediately recognizes the abnormal device and its circuit when abnormal conditions are present, and effectively manages relevant related drawings, files and information for maintenance, and is ready for inspection. The code labeling component (31) is coded by the circuit (51) (52) (53) (54) (55) (56) (57), which can shorten the maintenance construction time and reduce construction errors. And make inspection and maintenance operations more convenient.

In order to further understand the structural features, technical means and expected effects of the present invention, the manner of use of the present invention will be described as follows: First, the application of the present invention to the application of the weak electrical engineering equipment is explained, please refer to the fifth figure to The eighth figure, wherein the device group (10) device, including the antenna device (101), is in a hurry The rescue device (102), the telecommunication device (103), the intercom device (104), the access control device (105), and the monitoring device (106), etc., together constitute a device group of the nature of the home management system or the monitoring system. (10); each device group (10), electronic control line device (20), circuit information management device (30) and monitoring host (40) and other devices, as described above, each device with each of the circuits (51) (52) (53) (54) (55) (56) respectively connected to each other in parallel; the electronic control line device (20) is provided with an electric control box (23), which is a housing having a space therein. Each of the monitoring module (21), the hub module (22), the concentrated end of each of the circuits (51) (52) (53) (54) (55) (56) and the fast response matrix code are provided. (QR Code) (32); wherein the emergency service device (102) includes a service bell, an alert button, an alarm device, and the like; the telecommunication device (103) includes an Internet, a wireless network, a base station, and the like. The intercom device (104) includes a sound intercom, a video intercom, and the like; the access device (105) includes an electric lock, a door card sensing, a fingerprint sensing, a pupil sensing, and the like; and, in each of the antenna devices (101), police The rescue device (102), the telecommunication device (103), the intercom device (104), the access control device (105), and the monitoring device (106) may also be provided with the QR code (32). For scanning and reading information.

After receiving the signal transmitted by the monitoring module (21), the monitoring host (40) performs analysis, calculation and judgment by the circuit monitoring management program (41), and each circuit (51) (52) (53)(54)(55)(56) and its associated equipment are in normal or abnormal state, and then automatically update each of the equipment system architecture diagram (411) and the building plan (412) with relevant changes in the drawings. The graphic or line is finally displayed directly by the display unit (42), or is scanned by the reading device (33) by scanning the quick response matrix code (QR Code) (32) to prompt or alert the current Device group (10) and circuit (51) (52) (53) (54) (55) (56) operation.

Therefore, in the normal state, each of the device groups (10) and each of the circuits (51) (52) (53) (54) (55) (56) connected thereto are normally operated, and if the monitoring host is utilized (40) When querying the system architecture diagram (411) of the device, in the drawing of the device system architecture diagram (411) displayed in the display unit (42), the respective devices of the device group (10) are coupled thereto. The color of the circuit lines of the line module (22) is identical and consistent with the color code component (31) of each set. When the floor plan (412) and the circuit construction drawing (413) of each of the buildings are inquired, the drawings may be displayed in the display unit (42). In the message bar (414), the relevant text descriptions such as "Operation is normal" are displayed.

