CN201309106Y - Intercom window interface system device for internal and external circular grinder - Google Patents

Abstract

The utility model discloses an interior outer circle mill dialogue window interface system device, contain the interior outer circle mill dialogue window interface screen system and interior outer circle mill servo control system that set up in a computer numerical control processing machinery system, interior outer circle mill dialogue window interface screen system is used for setting for the operator and wants to carry out the project, the processing form, the input parameter, and edit for the processing form storage that can revise or establish ties by the keyboard, this processing form order interior outer circle mill servo control system is processed the work piece according to carrying out the project, processing form and input value. It has a humanized operation interface and can save a large amount of operation working hours.

Description

Dialog window interface system device for internal and external grinding machines

technical field

The utility model relates to the field of numerical control processing, in particular to a dialogue window interface system device for an internal and external circular grinder.

Background technique

With the advancement of computer control technology, the computer numerical control processing machinery system of the grinding machine is widely used in the industry. Generally speaking, in the field of component processing technology on the market, the processing method using the computer numerical control processing machinery system When processing some simple external workpieces, you must first be familiar with some basic processing instruction sets, and be able to write a long series of control programs to meet the needs of simple external processing. However, writing programs requires the use of computer numerical control Writing on the keyboard on the processing machinery system, or using the keyboard on the personal computer to input computer values to control the processing machinery system after writing, thus causing a lot of waste of pre-work time and not in line with economic benefits; in addition, for general non-professional Processing users can't use this kind of computer numerical control processing machinery system to carry out operations.

Due to the above shortcomings of the old computer numerical control processing machinery system, it is necessary to improve it to obtain better economic benefits and simplify the operating procedures. The inventor has been engaged in the manufacturing industry of internal and external circular mills and related products for many years. He is well aware of their advantages and disadvantages, and is committed to improving their shortcomings so that the internal and external circular grinders are more practical and meet the needs of users. After years of research and development, and This case arises.

Utility model content

The purpose of this utility model is to provide a dialogue window interface system device for internal and external circular grinding machines, which can save a lot of man-hours.

Another purpose of the present utility model is to provide a dialogue window interface system device for internal and external circular grinding machines. The operator can monitor the dialogue window interface screen system of internal and external circular grinding machines to master the dialogue window interface system of internal and external grinding machines. Processing status, so that the operator understands the processing steps in execution and understands the processing completion time.

Another object of the present utility model is to provide a dialogue window interface system device for internal and external cylindrical grinding machines. The operation interface is user-friendly, and even operators who are not familiar with processing operation instructions or have no relevant experience can complete the work.

In order to achieve the above object, the solution of the present utility model is:

A dialogue window interface system device for internal and external circular grinding machines, including a dialogue window interface screen system for internal and external cylindrical grinding machines and a servo control system for internal and external cylindrical grinding machines, and a dialogue window interface for internal and external cylindrical grinding machines The screen system is used to set the operator's desired execution items, processing forms, and input parameters, which are edited by the keyboard and stored in a process program that can be modified or connected in series. and the input value to process the workpiece.

The dialogue window interface screen system of the above-mentioned internal and external cylindrical grinding machine displays the mechanical coordinate area, the program number area, the feed path map area of the processing part, the input value, the prompt text area, the processing parameter display area, the execution item selection area, and the processing form selection area.

The above-mentioned execution items are one of single project, schedule, grinding wheel, head/tail, coordinate setting, diagnosis, program creation, parameter or departure.

When the above-mentioned execution item is a single project, the processing form includes straight-forward, traverse, straight-forward and traverse, oblique traverse, shoulder, oblique, straight-forward swing, and coordinate system.

When the above-mentioned execution item is scheduling, the processing mode includes call, edit, straight forward, traverse, straight forward traverse, oblique traverse, shoulder, oblique feed, linear swing, and coordinate system.

When the above-mentioned execution item is a grinding wheel, the processing form includes calling, editing, trimming 1, trimming 2, trimming 3, point, arc, trimming parameter, and coordinate system.

The above-mentioned keyboard editing multiple processing formulas are used in series and stored, and are called for use when processing the same workpiece.

The dialogue window interface screen system of the above-mentioned internal and external cylindrical grinding machine provides the status of the processing form of the internal and external cylindrical grinding machine, which helps the operator understand the processing steps in the processing of the cylindrical grinding machine and understand the processing completion time.

After adopting the above-mentioned structure, the utility model utilizes the computer numerical control processing machinery system, uses the keyboard to set the parameters such as the items and processing forms that the operator wants to execute during the machining process, and edits them into processing formulas for storage. A variety of processing forms are edited into processing formulas to be used in series and stored. When processing a large number of identical workpieces, only need to repeat the process steps of the dialogue window interface system of the internal and external grinding machine, thus saving man-hours; in addition, the operator can also use the Monitor the dialogue window interface screen system of the internal and external cylindrical grinding machine, grasp the processing status of the internal and external cylindrical grinding machine dialogue window interface system, so that the operator can understand the processing steps in execution, and understand the processing completion time; moreover, the internal and external cylindrical grinding machine The dialogue window interface screen system stores a variety of processing form data for the operator to set input parameters, and guides the operator step by step, so that the operator only needs to input some input values to be processed, and then the servo control of the internal and external cylindrical grinder can be commanded The system controls it to process the workpiece according to the input value. The operation is simple and convenient. Even for those who are not familiar with the processing operation instructions or the operators who do not have relevant experience, the processing operation can be completed.

