CN101134296A - Man-machine interface of the multiple shaft direction tool grinder NC program code generating software - Google Patents
Man-machine interface of the multiple shaft direction tool grinder NC program code generating software Download PDFInfo
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- CN101134296A CN101134296A CNA2006101122961A CN200610112296A CN101134296A CN 101134296 A CN101134296 A CN 101134296A CN A2006101122961 A CNA2006101122961 A CN A2006101122961A CN 200610112296 A CN200610112296 A CN 200610112296A CN 101134296 A CN101134296 A CN 101134296A
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Abstract
The man-machine interface with NC program code generating software for multiple axial direction tool grinder has one display window in display screen including one cutter selecting page and several cutter parameter pages. The cutter selecting page includes several selecting buttons with cutter icon for different cutter parameter pages, and each of the cutter parameter pages includes several label type menus with display fields for the user to fill in machining parameters and click. In addition, there is also one executing menu in the window, and the executing menu is provided with one NC code option for generating NC program codes. By means of clicking the selecting button and filling in the required machining parameters, the software may be controlled to output required NC program codes.
Description
Technical field
The present invention relates to a kind of man-machine interface of multiple shaft direction tool grinder NC program code generating software.
Background technology
The important trend of toolroom machine is the development of high speed technology at present, and the development of high speed technology can be divided into two parts, and one is that (High Speed Cutting, HSC), another promptly is a feed technology to High-speed Machining Technology.
High-speed cutting and feed technology are mainly used in manufacture fields such as aircraft industry, automobile, motorcycle industry, mould and 3C Product casing at present on market.For example: automobile, motorcycle industry use the light metal and the ratio regular meeting of nonferrous metal to increase gradually under the consideration of lightweight and environmental protection, and emphasizing stock-removing efficiency, shortening process time (non-cutting time) and improve machining accuracy then is main demand.And mould is applied in high-speed cutting on the ferrous materials, emphasizes complex-curved working ability and high rigidity and surface accuracy.
In addition, aluminium, magnesium alloy are widely used in the shell of 3C Product in recent years, and especially the mobile computer shell is day by day general, because output is very big, and are the native country key industry, but the business opportunity phase; Yet the work of the unhairing limit behind aluminium, the magnesium alloy pressure-casting, milling flat, boring, tapping is many, is badly in need of ultrahigh speed machining tool machine and reduces manpower demand and manufacturing cost, to promote competitiveness of product.
In making process, cutting tool is indispensable and is one of most important instrument, because the high speed development of modern cutting technology, require considerably urgent to various types of high precision cutting tools, it is that the cutter manufacturing also is most important process at last that the blade of cutter grinds, and also is the key of decision tool geometry precision and cutting ability, the cutter blade complex geometry, and different workpiece materials, its tool geometry that is suitable for is inequality basically.HSC Milling Tools market, the cutter demand is quite big, mainly contains two parts: (1) new milling cutter.(2) milling cutter again.Utilize multiaxis with moving the CNC cutter sharpener and cooperating Special CAD/CAM software, just can grind out accurate cutter.
Because kind, the pattern of cutter are various, and the research and development of implement structure improve, obtain accurate circular arc and good radially with the grindings such as moulding cutter of arc sections pivot point, ball nose position helical edges, different shape, then need rich experience and superb technology, the software of therefore auxiliary Tool Design arises at the historic moment then, the NC program code that utilizes Tool Design software to be produced provides multiaxis to carry out to grind accurate cutter with moving CNC cutter sharpener.Yet as mentioned above, because kind, the pattern of cutter are various, how to make the man-machine interface of Tool Design software that the convenient bridge of linking up between user and the software can be provided, making the man-machine interface hommization and using easily is a big problem.
