TWM600413U - Power distribution design assisting system - Google Patents

Abstract

A power distribution design auxiliary system includes a servo host and at least one operating device. The server host includes an object database, which stores multiple object data. The operating device communicates with the server host, and the operating device includes an input module, an object recommendation module and an output module. The input module is suitable for inputting multiple power distribution data. The object recommendation module is connected to the output module, receives the power distribution data, and selects appropriate object data from the object database according to the power distribution data. The output module is connected to the object recommendation module, and generates a line graph data according to the object data and the power distribution data selected by the object recommendation module.

Description

Power distribution design auxiliary system

An auxiliary system, especially an auxiliary system for power distribution design.

Power distribution planning is one of the important tasks in the construction of buildings, factories, etc. It is related to the configuration of power lines after the building is completed. For example, indoor electricity, lighting equipment, medical equipment and factory equipment are all covered in the power distribution planning.

At present, the power distribution planning is carried out by professional technicians to conduct site surveys, and draw power distribution circuit diagrams or single-line diagrams based on the survey results. Distribution circuit diagrams or single-line diagrams usually only have circuits and electronic components. At this time, the builders of buildings or factories need to use power distribution. Route diagrams or single-line diagrams to find manufacturers to manufacture high and low voltage switchboards and other related equipment.

However, this method is equivalent to the fact that most of the equipment used in the power distribution process is a customized product, and its manufacturing cost is high, thereby increasing the construction cost of a building or factory. Moreover, the follow-up maintenance of customized products is quite difficult. On the other hand, if you need to modify the distribution circuit diagram, you need to communicate with the technician repeatedly, which is also quite inconvenient.

Therefore, how to solve the above problems is worth considering for those with ordinary knowledge in this field.

In view of the above problems, this creation provides a power distribution design assistance system that assists power distribution technicians through the electronic system, and pushes appropriate objects based on the county-owned property data, effectively improving the efficiency of power distribution planning and reducing the cost of power distribution.

This creation provides a power distribution design auxiliary system including a servo host and at least one operating device. The server host includes an object database, which stores multiple object data. The operating device communicates with the server host, and the operating device includes an input module, an object recommendation module and an output module. The input module is suitable for inputting multiple power distribution data. The object recommendation module is connected to the output module, receives the power distribution data, and selects appropriate object data from the object database according to the power distribution data. The output module is connected to the object recommendation module, and generates a line graph data according to the object data and the power distribution data selected by the object recommendation module.

In the above-mentioned power distribution design auxiliary system, the operating device further includes a modification module suitable for modifying the power distribution data.

In the above-mentioned power distribution design auxiliary system, the operating device further includes a cost module, and calculates a cost data based on the object data and the power distribution data selected by the object recommendation module.

In the above-mentioned power distribution design auxiliary system, the operating device further includes a calculation module suitable for calculating a plurality of power distribution coefficients in the power distribution data.

In the above-mentioned power distribution design auxiliary system, the line drawing data is an engineering drawing file.

In the above-mentioned power distribution design auxiliary system, the output module is also suitable for generating multiple object list data.

In the above-mentioned power distribution design auxiliary system, the power distribution data is transmitted between the operating devices through the servo host.

In the above-mentioned power distribution design auxiliary system, the line drawing data includes box line drawing data.

In the above-mentioned power distribution design auxiliary system, the output module is further adapted to generate a plurality of cabinet design drawing data according to the cabinet line drawing data.

100: Power distribution design auxiliary system

110: Servo host

120: operating device

121: Input Module

122: Object Recommendation Module

123: output module

124: Modified Mod

125: cost module

126: Computing Module

201: Specification column

202: Flowchart field

203a~203b: Object

400: Cabinet line drawing

500: Cabinet design drawing

Figure 1 shows the architecture diagram of the power distribution design auxiliary system created by this creation.

Figure 2 shows a schematic diagram of power distribution data input.

Figure 3 is a schematic diagram of the line graph output.

Fig. 4 shows a schematic diagram of a box line drawing.

Figure 5 shows a schematic diagram of the cabinet design.

This creation provides a power distribution design auxiliary system that can input power distribution data, bring in suitable power distribution products based on the power distribution data, and produce circuit diagrams. Make the process of power distribution planning faster and reduce the cost of power distribution.

