CN201812182U

CN201812182U - Parameter control system of tool machine

Info

Publication number: CN201812182U
Application number: CN2010205596831U
Authority: CN
Inventors: 张视文; 陈元智
Original assignee: DONGGUAN LNC TECHNOLOGY Co Ltd
Current assignee: DONGGUAN LNC TECHNOLOGY Co Ltd
Priority date: 2010-10-12
Filing date: 2010-10-12
Publication date: 2011-04-27
Anticipated expiration: 2020-10-12

Abstract

The utility model provides a parameter control system of a tool machine, in particular to the parameter control system of the tool machine, which selects optimum system parameters according to different processing characteristics. The parameter control system is provided with a numerical controller which is electrically connected with a mechanical device and a human-machine interface, and the numerical controller is internally provided with a processing selection module, a parameter data module and a parameter establishing module in a separation manner. In the parameter control system, the optimum processing parameters can be selected by an operator according to processing materials, processing methods, machine-platform characteristics and the like, and successive resetting is not needed, therefore, the parameter control system can be applicable to diversified processing environments, the time of readjusting the processing parameters is effectively saved and further the processing efficiency and the stability are improved.

Description

The parameter control system of machine tool

Technical field

The utility model is about a kind of machine tool control technology field that processes usefulness, it particularly is a kind of parameter control system of saving the machine tool of readjusting the parameter time, to allow the instrument function select the optimization parameter, to promote processing usefulness and stability according to different processing characteristics.

Background technology

Along with the constantly upwards development of photoelectricity science and technology, semiconductor industry, precise machine machining, the desired precision of the product of being produced is also strict day by day, therefore movably speed, speed of feed and the stability etc. that move of mechanical hook-up in the machine tool, all can directly have influence on the quality of processing, lifting when quality requirements, and during the demand of commodity microminiaturization, the accuracy requirement between the moving member also all significantly promotes.

Yet, the machining precision of machine tool is except aforesaid factor, the difference that has further comprised rapidoprint is [as steel, aluminium, Dai Mu etc.], the difference of processing method [as is rough milled, finish-milling, just attacked etc.], the difference of mechanical hook-up [as amount of rigidity etc.], mainly be the stability that can directly have influence on the processing displacement because of the difference in these processing, speed and compensation etc., therefore in actual process operation process, before each processing, operating personnel need according to aforesaid difference usually [as rapidoprint, processing method and mechanical hook-up etc.] set different parameter conditions [as the acceleration and deceleration time, tarnsition velocity, servo gain, compensation rate or the like], so for the user of various process requirements, all to readjust parameter at every turn, quite inconvenience in the use, and lose time, simultaneously may produce defective products, significantly reduce the usefulness and stability of its processing because of setting mistake; In addition, on the management job sequence, because the managerial personnel's that too many job sequence also makes workload increases the weight of.

In other words, if can allow machine tool can process requirements according to different board, different Material Processing and appointment under, do not need to carry out again the adjustment of parameter condition at every turn, then believe and can effectively save the time of readjusting parameter, and then promote processing usefulness with stable.

In view of this, designer of the present utility model is that the problem that is faced in the time of need adjusting each mechanical hook-up parameter one by one according to different processing at aforementioned existing machine tool is deeply inquired into, and be engaged in the development Experience of related industry for many years by the designer of utility model, and actively seek solution, research and development through constantly making great efforts, finally Cheng Gong the parameter control system of developing a kind of machine tool uses to overcome having the disappearance that machined parameters caused that need set each mechanical hook-up one by one now.

Summary of the invention

The purpose of this utility model promptly is to provide a kind of parameter control system that can finish the machine tool of parameter setting automatically, selecting optimized machined parameters according to different processing characteristics, effectively save the time of adjusting parameter, and then promote the usefulness and stability of processing.