When an abnormal situation occurs, the monitoring module (21) is mainly used to monitor each device group (10) and circuits (51) (52) (53) (54) (55) (56) according to each circuit. (51)(52)(53)(54)(55) (56) The signal packet circulation and current status are judged. If there is an abnormality in the packet, current or voltage, please refer to the seventh to eighth figures, which can be automatically displayed or displayed on the display unit (42). The reading device (33) scans the quick response matrix code (QR Code) (32), and obtains the system architecture diagram (411), the building plan (412), and the circuit construction diagram of the device engineering. 413) and other related drawings, messages and descriptions, and understand the location and wiring status of the abnormal state; in the message bar (415), the relevant text descriptions such as "operation abnormality" are displayed, and the system architecture diagram of the device ( In 411), the circuit (56) having an abnormal condition and the monitoring device (106) coupled thereto, the straight line of the circuit (56) is converted into the abnormal warning color (414), that is, converted into a specific color, and Each of the other circuits (51) (52) (53) (54) (55) having a color is linearly separated; for example, the circuit (56) is green in a normal state on the display unit, and corresponds to a code Indicates the color of the component. When the state is abnormal, the circuit (56) will change to a red line. The warning color (414) is always known, so that the monitoring device (106) can be immediately known to have an abnormality; when switching to the building plan (412), the abnormal monitoring device (106) installation position can be detected, and the circuit (56) The wiring is in the direction of inspection and can be checked along the way. If necessary, it can be switched to the circuit construction drawing (413), and the relevant connection lines and node positions of the monitoring equipment (106) and circuit (56) of the abnormality can be known. Provide reference for maintenance and inspection operations.

The code labeling component (31) of the present invention mainly applies the principle of "visual symbolization" in the human subject engineering, and provides a visually discriminating function by using the coding dimension of the color; applying the same Each of the circuits (51) (52) (53) (54) (55) (56) is distinguished by a different color setting for each of the circuits (51) (52) (53) (54) ( 55) (56), and one of its devices coupled to the device group (10), and is coupled to the circuit (51) (52) (53) (54) of the device system architecture diagram (411) (55) (56) and the line color setting of each device is the same; the code labeling component (32) is a two-color label of the same color, and is respectively attached to each of the circuits (51) (52) (53) ( 54) (55) (56) preset parts at both ends, or paint in one of the preset colors, respectively applied to each of the circuits (51) (52) (53) (54) (55) (56) Apply the preset position of the outer edge of both ends. Therefore, when the maintenance personnel opens the electric control box (23) to find the specific circuit (56), see the color of the code indicating component (31) provided above it, corresponding to the circuit of the equipment system architecture diagram (411). (56) The location of the monitoring device (106) displayed on the line and the floor plan (412) of the building may be determined by the location of the monitoring device (106) to confirm that the code designation component (32) of the circuit (56) has the same color. That is, the inspection of the target equipment and circuit wires can be started.

The present invention utilizes the circuit monitoring management program (41) having the respective devices provided The storage management of related files such as the system architecture diagram (411), the building plan (412), and the circuit construction diagram (413), and the display unit (32) can display the system architecture diagram (411) and the architectural plan (412) of the equipment. And the information such as the circuit construction drawing (413) and the message bar (415), and scanning the quick response matrix code (QR Code) (32) through the reading device (33) to obtain the foregoing information and information, and combining the circuits (51) (52) (53) (54) (55) (56) Both ends of the wire are provided with the symbol indicating component (31) set in different colors, and the QR code (32) The setting allows the overall equipment engineering monitoring system to achieve the following functions:

1. The circuit monitoring management program (41) executes the signals received by the monitoring host (40) for analysis, calculation and judgment, and automatically and continuously updates each of the circuits (51) (52) (53). (54) (55) (56) and the operation of the device group (10), thereby modifying the relevant changeable graphics or lines in the system architecture diagram (411) of the device, and then each of the display units (32) and When the reading device (33) performs the query, the device system architecture diagram (411) can be used to instantly display the current circuits (51) (52) (53) (54) (55) (56) and the device group (10). Whether the execution situation is normal or abnormal, it has the function of performing an immediate display of the operational status.

2. The circuit monitoring management program (41) of the present invention, when determining that there is an abnormal situation, each of the circuits (51) (52) (53) (54) having an abnormal state in the system architecture diagram (412) of the device. (55) (56) or each device, the graphic or the connecting line changes color to become the abnormal warning color (414), so that the monitoring personnel can immediately recognize the abnormal device and its circuit, even if the device is not running. It is immediately known that it is abnormal, and it is "active to know the abnormality". It has the effect of discovering the abnormal state in advance, and solves the problem that the device needs to be damaged when it is known to be used next time.

