CN105955199A - Guide sleeve mode conversion system and method - Google Patents
Guide sleeve mode conversion system and method Download PDFInfo
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- CN105955199A CN105955199A CN201610452864.6A CN201610452864A CN105955199A CN 105955199 A CN105955199 A CN 105955199A CN 201610452864 A CN201610452864 A CN 201610452864A CN 105955199 A CN105955199 A CN 105955199A
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- module
- guide pin
- pin bushing
- instruction
- parameter
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/18—Numerical control [NC], i.e. automatically operating machines, in particular machine tools, e.g. in a manufacturing environment, so as to execute positioning, movement or co-ordinated operations by means of programme data in numerical form
- G05B19/406—Numerical control [NC], i.e. automatically operating machines, in particular machine tools, e.g. in a manufacturing environment, so as to execute positioning, movement or co-ordinated operations by means of programme data in numerical form characterised by monitoring or safety
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/30—Nc systems
- G05B2219/37—Measurements
- G05B2219/37616—Use same monitoring tools to monitor tool and workpiece
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- Manufacturing & Machinery (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Automation & Control Theory (AREA)
- Alarm Systems (AREA)
Abstract
The invention provides a guide sleeve mode conversion system and method. The guide sleeve mode conversion system comprises an instruction module, a conversion module, a storage module, an alarm module and a display module. The guide sleeve mode conversion system receives an instruction from the instruction module, schedules arrangement parameters of guide sleeve modes from the storage module through the conversion module and applies the arrangement parameters to a numerical control feed type lathe. The guide sleeve mode conversion method comprises instrument identification and arrangement parameter scheduling. The steps are simple, and the operation is convenient.
Description
Technical field
The present invention relates to numerical control and walk scheming, relate to the conversion that the guide pin bushing pattern of scheming is walked in numerical control more precisely.
Background technology
The fine turning lathe that scheming is a kind of double-channel duplex position is walked in numerical control, is primarily adapted for use in bar processing, due to suitable
Bar with processing is different in size, and scheming is walked in numerical control to be needed to use different types of guide pin bushing pattern to carry out bar
Processing.Conventional guide pin bushing pattern includes fixing guide pin bushing pattern and rotary guide sleeve pattern, fixing guide pin bushing and rotary guide sleeve
All required precisions to bar are higher, and after processing, tailing is longer, and bar waste is more, and above two pattern
Advantage be that fixing guide pin bushing processing length is long, and rotary guide sleeve processing linear degree is good.Another conventional leading
Set pattern is without guide pin bushing, is applicable to, without guide pin bushing pattern, the bar that processing length is short, and after processing, tailing is short, it is possible to have
Imitate cost-effective.
In daily process of manufacture, it is often necessary to continuously substantial amounts of bar is processed, these bars
Length, material etc. may be distinct, and for the requirement on machining accuracy of these bars, cost requirement etc.
Would also vary from.Corresponding different length, the bar of material, or the bar that processing request is different, numerical control is walked
Scheming needs to change different guide pin bushings and is processed bar.The replacing of guide pin bushing is generally the completeest by operator
Become, also need to manually change numerical control afterwards and walk the guide pin bushing pattern of scheming, so that numerical control is walked scheming and met to be installed and lead
The working method of set.Changing after guide pin bushing, manually the guide pin bushing pattern of scheming is walked in change numerical control needs to be manually entered every
Parameter, input process is more complicated, and after changing guide pin bushing, operator need to take considerable time for defeated
Enter parameter, have a strong impact on bar working (machining) efficiency.Simultaneously as parameter is more, operator are in input process
In inputing by mistake easily occurs or leaks the mistakes such as defeated, the harm of the parameter of mistake is very big, the most then damage bar, heavy then damage
Scheming is walked in bad numerical control, has a strong impact on production efficiency, it is also possible to cause the biggest economic loss.It addition, it is existing
Numerical control walk scheming conversion guide pin bushing pattern after, it is impossible to indicate guide pin bushing pattern to operator intuitively, operation
Personnel are difficult to after input parameter correct errors input parameter judge, it has not been convenient to use.
Summary of the invention
It is an object of the present invention to provide a guide pin bushing mode change system, described guide pin bushing mode change system bag
Including an instruction module, a modular converter and a memory module, described modular converter is identifying from described instruction
After the instruction of module, described modular converter calls from described memory module and arranges parameter, and the heart is walked in numerical control simultaneously
Machine enable call parameter is set, complete the conversion of guide pin bushing pattern, it is possible to reduce manual operation, reduction conversion lead
The used time that guide pin bushing pattern is set after set.
Another purpose of present aspect is to provide a guide pin bushing mode change system, described guide pin bushing mode change system
In described memory module in storage have fixing guide pin bushing pattern, rotary guide sleeve pattern and the setting without guide pin bushing pattern
Parameter, it is possible to the multiple guide pin bushing installment state of scheming is walked in reply numerical control.
Offer one guide pin bushing mode change system, described guide pin bushing mode change system are provided
In described instruction module for receiving an instruction of operator's input, and described instruction is to comprise a parameter
Instruction, described instruction is the distinctest, facilitates operator to use.
Offer one guide pin bushing mode change system, described guide pin bushing mode change system are provided
Also include that an indicating module, described indicating module farther include an alarm modules and a display module, described police
Report module walks the axial real time position of scheming and the spacing parameter called from described memory module by comparison numerical control,
Alarm is sent, it is ensured that numerical control is walked scheming safety, normally worked when occurring abnormal.