Can reach the parameter control system of the machine tool of above-mentioned utility model purpose, include:

One processing selects module, a parameter data module and a parameter to set up module, wherein:

One has the numerical controller of storage, manipulative procedure, and described numerical controller can see through the input of man-computer interface, and described numerical controller can be used for controlling mechanical hook-up and finishes processing work;

Described processing selects module to be located in the numerical controller, and is connected with aforementioned man-computer interface, and processing selects module can select the pattern of institute's desire processing for operating personnel by man-computer interface again;

Described parameter data module is located in the numerical controller, and parameter data module also selects module to be connected with processing, and store the multiple machined parameters pattern that different processing characteristics is set up of complying with in the parameter data module.

By this, specific implementation by the aforementioned techniques means, the utility model can be utilized have multiple different machined parameters pattern in the parameter data module, and utilize processing to select module to select required machined parameters pattern according to different processing characteristics, machined parameters pattern with described correspondence is passed to the adjustment of carrying out the machined parameters condition on the relative mechanical hook-up again, and need not to readjust one by one parameter, satisfy the demand of variation processing, and the time of readjusting machined parameters can be saved effectively, and then promote processing usefulness with stable, significantly increase its surcharge, to improve the economic benefit of machine tool.

Moreover the utility model further can be stored in the parameter data module simultaneously according to the newly-increased processing of different processing characteristics parameter mode, and it utilizes following technological means to realize:

In the described numerical controller and be provided with a parameter and set up module, described parameter is set up module and is selected module and parameter data module to be connected with processing respectively, and when parameter is set up module and can be selected in the module not the machined parameters pattern of the corresponding processing characteristics of tool for processing, see through numerical controller and set up new machined parameters pattern, and described new machined parameters pattern is stored in the parameter data module according to processing characteristics.

Compared with prior art, the parameter control system of machine tool described in the utility model can be finished parameter setting automatically, selecting optimized machined parameters, effectively save the time of adjusting parameter, and then promote the usefulness and stability of processing according to different processing characteristics.

Description of drawings

Fig. 1 be the utility model machine tool parameter control system the system architecture synoptic diagram;

Fig. 2 is the flow process block schematic diagram of parameter control system when reality is used of described machine tool;

Fig. 3 is the synoptic diagram of practice of the parameter control system of described machine tool.

Embodiment

See also Fig. 1, the parameter control system of machine tool provided by the utility model mainly includes:

The parameter control system of described machine tool has a numerical controller 1 that is electrically connected mechanical hook-up and man-computer interface, and being arranged with a processing in the numerical controller 1 selects module 2, a parameter data module 3 and a parameter to set up module 4, wherein mechanical hook-up can comprise driving element, the moving meter [as its acceleration and deceleration time, speed, servo gain etc.] that need carry out parameter adjustment, and the element that man-computer interface is used for selecting or control for operating personnel button, display or the touch control screen etc. of input data [as be used for];

Described numerical controller 1 has the function of storage, each the mechanical hook-up action of operated tool machine, and numerical controller 1 can see through the input of man-computer interface or control, and the start mechanical hook-up is finished predetermined processing work;

Module 2 is selected in described processing, and it is located in the numerical controller 1, and is connected with aforementioned man-computer interface, and processing selects module 2 can select the pattern of institute's desire processing for operating personnel by man-computer interface again;

Described parameter data module 3, it is located in the numerical controller 1, parameter data module 3 also selects module 2 to be connected with processing, and store the multiple machined parameters pattern of setting up according to different processing characteristics in the parameter data module 3, described machined parameters pattern can select module 2 to select by processing by man-computer interface, also can in be built between the job sequence, and can the machined parameters pattern of selecting be passed on each corresponding mechanical hook-up by numerical controller 1, for the machined parameters of readjusting each mechanical hook-up;

Described parameter is set up module 4, it selects module 2 and parameter data module 3 to be connected with aforementioned processing respectively, and parameter is set up module 4 can be for operating personnel when processing selects to select in the module 2 machined parameters pattern less than corresponding processing characteristics, man-computer interface by numerical controller 1 according to the difference of rapidoprint [as steel, aluminium, Dai Mu etc.], the difference of processing method [as is rough milled, finish-milling, just attacked etc.], processing characteristics such as the difference of mechanical hook-up [as amount of rigidity etc.], set up new machined parameters pattern, and described new machined parameters pattern is stored in the parameter data module 3, can select select in the module 2 by processing for operating personnel;

By this, group formation one can be selected the parameter control system of the machine tool of optimization machined parameters according to different processing characteristics.