Third, the circuit monitoring management program (41) can each of the device system architecture diagram (411), circuit construction drawing (412), building plan (413) and each of the circuits (51) (52) (53) (54) (55) (56) and the equipment group (10) brand, model and other related information, in a digital management and storage, all file information is completely and effectively saved, and has file management functions.

4. The circuit monitoring management program (41) stores the saved system architecture diagram (411), circuit construction diagram (412), building plan (413), and each of the circuits (51) (52) (53) ( 54) (55) (56) and the equipment group (10) related information, such as the display unit (32) and the reading device (33) for query and access execution, can provide inspection The ability to instantly and quickly query personnel to solve difficult and time-consuming problems in finding relevant documents.

5. The present invention is provided with the quick response matrix code (32) for quickly scanning the read data on the electronic control line device (20), and the scanning device (33) can be scanned by the reading device (33). Obtaining relevant equipment and circuit information of the overall equipment engineering, including the system architecture diagram (411), the circuit construction drawing (413), and the building plan (412) showing the location of each equipment, so that the overall equipment can be obtained immediately. The system can quickly check the information, documents and drawings, and the maintenance personnel do not need to carry relevant documents with them, so the inspection is quite convenient and simple.

6. The code indicator component (31) is disposed at least at both ends of each of the circuits (51) (52) (53) (54) (55) (56), and the color is used as a circuit of each device (51) ) (52) (53) (54) (55) (56) and wire classification management and identification, each of the circuit (51) (52) (53) (54) (55) (56) wire and The connected equipment is coded to facilitate the detection and inspection, and the target circuit wires and their equipment can be quickly found by comparing the relevant documents and drawings, thereby effectively shortening the maintenance construction time and reducing the construction error. To solve the problem that the conventional circuit circuit is difficult to find and easy to construct.

7. The symbol labeling component (31) uses color as the way to distinguish the circuit route. Compared with the text labeler, it is easier to apply, and it can be discerned at a glance. It is quite fast and does not need to be concentrated. Attention and time-consuming reading of text; on the other hand, the color indication can be set at the two ends of each circuit by means of a color ring, waterproof label or pigment, and the service life is long and marked, and the solution is used. Handwritten paper labels are prone to text blurring and breakage problems for a long time.

8. The invention can be applied to various equipment engineering monitoring systems, such as weak electrical engineering equipment, fire engineering equipment, electromechanical engineering equipment and air conditioning engineering equipment, etc., which is highly compatible in use, so High practicality and economic value.

Please refer to the ninth embodiment, which is a second embodiment of the present invention, which is implemented in a fire fighting equipment project, wherein the equipment group (10) includes an alarm device (111) and a watering device (112). Eight warning lighting equipment (113), gas detection equipment (114), temperature detection equipment (115), backup power equipment (116), fire hydrant box equipment (117) and fire pump equipment (118) The equipment group is composed of the equipment group (10) which belongs to the fire protection system and is of a monitoring system nature; each equipment group (10), the electronic control line assembly device (20), the circuit information management device (30) and the monitoring host ( 40) and other devices, as described above, connected to each other in parallel; the electronic control line device (20) has an electric control box (23), which is a housing having a space, and each of the monitoring modules is disposed therein ( 21), line assembly module (22), each of the circuits (51) (52) (53) a concentration terminal of (54) (55) (56) (57) (58) and the quick response matrix code (QR Code) (32); wherein the emergency help device (111) includes an alert button , alarms and other equipment; the emergency lighting equipment (113) common includes escape light boxes, lighting fixtures and other equipment; the standby power equipment (116) includes automatic generators, uninterruptible equipment (UPS) and other devices; Each of the alarm device (111), watering device (112), police lighting device (113), gas detecting device (114), temperature detecting device (115), backup power device (116), fire hydrant box device The (117) and fire pumping equipment (118) can also be provided with the QR Code (32) for scanning to read information.