Description of drawings

Fig. 1 is a schematic diagram of the dialogue window interface system device of the utility model internal and external cylindrical grinding machine in the computer numerical control processing machinery system;

Fig. 2 is a schematic diagram of the operation control flow of the dialogue window interface system device of the internal and external cylindrical grinding machine of the present invention;

Fig. 3 is a schematic diagram showing that the display form of the dialogue window interface system device of the utility model is single-project straight-forward;

Fig. 4 is a schematic diagram of the display form of the dialog window interface system device of the internal and external cylindrical grinding machine of the present invention as schedule traverse;

Fig. 5 is a schematic diagram of the state of grinding wheel trimming 1 in the dialogue window interface system device of the internal and external cylindrical grinder of the present invention.

Explanation of main component symbols

10 Computer numerical control processing machinery system

20 Servo control system of internal and external grinding machine

30 dialogue window interface screen system for internal and external grinding machines

31 processing mode 32 keyboards

40 machine coordinate area 41 program number area

42 Feed path map area of processing part 43 Input value

44 prompt text area 45 processing parameter display area

50 Execution project selection area 51 Single project

52 schedule 53 grinding wheel

54 gear head/tail 55 coordinate setting

56 Diagnosis 57 Programming

58 parameters 60 processing shape selection area

61 straight forward 62 lateral movement

63 Straight forward and lateral movement 64 Oblique lateral movement

65 shoulder 66 oblique

67 straight forward swing 71 call

72 Editing 73 Repairing knife 1

74 repair knife 2 75 repair knife 3

76 points 77 arcs

78 sand repair parameters

Detailed ways

The utility model is described in further detail below with reference to accompanying drawing.

Referring to Fig. 1, it is a three-dimensional schematic diagram of the dialogue window interface system device of the internal and external circular grinding machine of the present invention. In the computer numerical control processing machinery system 10, there is a servo control system 20 for the internal and external circular grinding machine and a dialogue window for the internal and external cylindrical grinding machine Interface screen system 30, the dialogue window interface screen system 30 of the internal and external cylindrical grinding machine includes: processing formula 31, keyboard 32, mechanical coordinate area 40, program number area 41, processing part feed path diagram area 42, input value 43 , a prompt text area 44 , a processing parameter display area 45 , an execution item selection area 50 , and a processing form selection area 60 .

When the operator edits the processing formula 31, he first uses the keyboard 32 to click and select the single project 51, schedule 52, grinding wheel 53, head/tail 54, coordinate setting 55, diagnosis 56, and program creation in the item selection area 50 to be executed. 57. Parameter 58. One of the execution items in “Leave”. After selection, the processing form will appear in the processing form selection area 60. The processing form of single project 51 includes straight forward 61, horizontal movement 62, straight forward and horizontal movement 63, oblique and horizontal Shift 64, shoulder 65, ramp 66, straight swing 67, coordinate system and other items (as shown in Fig. Items such as advance and traverse 63, oblique traverse 64, shoulder 65, oblique advance 66, straight forward and swing 67, coordinate system (as shown in Figure 4), the processing form of the grinding wheel 53 includes calling 71, editing 72, and trimming 173 , trimming 274, trimming 375, point 76, arc 77, sand trimming parameter 78, coordinate system and other items (as shown in Figure 5), after the operator clicks to select the execution item area 50 and the processing form selection area 60, Then input the processing parameters from the input value 43 to the processing parameter display area 45 (refer to Fig. 2, 3, and 4). After completion, the operator can edit the processing formula 31 to order the internal and external cylindrical grinding machine servo control system 20 to carry out the work on the workpiece. Processing action, and the processing formula 31 edited this time can be stored for use in the next processing of the same workpiece, avoiding the man-hours generated by the need to repeatedly operate the dialogue window interface screen system 30 of the inner and outer cylindrical grinding machines when processing a large number of identical workpieces, It can save man-hours, and the processing formula 31 can be modified or used in series; in addition, the operator can also monitor the dialogue window interface screen system 30 of the internal and external cylindrical grinding machine, and grasp the processing in execution by the dialogue window interface screen system 30 of the internal and external cylindrical grinding machine The status can make the operator understand the steps in execution, and know the processing completion time by means of the internal and external cylindrical grinder dialogue window interface screen system 30.

The above description is only a specific embodiment of the utility model, and cannot limit the protection scope of the utility model. Any modification made on the basis of the technical solution according to the technical idea of the utility model falls within the protection scope of the utility model.

Claims (2)

1. A dialogue window interface system device for internal and external cylindrical grinding machines, characterized in that it includes an internal and external cylindrical grinding machine dialogue window interface screen system set in a computer numerical control processing machinery system and a screen system for dialogue window interface screens for internal and external cylindrical grinding machines. The screen system is a servo control system for internal and external cylindrical grinding machines that process workpieces according to the execution items, processing forms and input values through processing program commands. The internal and external cylindrical grinding machine dialog window interface screen system includes the set items that the operator wants to execute , processing form, and input parameters are edited as keyboards that can be modified or serially stored as processing formulas. 2. The dialogue window interface system device for internal and external circular grinding machines according to claim 1, characterized in that: the dialogue window interface screen system for internal and external cylindrical grinding machines is provided with a machine coordinate area, a program number area, and a feed path for processing parts Map area, input value, prompt text area, processing parameter display area, execution item selection area, and processing form selection area.

Images