Please refer to Figure 1. Figure 1 shows the architecture diagram of the power distribution design auxiliary system created by this creation. The power distribution design assistant system 100 includes a servo host 110 and at least one operating device 120. The server host 110 is connected to the operating device 120, and the operating devices 120 can transmit data to each other through the server host 110. The application of the multiple operating devices 120 is, for example, a large-scale case, and when more people plan at the same time, they can understand the progress and content of the plan.

The server host 110 includes an object database 111, and the object database 111 stores multiple pieces of object data. Object data refers to all types of equipment used in power distribution, such as switchboards, wires, lamps, switches, controllers, and cabinets. And each item data includes equipment drawings, line drawings, specifications, prices and other information.

The operating device 120 is a device for the power distribution technician to operate. The operating device 120 includes an input module 121, an object recommendation module 122, an output module 123, a modification module 124, a cost module 125, and a calculation module 126.

The input module 121 is suitable for inputting multiple power distribution data. The power distribution data is the content of the power distribution plan, including data such as lines and electronic components. In other words, the power distribution technician can input the planned content into the operating device 120 through the input module 121. In one embodiment, the input module 121 can also input files of circuit planning software, that is, files generated by a power distribution technician through some special circuit design software can also be input to the operating device 120 through the input module 121.

The object recommendation module 122 is connected to the output module 121 and is adapted to receive power distribution information and select appropriate object data from the object database 111 according to the power distribution data. Specifically, after the power distribution data is input to the operating device 120 through the input module 121, the object recommendation module 122 obtains data from the object database 111 according to the content of the power distribution data, such as electronic component combination, circuit configuration, high and low voltage, power, etc. Pick out suitable objects, and let the power distribution technicians choose appropriate objects.

The output module 123 is connected to the object recommendation module 122, and generates multiple line graph data according to the object data and power distribution data recommended by the object recommendation module 122. In other words, after the object data is recommended by the object recommendation module 122, the object data can be brought into the power distribution data, and line graph data can be generated based on the data. The line drawing data is, for example, a single line drawing, which is a kind of engineering drawing file and is sufficient as the line drawing data for actual construction. That is, the line drawing data output by the output module 123 can be directly used for the construction of the case. In one embodiment, the output module 123 is further adapted to generate multiple lists of objects, that is, output the objects used in the line graph data into a list for reference in purchasing.

The modification module 124 is suitable for modifying the power distribution data and line diagram data. That is, the power distribution data input to the operating device 120 can be modified through the modification module 124. For example, if errors are found during planning, the power distribution technician can use the modification module 124 to modify the power distribution data. In another embodiment, when multiple operating devices 120 synchronize data via the server host 110, the modification module 124 also modifies the power distribution data of other operating devices 120. For example, Qiao can correct the power distribution data of different regions or find that other power distribution data is missing.

The cost module 125 is adapted to calculate a cost data based on the object data selected by the object recommendation module 122 and the power distribution data. In other words, after the object data and power distribution data are selected, the cost module 125 can calculate the cost data based on the price of the object data and the labor cost of construction. Therefore, the cost information is the possible cost of construction and procurement, which can be used for reference by technicians or case owners.

The calculation module 126 is adapted to calculate a plurality of power distribution coefficients in the power distribution data. In other words, when the power distribution technician inputs the power distribution data into the operating device 120, the calculation module 126 will calculate the various coefficients in the power distribution data, such as the voltage, current, load and other coefficients. Moreover, when the power distribution technician manually selects the object data, if the selected object data is incompatible with the power distribution coefficient, the calculation module 126 will generate a warning message to notify the power distribution technician that there is an inappropriate object in the power distribution data.

Please refer to Figure 2. Figure 2 shows a schematic diagram of power distribution data input. The embodiment of FIG. 2 takes a power system configured with high-voltage power as an example. The power distribution technician can input power distribution data through the input module 121 of the operating device 120. For example, various items in the specification column 201 in FIG. 2. The items in the specification column 201 will vary according to different objects. In the embodiment of FIG. 2, they correspond to the object 203b, which is the electric meter box (MOF, complete set of row ratio converter). When editing other objects 203a, 203c, the items in the specification column 201 will change.