This embodiment mainly provides another applicable device engineering implementation method, which also uses the circuit monitoring management program (41) to execute each device system architecture diagram (411), building plan (412), and circuit construction diagram (413). And storage management of related documents, and the display unit (32) can display information such as the system architecture diagram (411), the architectural plan (412), the circuit construction diagram (413), and the message column (415) of the device, and The reading device (33) scans the quick response matrix code (QR Code) (3) and obtains the foregoing information and information, in combination with each of the circuits (51) (52) (53) (54) (55) ( 56) The wires of (57) (58) are provided with the code designing component (31) in different color settings, and the setting of the QR Code (32) and other technical features, and other related operations. The control and monitoring operations, the circuit wiring method, and the effects achieved by it are all identical to the first embodiment described above.

Please refer to the tenth embodiment, which is a third embodiment of the present invention, which adopts an air-conditioning equipment project as an implementation aspect, wherein the equipment group (10) includes air-conditioning equipment (121), heating equipment (122), The air detecting device (123), the gas detecting device (124), the circulating exhaust device (125), the power generating device (126), and the cooling device (127) are combined to form an air and room temperature regulating system. The device group (10) for monitoring the nature of the system; each device group (10), the electronic control line device (20), the circuit information management device (30), and the monitoring host (40), etc. A parallel junction is connected; the electronic control line device (20) is provided with an electric control box (23), which is a housing having a space, and each of the monitoring module (21) and the line assembly module is disposed therein. ), the concentrated end of each of the circuits (51) (52) (53) (54) (55) (56) (57) and the fast response matrix code (QR Code) (32).

Referring to FIG. 11 , which is a fourth embodiment of the present invention, the electromechanical equipment engineering is implemented, wherein the equipment group (10) includes waste equipment (131) and drainage equipment (132). ), water storage equipment (133), lighting equipment (134), parking equipment (135) and elevator equipment (136), etc., which together constitute a building electrical and mechanical system and is a monitoring system of the equipment group (10) ; Each device group (10), an electronic control line device (20), a circuit information management device (30), and a monitoring host (40) are connected to each other as described above; and the electronic control line device (20) The system has an electric control box (23), which is a housing having a space, and each of the monitoring module (21), the line assembly module (22), and each of the circuits (51) (52) are disposed therein. (54) (55) (56) (57) and the fast response matrix code (QR Code) (32).

The third and fourth embodiments of the present invention mainly provide an implementation of another applicable equipment engineering, which also uses the circuit monitoring management program (41) to execute each device system architecture diagram (411) and building plan (412). And the storage management of the related documents such as the circuit construction drawing (413), and the display unit (32) can display the system architecture diagram (411), the architectural plan (412), the circuit construction drawing (413) and the message bar ( 415) and the like, and scanning the fast response matrix code (QR Code) (32) through the reading device (33) to obtain the foregoing information and information, in combination with each of the circuits (51) (52) (53) (54) (55) (56) (57) The wire is provided with the code mark component (31) set in different colors, and the setting of the quick response matrix code (QR Code) (32), etc., other related The mode of operation, control and monitoring operations, circuit wiring methods, and the effects achieved by them are all identical to the first embodiment described above.

In summary, the "circuit monitoring and information management system for equipment engineering" disclosed in the present invention provides a monitoring system capable of automatically and continuously monitoring each of the circuits and related devices in real time, which is utilized for the monitoring host to establish the circuit monitoring management. The program can effectively manage related drawings and files, and provide instant query of related drawings and files, cooperate with the code information component of the circuit information management device with color management, and quickly respond to the information that can be quickly scanned and read. The QR code makes the monitoring system technology of the present invention have the effects of pre-discovered abnormality, construction standardization, simple and convenient inspection, reduced false construction probability, complete document management and security and confidentiality, and the utility model is obtained. Gaozhi equipment circuit monitoring system technology makes the whole industry practical and cost-effective, and its structure has not been seen in books or public use. It is in line with the requirements of invention patent application, please ask the bureau to express the patent, and grant the patent as soon as possible. For the pray.