Summary of the invention
Technical problem underlying to be solved by this invention is, for the cutter that Tool Design software is suitable for more extensive, and provide a kind of man-machine interface of multiple shaft direction tool grinder NC program code generating software, by than the various function choosing-items of hommization and intuition and insert the display field of machined parameters, the feasible designed Tool Design software of interface according to this can reach the advantage of easy setting, and the NC program code of various different cutters is ground in convenient whereby output.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of man-machine interface of multiple shaft direction tool grinder NC program code generating software, it is characterized in that, be to be provided with a display screen, show a window on this display screen, comprise several pull-down functional menus in this window, comprise several function choosing-items in each pull-down functional menu, several pull-down functional menus comprise an archives menu and an execution menu, wherein this archives menu comprises out that new archive option and finishes option, this opens the new archive option is in order to open cutter engineering option again, this end option is in order to leaving program, and this execution menu is provided with one and transmits NC sign indicating number option, and this transmissions NC sign indicating number option is a NC program code of processing usefulness in order to produce;
Comprise further in this window that one is positioned at the cutter selection page and several cutter parameters pages that is positioned at lower floor and depends on this cutter selection page on upper strata, this cutter selects the page to comprise several selector buttons, be respectively equipped with a kind of icon of cutter on each selector button, and respond the cutter parameters page of this kind cutter respectively and can select to enter, be provided with several label type menus in each cutter parameters page, these label type menus comprise a main menu of setting, one external form curve menu, and several grind processing procedure menus, are provided with several in each label type menu and insert parameter for users and the parameter display field that clicks and click display field.
The man-machine interface of aforesaid multiple shaft direction tool grinder NC program code generating software wherein is provided with several quick function keys in the window, each function key is the function choosing-item in each pull-down functional menu of response.
The man-machine interface of aforesaid multiple shaft direction tool grinder NC program code generating software, wherein the cutter parameters page comprises an end mill(ing) cutter parameter page, a round nose milling cutter parameter page, a ball-type milling cutter parameter page, a reamer parameter page, a bit parameter page and a moulding cutter parameter page, corresponding respectively each cutter parameters page of the icon of described selector button and be end mill(ing) cutter icon, a round nose milling cutter icon, a ball-type milling cutter icon, a reamer icon, a drill bit icon.
The man-machine interface of aforesaid multiple shaft direction tool grinder NC program code generating software, wherein the main display field of setting in the menu that clicks of each cutter parameters page comprises that a grinding part clicks display field, this grinding part clicks display field and comprises several grinding part options, and the described processing procedure menu that respectively grinds is each grinding part option of response, is provided with for the user in each grinds the processing procedure menu and sets the parameter display field of the required processing conditions of each grinding part option and click display field.
Window of the present invention mainly with 1, cutter selects the page.2, several cutter parameters pages.Two kinds of pages guide the user to set the parameter of various cutter processing usefulness in regular turn, because cutter selects each selector button in the page to have the cutter icon for user's identification, the selection of intuitive and entering in each cutter parameters page whereby, further set the parameter of various processing, can provide preferable and than the mode of operation of hommization.And also can provide same software can set the effect of multiple cutter parameters and export the effect of NC program code with the cutter parameters page that cutter selects the corresponding multiple cutter of selector button of the page to set.
Setting in the cutter parameters page is to provide the user to operate with the label type menu, marshalling and can setting one by one in order, and meet the logical order and the custom of user's operation with the main arrangement mode of setting menu, external form curve menu, grinding processing procedure menu, can provide the user to be fit to the operating and setting mode of not haveing obstacles.
Because the present invention has above-described service advantages, make that the designed Tool Design software of interface can reach the effect that meets user's intuition, sets easily according to this, and corresponding multiple cutter of energy while, the NC program code of various different cutters is ground in convenient whereby output.
Moreover the present invention further is provided with several quick function keys in window, is available for users to push to promote the usefulness of operation, make man-machine interface of the present invention can provide better, more intuition, interface utilizes for the user more easily.
The invention has the beneficial effects as follows: by than the various function choosing-items of hommization and intuition and insert the display field of machined parameters, the feasible designed Tool Design software of interface according to this can reach the advantage of easy setting, and the NC program code of various different cutters is ground in convenient whereby output.