After the setting is completed, the set objects are displayed in the flowchart field 202, such as an object 203a representing AC power, an object 203b representing an electric meter box, and an object 203c representing an isolation switch panel. Show the connection relationship of each object in the form of a diagram. Please refer to Figure 3, which is a schematic diagram of the line graph output. The power distribution data passes through the output module 123 to generate line diagram data, and the line diagram data will present the power distribution data as a complete line diagram. For example, the meter box and the isolation switch panel are presented as a complete line diagram. And the line graph data can be successfully exported into a graph file for subsequent use.

Please refer to FIGS. 4 and 5. FIG. 4 is a schematic diagram of a cabinet line drawing, and FIG. 5 is a schematic diagram of a cabinet design. In a preferred embodiment, the line graph data output by the output module 123 also includes box line Figure information. The wiring diagram data of the box body is the wiring diagram data in the distribution box (or switchboard), for reference by the construction personnel to make the distribution box.

In addition, the output module 123 is also suitable for generating a plurality of cabinet design drawing data according to the cabinet line drawing data. That is to say, the output module 123 can automatically design the cabinet according to the wiring method and the used objects in the cabinet line drawing data, and generate a design drawing of the cabinet itself, including data such as dimensions and accessories. In other words, the power distribution design assistant system 100 can assist in designing the cabinet of the power distribution box in addition to the lines and equipment used in power distribution planning. The cabinet line diagram 400 of FIG. 4 produces the cabinet design diagram 500 of FIG. 5. The generated cabinet design drawings are also engineering drawings, which can be directly used for cabinet manufacturing.

The power distribution design auxiliary system 100 of this creation provides a power distribution technician operating device 120. The power distribution technician can input power distribution data from the operating device 120, and will build a file through the power distribution design auxiliary system 100 according to the power distribution planning content of the case. At the same time, the power distribution design auxiliary system 100 can also recommend appropriate objects through the planning content for reference by the power distribution technician. And the objects are all based on the existing product structure, so it can reduce the situation where products are mostly customized products, greatly reduce the cost of construction, and speed up the efficiency of power distribution technician planning.

This creation is described above with examples, but it is not used to limit the scope of patent rights claimed by this creation. The scope of its patent protection shall be determined by the attached scope of patent application and its equivalent fields. Any person with ordinary knowledge in the field, without departing from the spirit or scope of this patent, makes changes or modifications that are equivalent changes or designs completed under the spirit of this creation, and should be included in the following patent scope Inside.

100: Power distribution design auxiliary system

110: Servo host

120: operating device

121: Input Module

122: Object Recommendation Module

123: output module

124: Modified Mod

125: cost module

126: Computing Module

Claims (9)

A power distribution design auxiliary system includes: a servo host, including an object database, storing a plurality of object data; and at least one operating device, which is in communication with the servo host, and the operating device includes: an input module suitable for Input multiple power distribution data; an object recommendation module, connected to the output module, receives the power distribution data, and selects the appropriate object data from the object database based on the power distribution data; and an output module is connected to The object recommendation module generates multiple line graph data according to the object data and the power distribution data selected by the object recommendation module. For the power distribution design auxiliary system described in item 1 of the scope of patent application, the operating device further includes a modification module suitable for modifying the power distribution data. For example, the power distribution design auxiliary system described in the first item of the scope of patent application, wherein the operating device further includes a cost module, and calculates a cost data based on the object data and the power distribution data selected by the object recommendation module. For the power distribution design auxiliary system described in item 1 of the scope of patent application, the operating device further includes a calculation module suitable for calculating multiple power distribution coefficients in the power distribution data. Such as the power distribution design auxiliary system described in item 1 of the scope of patent application, wherein the line drawing data is an engineering drawing file. For the power distribution design auxiliary system described in item 1 of the scope of patent application, the output module is also suitable for generating multiple object list data. Such as the power distribution design auxiliary system described in item 1 of the scope of patent application, wherein the power distribution data is transmitted between the operating devices through the servo host. Such as the power distribution design auxiliary system described in item 1 of the scope of patent application, wherein the line drawing data includes box line drawing data. For the power distribution design auxiliary system described in item 8 of the scope of patent application, the output module is also suitable for generating a plurality of cabinet design drawing data based on the cabinet line drawing data.

Images