It is to be understood that the above is a specific embodiment of the present invention and the technical principles applied thereto, and the functional effects produced by the concept of the present invention are still beyond the spirit of the specification and drawings. In the meantime, it should be combined with Chen Ming within the scope of the present invention.

Claims (11)

A circuit monitoring and information management system for equipment engineering, comprising: a device group, which is a plurality of devices scheduled to be monitored, controlled, detected and managed; and an electronic control line device having a connected monitoring mode And a set of line modules, each of which is individually coupled to each of the devices by a circuit, and is coupled to the monitoring module after receiving the circuits to receive detection by the monitoring module; The information management device is disposed between each of the device groups and the electronic control line device, and has at least one code indication component and at least one QR code, wherein the code mark component is in a preset color They are respectively disposed at the two ends of the circuit, and each of the circuits is set to the code labeling component of different colors to respectively represent circuits of different devices, and the QR code is read through the first reading. After the device is scanned, the device and circuit information of the whole device engineering and the system architecture diagram of the device are displayed, and in the system architecture diagram of the device, the circuit of each circuit is respectively The code indicates the color display of the component and the location of the device to which the circuit belongs; a monitoring host is coupled to the monitoring module, and after receiving the detection signal of the monitoring module, Computation, analysis, judgment and control related operations, built-in a circuit monitoring management program that monitors the information, location, system architecture, circuit construction, and current operational status of each device and circuit that controls the overall equipment engineering. Displaying related information in a display unit, and monitoring the management program through the circuit, so that the display unit can completely display one device system architecture diagram of the overall device system, and when one of the circuits has an abnormality, the device system architecture will be In the figure, the circuit route is converted into an abnormal warning color of a preset color for instant recognition. The circuit monitoring and information management system for equipment engineering according to item 1 of the patent application scope, wherein the quick response matrix code (QR Code) is provided on each device. According to the circuit monitoring and information management system of the equipment engineering described in claim 1 or 2, wherein the display unit and the QR code can respectively display a circuit construction drawing, and the related equipment is provided. , circuit symbol, connection line and node position. According to the circuit monitoring and information management system of the equipment engineering described in claim 1, wherein the electronic control line device has an electric control box, which is a housing having a space, and each of the monitoring modules is disposed therein. The line module, the concentrated end of each of the circuits, and the QR code. The circuit monitoring and information management system for equipment engineering according to item 1 of the patent application scope, wherein the reading device is an application of one of a mobile phone or a tablet computer. According to the circuit monitoring and information management system of the equipment engineering described in claim 1, wherein the coded component is a two-color ring of the same color and formed in a ring shape, and is respectively fixed at each end of the circuit. Part. According to the circuit monitoring and information management system of the equipment engineering described in claim 1, wherein the code labeling component is a two-color label of the same color, and is respectively attached to the preset parts at both ends of the circuit. According to the circuit monitoring and information management system of the equipment engineering described in claim 1, wherein the code marking component is coated with one of the preset colors, and is respectively applied to the preset portions of the outer edges of the two ends of the circuit. According to the circuit monitoring and information management system of the equipment engineering described in claim 1, wherein the circuit monitoring management program can display a floor plan of the building on the display unit, and indicate the installation position of each device on the floor plan of the building. The wiring path of each of the circuits is shown on the floor plan of the building. According to the circuit monitoring and information management system of the equipment engineering described in claim 1, wherein the circuit monitoring management program uses the detection information returned by the monitoring module to analyze the signal packet circulation and current state of each circuit. As a basis for judging whether each circuit and device is abnormal. The circuit monitoring and information management system of the equipment engineering according to the first application of the patent application scope, wherein the equipment group can be applied to one of engineering equipment such as weak electrical engineering equipment, fire engineering equipment, electromechanical engineering equipment and air conditioning engineering equipment.