Description of drawings
The present invention is further described below in conjunction with drawings and Examples.
Fig. 1 is that preferred embodiment of the present invention shows the window of the cutter selection page and the schematic diagram of each pull-down functional menu.
Fig. 2 is that preferred embodiment of the present invention shows the window of the cutter parameters page and the schematic diagram of each quick function key.
Fig. 3 is the main menu and the external form curve menu set of the end mill(ing) cutter parameter page of preferred embodiment of the present invention.
Fig. 4 is the main menu and the external form curve menu set of the round nose milling cutter parameter page of preferred embodiment of the present invention.
Fig. 5 is the main menu and the external form curve menu set of the ball-type milling cutter parameter page of preferred embodiment of the present invention.
Fig. 6 is the main menu and the external form curve menu set of the reamer parameter page of preferred embodiment of the present invention.
Fig. 7 to Figure 15 is the main grinding processing procedure menu (not comprising all grinding processing procedure menus) of preferred embodiment of the present invention.
Figure 16 is that preferred embodiment 2D section parameter box of the present invention and cutter fluting section display window are shown in the schematic diagram in the window.
Figure 17 is the window schematic diagram of preferred embodiment 3D simulated program of the present invention.
Figure 18 to Figure 21 is the emery wheel parameter menu schematic diagram of preferred embodiment of the present invention.
Figure 22 is the tool parameters menu schematic diagram of preferred embodiment of the present invention.
Figure 23 is the operational flowchart of preferred embodiment of the present invention when applying to link up Tool Design software.
Figure 24 to Figure 30 is the operating process window schematic diagram of preferred embodiment of the present invention when applying to link up Tool Design software.
The specific embodiment
The present invention is a kind of man-machine interface of multiple shaft direction tool grinder NC program code generating software, see also Fig. 1 to preferred embodiment shown in Figure 22, this man-machine interface is in order to link up the software of personal computer (PC), with this than embodiment, this software is a kind of Tool Design software, this man-machine interface is provided with a window that is shown on the display screen
Be provided with four pull-down functional menus in the upper left corner of window, each pull-down functional menu is respectively an archives menu from left to right in regular turn, a cutter form menu, is carried out a menu and an explanation menu, wherein,
The archives menu comprises out that new archive option, loads cutter parameters option, and stores cutter parameters option, a storage cutter parameters to an option and an end option, and the respective action of each function choosing-item is as follows:
Open the new archive option: open cutter engineering option again.
Load the cutter parameters option: open old cutter parameters shelves.
Store the cutter parameters option: the cutter parameters shelves are stored.
Store cutter parameters to option: the cutter parameters shelves are stored into another new archives.
Finish option: leave program.
Cutter form menu comprises an end mill(ing) cutter option, a round nose milling cutter option, a ball cutter option and a reamer option, and the respective action of each function choosing-item is as follows:
The end mill(ing) cutter option: selecting the cutter engineering is end mill(ing) cutter.
Round nose milling cutter option: selecting the cutter engineering is the round nose milling cutter.
The ball cutter option: selecting the cutter engineering is ball cutter.
The reamer option: selecting the cutter engineering is reamer.
Carry out menu and comprise that a 3D emulation option, transmits a NC sign indicating number option and a probe option, the respective action of each function choosing-item is as follows:
3D emulation option: call out simulated program with emulation tool lapping situation.
Transmit NC sign indicating number option: the NC program code that produces processing usefulness.
The probe option: after using the probe measurement tool position, cutter X-axis amount of bias (Off Center) that the program of passing back is required and blade C axle amount of bias (Off C).
