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Automatic generating method of lift shaft drawing

An automatic generation, elevator shaft technology, applied in the field of drawing, can solve the problems of inspection failure, affecting the promotion of the drawing system, and consecutive failures of multiple inspections, and achieves the effect of reducing the use requirements.

Inactive Publication Date: 2014-10-22
NINGBO HONGDA ELEVATOR
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, in this drawing system, the input civil engineering parameters and the selected car load and car speed need to be verified, and the inspection will fail. However, because the salesperson is not familiar with the elevator civil construction code, he is demonstrating this to the customer. When drawing a system, it is prone to repeated verification failures in a row, which leads to distrust of the drawing system by customers, which greatly affects the promotion of the drawing system, so the drawing method used by the drawing system needs to be improved

Method used

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  • Automatic generating method of lift shaft drawing
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  • Automatic generating method of lift shaft drawing

Examples

Experimental program
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Effect test

Embodiment 1

[0035] Such as figure 1Shown is an automatic generation method for an elevator shaft diagram, which specifically includes the following steps: ① Input the plane parameters of the hoistway to be drawn through the human-computer interaction interface on the display screen through the keyboard, and the plane parameters of the hoistway to be drawn are determined by the width of the hoistway to be drawn and Depth composition; ②Choose the rated load capacity; Among them, the operating system calculates the maximum car area under the specification of the well according to the input plane parameters of the hoistway to be drawn, combined with the guide rail bracket and the limit range of the distance between the guide rail bracket and the car, and uses According to the corresponding relationship between the car area and the load capacity in GB7588-2003 "Elevator Manufacture and Installation Safety Code", this area is used to deduce the limit load capacity of the car. When the user clic...

Embodiment 2

[0041] The automatic generation method of a kind of elevator hoistway diagram of the present embodiment is different from embodiment 1, as figure 2 As shown, it specifically comprises the following steps: (1) enter the plane parameters of the well to be drawn through the man-machine interface of the keyboard on the display screen, and the plane parameters of the well to be drawn are composed of the width and depth of the well to be drawn; (2) input according to step (1) The plane parameters of the hoistway to be drawn are selected as the limit load capacity, and the limit load capacity is calculated by the operating system according to the plane parameters of the hoistway to be drawn to be entered, combined with the constraints of the guide rail bracket and the limit range of the distance between the guide rail bracket and the car. The maximum car area, and this area is deduced from the corresponding relationship between the car area and the load in GB7588-2003 "Safety Code fo...

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Abstract

The invention discloses an automatic generating method of a lift shaft drawing. The automatic generating method is characterized in that that a past lift product configuration information database is established, after plane parameters of a shaft to be drawn are input and the rated loading capacity is selected, listed lift car specifications conforming to the Lift Manufacturing And Installation Safety Specification are selected, meanwhile, configuration information related to the selected lift car specifications is extracted from the lift product configuration information database, after vertical-face parameters of the shaft are input and the rated speed is selected, the lift shaft drawing is automatically generated through drawing software, and automation and standardization of lift shaft drawing are realized. The invention further discloses another automatic generating method of a lift shaft drawing. According to the method, new lift car specifications are configured in a non-standard designing module through goal constraints, a lift car configuration scheme conforming to the Lift Manufacturing And Installation Safety Specification is obtained, therefore, automation of lift shaft drawing is realized, and meanwhile, design of the new lift car configuration scheme is completed.

Description

technical field [0001] The invention relates to a drawing method, in particular to an automatic generation method of an elevator shaft diagram. Background technique [0002] The use of elevator shaft diagrams runs through the entire process of elevator sales, production, and installation. With the increase in elevator output and changes in car specifications, how to quickly and accurately provide users with the best and most accurate elevator shaft diagrams is a daily A problem that elevator manufacturers face to solve. In the past, the publication of elevator shaft diagrams in elevator manufacturing enterprises had to be completed by professional engineering and technical personnel. However, manual design of the elevator shaft diagram is inefficient, and due to manual drawing, the design of the hoistway diagram drawn by the same engineering and technical personnel with the same requirements is also different, and errors are often inevitable. Figure 1 Once mistakes are mad...

Claims

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Application Information

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IPC IPC(8): G06F17/50B66B7/00
Inventor 龚文炜
Owner NINGBO HONGDA ELEVATOR
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