And about the practice of the parameter control system of the utility model machine tool, then as person as shown in Fig. 1, Fig. 2, in operation, when operating personnel start setting before machine tool begins to process.

At first, select cooked mode, it utilizes the man-computer interface of numerical controller 1 to select module 2 to select the machined parameters pattern of corresponding described processing characteristics in parameter data module 3 by processing;

Then, judge and whether have corresponding machined parameters pattern in the parameter data module 3, as parameter data module 3 do not have corresponding as described in the machined parameters pattern of processing characteristics, then see through the newly-increased processing of the man-computer interface parameter mode of numerical controller 1, make described newly-increased machined parameters pattern can meet the demand of described processing characteristics, and this machined parameters pattern is stored in the parameter data module 3, select module 2 to select to use for processing according to corresponding processing characteristics;

Afterwards, after finishing the machined parameters model selection, then parameter data module 3 is promptly by on numerical controller 1 mechanical hook-up that various machined parameters input in the described machined parameters pattern is corresponding, allow numerical controller 1 can be automatically with the optimization parameter setting to the mechanical hook-up of correspondence;

At last, operating personnel can start machine tool and process operation, and satisfy the demand that different processing characteristics need be readjusted parameter, can effectively save the time of parameter adjustment and setting.

See through aforesaid design and operation instruction as can be known, because traditional numerical control system is being used in different mechanical hook-ups, under the different Material Processings and the process requirements of appointment, each parameter that needs to adjust once more mechanical hook-up of using at different requirement, user for various processing, all will readjust parameter re-uses quite not convenient at every turn, and numerical control system of the present utility model, can select the method for optimization numerical control system parameter via different processing characteristics, therefore can save the time of readjusting parameter, and promote processing usefulness with stable, improve the puzzlement that in the past need transfer machine again, simultaneously can further promote production efficiency, and then promote its economic benefit.

The parameter control system of machine tool provided by the utility model when comparing mutually with other prior aries, has more following advantage:

One, can select optimized machined parameters according to different processing characteristics, effectively save the time of adjusting parameter, and then promote the usefulness and stability of processing.

Two, effectively reduce machine tool and use job sequence, and, allow the personnel of management job sequence be convenient to management.

Above-listed detailed description is specifying at a possible embodiments of the present utility model, only described embodiment is not in order to limit claim of the present utility model, allly do not break away from the equivalence that the utility model skill spirit does and implement or change, all should be contained in the claim of this case.

In sum, this case not only really belongs to innovation on the kenel of space, and can promote above-mentioned multinomial effect by existing article, the legal novel patent requirement that should fully meet novelty and progressive, file an application in accordance with the law, earnestly ask your office and check and approve the novel patent application case of this part, to encourage utility model, to feeling moral just.

Claims

1. the parameter control system of a machine tool is characterized in that, comprising:

One has the numerical controller of storage, manipulative procedure, and described numerical controller is by the input of man-computer interface, and described numerical controller is used to control mechanical hook-up and finishes processing work;

Module is selected in processing, is located in the described numerical controller, and is connected with described man-computer interface, and processing selects module to see through the pattern that man-computer interface is selected institute's desire processing for operating personnel again;

Parameter data module is located in the described numerical controller, and described parameter data module also selects module to be connected with described processing, and store the multiple machined parameters pattern that different processing characteristics is set up of complying with in the described parameter data module.

2. the parameter control system of machine tool as claimed in claim 1, it is characterized in that, in the described numerical controller and be provided with a parameter and set up module, described numerical controller selects module and described parameter data module to be connected with described processing, and when described parameter is set up module and is selected in the module not the machined parameters pattern of the corresponding processing characteristics of tool for described processing, set up new machined parameters pattern by described numerical controller according to processing characteristics, and described new machined parameters pattern is stored in the described parameter data module.