Being provided with a cutter that is positioned at the upper strata at the mid portion of window selects the page and six to be positioned at lower floor and to depend on the cutter parameters pages that this cutter is selected the page, the cutter parameters page comprises an end mill(ing) cutter parameter page, a round nose milling cutter parameter page, a ball-type milling cutter parameter page, a reamer parameter page, a bit parameter page and a moulding cutter parameter page
Cutter selects the page to comprise six selector buttons that become matrix form to arrange, by a upper left end mill(ing) cutter selector button, a round nose milling cutter selector button, a ball-type milling cutter selector button, a reamer selector button, a drill bit selector button and the moulding cutter selector button of being respectively in regular turn to the bottom right, wherein
The end mill(ing) cutter selector button is provided with an end mill(ing) cutter icon; Round nose milling cutter selector button is provided with a round nose milling cutter icon; Ball-type milling cutter selector button is provided with a ball-type milling cutter icon; The reamer selector button is provided with a reamer and selects icon; The drill bit selector button is provided with a drill bit icon; Moulding cutter selector button is provided with a moulding cutter icon, and the respective action of each selector button is as follows:
The end mill(ing) cutter selector button: the end mill(ing) cutter selector button is a responder milling cutter option, is that selection cutter engineering is that end mill(ing) cutter is selected the upstream end milling cutter parameter page.
Round nose milling cutter selector button: round nose milling cutter selector button is a response round nose milling cutter option, is that selection cutter engineering is that the round nose milling cutter selects to enter the round nose milling cutter parameter page.
Ball-type milling cutter selector button: ball-type milling cutter selector button is a response ball-type milling cutter option, is that selection cutter engineering is that the ball-type milling cutter selects to enter the ball-type milling cutter parameter page.
The reamer selector button: the reamer selector button is a response reamer option, is that selection cutter engineering is that reamer selects to enter the reamer parameter page.
The drill bit selector button: the drill bit selector button is that selection cutter engineering is that drill bit selects to enter the bit parameter page.
Moulding cutter selector button: moulding cutter selector button is that selection cutter engineering is that the moulding cutter selects to enter the moulding cutter parameter page.
The below of inherent each the pull-down functional menu of window of each cutter parameters page is provided with a horizontal row to the quick function key of arranging, the quick function key is to be provided with five, be respectively a unlatching newly shelves key, a loading cutter parameters key, a storage cutter parameters key, a transmission NC sign indicating number key, a probe key, a 3D analog key, 2D section adjustment key and a 2D updating key from left to right, the respective action of each quick function key is as follows:
Open new shelves key: opening new shelves key is the above-mentioned new archive option of opening of response, opens cutter engineering option again.
Be written into the cutter parameters key: loading the cutter parameters key is the above-mentioned loading cutter parameters option of response, opens old cutter parameters shelves.
Store the cutter parameters key: storing the cutter parameters key is that response stores the cutter parameters option, and the cutter parameters shelves are stored.
Transmit NC sign indicating number key: transmitting NC sign indicating number key is that response transmits NC sign indicating number option, produces the NC program code of processing usefulness.
The probe key: the probe key is after response probe option uses the probe measurement tool position, cutter X-axis amount of bias (Off Center) that the program of passing back is required and blade C axle amount of bias (Off C).
The 3D analog key: 3D emulation key is a response 3D emulation option, calls out simulated program with emulation tool lapping situation.
The 2D section is adjusted key: call out 2D section parameter box and cutter fluting section display window, be provided with a plurality of parameter display fields in the 2D section parameter box and insert 2D section adjustment parameter for the user, the real-time display update 2D of cutter fluting section display window section is adjusted the cutter fluting section situation after the parameter.
2D updating key: upgrade the 2D section and adjust the fluting parameter that parameter to cutter engineering has been set.
