CN103092136A - Gasket processing method with gasket geometric construction information being input in mobile intelligent terminal - Google Patents

Abstract

The invention discloses a gasket processing method with gasket geometric construction information being input in a mobile intelligent terminal. The gasket processing method comprises the following steps: first, starting gasket information collecting software on the mobile intelligent terminal, and taking pictures to a to-be-processed gasket, conducting edge detection, extraction and curve fitting to gasket images which are obtained by shooting by using an image processing technique, extracting the geometric construction information of the gasket, proofing the geometric construction information with a real size of the actual gasket, and then conducting vectorization to the extracted geometric construction information of the gasket; transmitting the vectorization gasket geometric construction information obtained from the last step to a computer which controls gasket processing equipment through a wireless local area network based on wireless fidelity (WiFi) technology; and converting the vectorization geometric construction information of the gasket into processing control data of the gasket by the computer which controls the processing equipment, and cutting out the gasket.

Description

Adopt the liner job operation of mobile intelligent terminal input liner geometry information

Technical field

The invention belongs to the intelligent image process field, relate in particular to a kind of extraction of collection, the liner image geometry structural information of completing the liner image by mobile intelligent terminal and WIFI technology and send the liner job operation of the liner geometry information of liner process equipment to.

Background technology

Existing numerically-controlled machine has computing machine, computer-controlled stepper motor and triaxial movement platform driven by stepper motors, be fixed with the milling cutter of rotation above triaxial movement platform, during processing work, with fixture etc., workpiece blank is fixed on triaxial movement platform, computing machine is according to the geometry information (data) that sets, control step motor-driven triaxial movement platform is advanced on three axles (X, Y, Z) direction, the milling cutter relative motion of workpiece blank and rotation namely processes the workpiece of required form.Liner is parts, consumable accessory common in plant equipment, shape specification is more, in can be in advance that development is good geometry information (data) stock and computing machine that have a large amount of common equipment liner mechanical dimension, when the user need to process a certain liner, the geometry information (data) that can find this liner according to model and the liner model of liner corresponding device.But, as the user and when not knowing concrete model, the title of liner to be processed, when perhaps not storing liner information to be processed in database, just can not realize with numerically-controlled machine rapid processing liner.

Summary of the invention

The present invention provides a kind of easy to operate employing mobile intelligent terminal to input the liner job operation of liner geometry information in order to solve the existing above-mentioned technical matters of prior art.

Technical solution of the present invention is: a kind of method that adopts mobile intelligent terminal input liner geometry information is characterized in that carrying out as follows successively:

A. at first start the liner Information Gathering Software on mobile intelligent terminal, liner to be processed is taken pictures, then use image processing techniques to carry out rim detection, extraction and curve to the liner image that photographs, extract the geometry information of this liner, proofread with one section full-size(d) of actual liner again, afterwards the liner geometry information that extracts is carried out vector quantization;

B. the vector quantization liner geometry information that a step is obtained is sent on the computing machine of controlling the liner process equipment by the WLAN (wireless local area network) based on the WIFI technology;

C. the computing machine of controlled working equipment converts the liner geometry information of vector quantization to liner machining control data, cuts out liner.

The present invention utilizes existing mobile intelligent terminal to gather and the software and hardware platform that extracts as operation liner geometry information, utilize image processing techniques that the liner image is processed, extract liner image geometry structural information, thereby the machine cuts that can obtain fast liner is controlled data, significantly improves input and the working (machining) efficiency of liner machining information.

Description of drawings

Fig. 1 is the process chart of the embodiment of the present invention.

Embodiment

As the user and when not knowing concrete model, the title of liner to be processed, when perhaps not storing liner information to be processed in database, can be undertaken by technological process as shown in Figure 1:

a. adopt the mobile intelligent terminal with camera that can buy on market, such as panel computer or smart mobile phone etc., at first start the liner Information Gathering Software on mobile intelligent terminal, software can point out the user that instrument liner or the liner profile of generation processing are taken pictures, then use image processing techniques to carry out rim detection to the liner image that photographs, extract and curve, extract the geometry information of this liner, proofread with one section full-size(d) of actual liner again, when conforming to one section full-size(d) of actual liner, the liner geometry information that extracts is carried out vector quantization, otherwise again use image processing techniques to carry out rim detection to the liner image that photographs, extract and curve, extract the geometry information of this liner, proofread with one section full-size(d) of actual liner again,

B. the vector quantization liner geometry information that a step is obtained is sent on the computing machine of controlling the liner process equipment by the WLAN (wireless local area network) based on the WIFI technology;

C. computing machine is according to the liner geometry information that receives, search similar liner information in database, and it is passed to be shown to the user on mobile terminal, if it is liner to be processed that the user confirms as the liner information that finds, process equipment namely carries out cutting processing by the liner machining information of storing in database; If the user thinks that the liner that finds is not required liner, set up a new liner entry, and convert the liner geometry information that obtains to liner machining control data, be kept in new liner information recording/item, add man-hour for liner.

Claims (1)

1. liner job operation that adopts mobile intelligent terminal input liner geometry information is characterized in that carrying out as follows successively:

A. at first start the liner Information Gathering Software on mobile intelligent terminal, liner to be processed is taken pictures, then use image processing techniques to carry out rim detection, extraction and curve to the liner image that photographs, extract the geometry information of this liner, proofread with one section full-size(d) of actual liner again, afterwards the liner geometry information that extracts is carried out vector quantization;

B. the vector quantization liner geometry information that a step is obtained is sent on the computing machine of controlling the liner process equipment by the WLAN (wireless local area network) based on the WIFI technology;

C. the computing machine of process equipment converts the liner geometry information of vector quantization to liner machining control data, cuts out liner.

Images