Be provided with several label type menus in each cutter parameters page, these label type menus comprise main menu, an external form curve menu, several grinding processing procedure menus, an emery wheel parameter menu and the tool parameters menu set, each emery wheel parameter menu is form, combination and a related setting of setting emery wheel that machine table uses in order to planning, and each tool parameters menu is in order to the coordinate of the program initial point of setting machine table, each positive limit point and negative pole point of accumulation.Main menu, external form curve menu and several content bar of grinding the processing procedure menu set of each cutter parameters page is listed as follows:
The main setting in the menu of the end mill(ing) cutter parameter page comprises that a grinding part clicks display field, one cutting blade direction clicks display field, one helical angle clicks display field and helical angle parameter display field, one a reference value clicks display field, an and probe parameter display field, wherein, grinding part clicks display field and comprises seven grinding part options, be respectively the radial cut top rake, open second groove, radially from being the angle, the radial clearance angle, axial cutting angle, axial angle of relief, and end play angle, probe parameter display field comprises center-biased amount (Off Center) field and C axle amount of bias (Off C) field: the center-biased amount is the relative position of program initial point with respect to the cutter end face, and C axle amount of bias is the relative position of program initial point with respect to cutter blade;
Comprise in the external form curve menu of the end mill(ing) cutter parameter page that an external form kind clicks display field, a straight parameter display field, a tapering parameter display field and tapering calculating and clicks display field;
Grinding processing procedure menu in the end mill(ing) cutter parameter page comprises a helicla flute 1 menu, a helicla flute 2 menus, a radial relief menu, a radial clearance menu, a straight line angle of attack menu, an axial relief menu and an end play menu, each grinds the processing procedure menu is each grinding part option of response, in each grinds the processing procedure menu, be provided with several parameter display fields and click display field, set the required processing conditions of each grinding part option for the user.
The main setting in the menu of the round nose milling cutter parameter page comprises that a grinding part clicks display field, one cutting blade direction clicks display field, one helical angle clicks display field and helical angle parameter display field, one a reference value clicks display field, an and probe parameter display field, wherein, grinding part clicks display field and comprises eight grinding part options, be respectively the radial cut top rake, open second groove, the spiral angle of attack, radially from being the angle, the radial clearance angle, axial cutting angle, axial angle of relief, and end play angle, probe parameter display field comprises center-biased amount (Off Center) field and C axle amount of bias (Off C) field: the center-biased amount is the relative position of program initial point with respect to the cutter end face, and C axle amount of bias is the relative position of program initial point with respect to cutter blade;
Comprise in the external form curve menu of the round nose milling cutter parameter page that an external form kind clicks display field, a straight parameter display field, a tapering parameter display field;
Grinding processing procedure menu in the round nose milling cutter parameter page comprises a helicla flute 1 menu, a helicla flute 2 menus, a spiral angle of attack menu, a radial relief menu, a radial clearance menu, a straight line angle of attack menu, an axial relief menu and an end play menu, each grinds the processing procedure menu is each grinding part option of response, in each grinds the processing procedure menu, be provided with several parameter display fields and click display field, set the required processing conditions of each grinding part option for the user.
The main setting in the menu of the ball-type milling cutter parameter page comprises that a grinding part clicks display field, one cutting blade direction clicks display field, one helical angle clicks display field and helical angle parameter display field, one a reference value clicks display field, an and probe parameter display field, wherein, grinding part clicks display field and comprises six grinding part options, be respectively the radial cut top rake, open second groove, radially from being the angle, the radial clearance angle, the spiral angle of attack, the 3rd angle of relief, probe parameter display field comprises center-biased amount (Off Center) field and C axle amount of bias (Off C) field: the center-biased amount is the relative position of program initial point with respect to the cutter end face, and C axle amount of bias is the relative position of program initial point with respect to cutter blade;
Comprise in the external form curve menu of the ball-type milling cutter parameter page that an external form kind clicks display field, a straight parameter display field, a tapering parameter display field and tapering calculating and clicks display field;
Grinding processing procedure menu in the ball-type milling cutter parameter page comprises a helicla flute 1 menu, a helicla flute 2 menus, a radial relief menu, a radial clearance menu, a spiral angle of attack menu, one the 3rd angle of relief menu, each grinds the processing procedure menu is each grinding part option of response, in each grinds the processing procedure menu, be provided with several parameter display fields and click display field, set the required processing conditions of each grinding part option for the user.
The main setting in the menu of the reamer parameter page comprises that a grinding part clicks display field, one cutting blade direction clicks display field, one helical angle clicks display field and helical angle parameter display field, one a reference value clicks display field, an and probe parameter display field, wherein, grinding part clicks display field and comprises four grinding part options, be respectively helicla flute, straight trough, radially from being the angle, chamfering, probe parameter display field comprises center-biased amount (Off Center) field and C axle amount of bias (Off C) field: the center-biased amount is the relative position of program initial point with respect to the cutter end face, and C axle amount of bias is the relative position of program initial point with respect to cutter blade;
Comprise in the external form curve menu of the reamer parameter page that an external form kind clicks display field, a straight parameter display field, a tapering parameter display field;
Grinding processing procedure menu in the reamer parameter page comprises a helicla flute menu, the list of flowing current separation always, a radial relief angle menu, a chamfering menu, each grinds the processing procedure menu is each grinding part option of response, in each grinds the processing procedure menu, be provided with several parameter display fields and click display field, set the required processing conditions of each grinding part option for the user.
When the present invention applies to link up Tool Design software, with the end mill(ing) cutter is example, its flow process as shown in figure 23, comprise the cutter type that select to grind, set mainly set menu, set external form curve menu, set respectively grind the processing procedure menu, set emery wheel, steps such as tool parameters, 3D simulation and output NC program code, details are as follows, and please cooperate simultaneously and consult Figure 24 to Figure 30:
A, select to grind the cutter type: start behind the Tool Design software display window on display screen, for the cutter selection page, pushes end mill(ing) cutter selector button in the window, enter the reamer parameter page with end mill(ing) cutter icon.
B, the main menu of setting of setting: behind the upstream end milling cutter parameter page, at first show the main menu of setting, click the grinding part option that grinding part clicks display field in main the setting in the menu, this process description be click the radial cut top rake, radially from being angle, radial clearance angle, axially cutting angle, axially angle of relief and end play angle, and set the cutting blade direction simultaneously and click that display field, helical angle click display field and helical angle parameter display field, a reference value clicks display field and probe parameter display field.
C, set external form curve menu: the main menu of setting is set the label of pushing external form curve menu after finishing and is entered in the external form curve menu, and sets the external form kind and click display field, straight parameter display field, tapering parameter display field and tapering and calculate and click display field.
The processing procedure menu is respectively ground in D, setting: external form curve menu is pushed the label that respectively grinds the processing procedure menu after setting and finishing in regular turn, enters whereby respectively to grind in the processing procedure menu to click the parameter of setting or inserting required processing conditions; Respectively grind in the process of processing procedure menu in setting, when helicla flute 1 menu, can push the 2D section and adjust key, call out 2D section parameter box and cutter fluting section display window, the user inspects cutter fluting section and inserts the 2D section and adjust parameter, and push the 2D updating key, in the fluting parameter that renewal 2D section adjustment parameter to cutter engineering has been set.
E, setting emery wheel, tool parameters: the label of pushing each emery wheel parameter menu and tool parameters menu respectively, enter respectively in emery wheel parameter menu and the tool parameters menu, form, combination and the related setting of emery wheel that machine table uses set in planning whereby, and sets the coordinate of the program initial point of machine table, each positive limit point and negative pole point of accumulation.
F, 3D simulation: push 3D emulation key, call out simulated program, confirm that the NC program code of output can normally be carried out on machine table with emulation tool lapping situation.
G, output NC program code: push and transmit NC sign indicating number key, produce the NC program code of processing usefulness.
Claims (4)
1. the man-machine interface of a multiple shaft direction tool grinder NC program code generating software, it is characterized in that, be to be provided with a display screen, show a window on this display screen, comprise several pull-down functional menus in this window, comprise several function choosing-items in each pull-down functional menu, several pull-down functional menus comprise an archives menu and an execution menu, wherein this archives menu comprises out that new archive option and finishes option, this opens the new archive option is in order to open cutter engineering option again, this end option is in order to leaving program, and this execution menu is provided with one and transmits NC sign indicating number option, and this transmissions NC sign indicating number option is a NC program code of processing usefulness in order to produce;
Comprise further in this window that one is positioned at the cutter selection page and several cutter parameters pages that is positioned at lower floor and depends on this cutter selection page on upper strata, this cutter selects the page to comprise several selector buttons, be respectively equipped with a kind of icon of cutter on each selector button, and respond the cutter parameters page of this kind cutter respectively and can select to enter, be provided with several label type menus in each cutter parameters page, these label type menus comprise a main menu of setting, one external form curve menu, and several grind processing procedure menus, are provided with several in each label type menu and insert parameter for users and the parameter display field that clicks and click display field.
2. the man-machine interface of multiple shaft direction tool grinder NC program code generating software according to claim 1 is characterized in that being provided with in the described window several quick function keys, and each function key is the function choosing-item in each pull-down functional menu of response.
3. the man-machine interface of multiple shaft direction tool grinder NC program code generating software according to claim 2, it is characterized in that the described cutter parameters page comprises an end mill(ing) cutter parameter page, a round nose milling cutter parameter page, a ball-type milling cutter parameter page, a reamer parameter page, a bit parameter page and a moulding cutter parameter page, corresponding respectively each cutter parameters page of the icon of described selector button and be end mill(ing) cutter icon, a round nose milling cutter icon, a ball-type milling cutter icon, a reamer icon, a drill bit icon.
4. according to the man-machine interface of claim 1,2 or 3 described multiple shaft direction tool grinder NC program code generating softwares, the main display field of setting in the menu that clicks that it is characterized in that described each cutter parameters page comprises that a grinding part clicks display field, this grinding part clicks display field and comprises several grinding part options, and the described processing procedure menu that respectively grinds is each grinding part option of response, is provided with for the user in each grinds the processing procedure menu and sets the parameter display field of the required processing conditions of each grinding part option and click display field.
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| CNA2006101122961A CN101134296A (en) | 2006-09-01 | 2006-09-01 | Man-machine interface of the multiple shaft direction tool grinder NC program code generating software |
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| CNA2006101122961A CN101134296A (en) | 2006-09-01 | 2006-09-01 | Man-machine interface of the multiple shaft direction tool grinder NC program code generating software |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102103371B (en) * | 2009-12-18 | 2012-10-10 | 财团法人工业技术研究院 | Device and method for realizing multiaxial synchronous interpolation by multisystem connection |
| CN104570950A (en) * | 2013-10-18 | 2015-04-29 | 镇江鼎拓科技信息有限公司 | C<++>-based ellipsoidal surface high-precision error interpolation calculation method |
| CN110948373A (en) * | 2018-09-26 | 2020-04-03 | 禾璟科技有限公司 | Grinding process control system applicable to grinding machine |
| CN113204209A (en) * | 2020-01-31 | 2021-08-03 | 财团法人工业技术研究院 | Tool management method for machine tool |
-
2006
- 2006-09-01 CN CNA2006101122961A patent/CN101134296A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102103371B (en) * | 2009-12-18 | 2012-10-10 | 财团法人工业技术研究院 | Device and method for realizing multiaxial synchronous interpolation by multisystem connection |
| CN104570950A (en) * | 2013-10-18 | 2015-04-29 | 镇江鼎拓科技信息有限公司 | C<++>-based ellipsoidal surface high-precision error interpolation calculation method |
| CN110948373A (en) * | 2018-09-26 | 2020-04-03 | 禾璟科技有限公司 | Grinding process control system applicable to grinding machine |
| CN110948373B (en) * | 2018-09-26 | 2021-05-28 | 禾璟科技有限公司 | Grinding process control system applicable to grinding machine |
| CN113204209A (en) * | 2020-01-31 | 2021-08-03 | 财团法人工业技术研究院 | Tool management method for machine tool |
| US11650573B2 (en) | 2020-01-31 | 2023-05-16 | Industrial Technology Research Institute | Management method for cutting tool of machine tool |
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