Offer one guide pin bushing mode change system, described guide pin bushing mode change system are provided
In display module identification from the instruction of instruction module, and show to user and the guide pin bushing pattern phase of instruction
Corresponding mark, facilitates operator to judge guide pin bushing pattern, effectively reduces maloperation.
Offer one guide pin bushing mode conversion method, described guide pin bushing mode conversion method are provided
Based on described guide pin bushing mode change system, described guide pin bushing mode change system is receiving the finger comprising a parameter
After order, identify instruction and call parameter is set accordingly, and being applied to numerical control walk the heart by arranging parameter accordingly
Machine, operational approach succinctly facilitates, and is effectively improved numerical control and walks the efficiency of scheming guide pin bushing conversion.
Offer one guide pin bushing mode conversion method, described guide pin bushing mode conversion method are provided
Based on described guide pin bushing mode change system, described guide pin bushing mode change system is after identifying instruction, to user
Show the mark corresponding with the guide pin bushing pattern of instruction, it is simple to operator judges guide pin bushing pattern.
Offer one guide pin bushing mode conversion method, described guide pin bushing mode conversion method are provided
Based on described guide pin bushing mode change system, described guide pin bushing mode change system after calling relative set parameter,
Numerical control can be walked the axial real time position of scheming to compare with the fiber parameters called, and send when occurring abnormal
Alarm, the trouble free service of scheming is walked in effective guarantee numerical control.
In order to achieve the above object, the present invention provides guide pin bushing mode change system, walks scheming for numerical control and is changing
The conversion of guide pin bushing pattern after guide pin bushing, it is characterised in that including:
One instruction module, described instruction module receives and identifies an instruction, and wherein said instruction is for be inputted by outside
And be the instruction comprising guide pin bushing pattern information, and described instruction module transmits described instruction with the pattern of the signal of telecommunication；
One modular converter, described modular converter is set and described instruction module Electricity Federation, and described modular converter connects
Receive and identify described instruction；
One memory module, described memory module is set and described modular converter Electricity Federation, wherein said memory module
Middle storage has at least three kinds to include fixing guide pin bushing pattern, arranges ginseng without guide pin bushing pattern and rotary guide sleeve pattern
Number, and instruct described in described modular converter identification and call described setting according to described instruction from described memory module
Parameter, and the described parameter that arranges is applied to numerical control and walks scheming by described modular converter.
Preferably, described instruction module include an input equipment and one input identification module, described input equipment with
Described input identification module Electricity Federation, described input identification module and described input modular converter Electricity Federation, wherein said
Input equipment receives the described instruction inputted from outside and transmits described instruction to described input identification module, institute
State and instruct and transmit described instruction to described modular converter described in input identification module identification.
Preferably, described modular converter includes a conversion identification module and a calling module, described conversion identification mould
Block and described calling module Electricity Federation, described conversion identification module and described instruction module Electricity Federation, described calling module
With described memory module Electricity Federation, wherein said conversion identification module receives and recognizes the institute from described instruction module
State instruction and transmit described instruction to described calling module, described calling module according to described instruction from described storage
Module calls the described parameter that arranges, and the described parameter that arranges is applied to numerical control and walks scheming by described modular converter.
Preferably, described memory module includes at least one storage device, and described storage device storage has and includes fixing
Guide pin bushing pattern, arranges parameter without guide pin bushing pattern and the described of rotary guide sleeve pattern.
Preferably, described memory module enclosed mass at least three storage device, three described storage devices store respectively
There is enclosed mass to fix guide pin bushing pattern, parameter is set without guide pin bushing pattern and the described of rotary guide sleeve pattern.
Preferably, described guide pin bushing mode change system also includes an alarm modules, described alarm modules and described turn
Die change block Electricity Federation, and described alarm modules receive from the described of described modular converter, parameter is set.
Preferably, described alarm modules includes a monitoring modular, a comparing module and a warning devices, described
Monitoring modular and described comparing module Electricity Federation, described comparing module and described warning devices Electricity Federation, described comparison mould
Block and described modular converter Electricity Federation, wherein said monitoring module monitors numerical control walks an axial location parameter of scheming,
And described axial location parameter is transferred to described comparing module, institute by described monitoring modular as electronic signals
State axial location parameter described in comparison module and the described parameter that arranges, and described comparing module goes out in comparison
Now sending signal to described warning devices during exception, described warning devices sends alarm.
Preferably, described guide pin bushing mode change system also includes a display module, described display module and described finger
Making module Electricity Federation, described display module receives the described instruction from described instruction module, and described display mould
Block shows the guide pin bushing pattern information received.
Preferably, described display module includes a display identification module and a display device, described display identification mould
Block and described instruction module Electricity Federation, described display device and described display identification module Electricity Federation, described display identification
Display module described in module receives and recognizes from the described instruction of described instruction module and by described instruction transmission
To described chivalrous scholar's device, described display device shows the guide pin bushing pattern information received.
Guide pin bushing mode conversion method, described guide pin bushing mode conversion method based on described guide pin bushing mode change system, its
It is characterised by, including:
(A) guide pin bushing mode change system identification one instructs；
(B) guide pin bushing mode change system calls and arranges parameter.
Preferably, described step (A) including:
(A1) instruct described in instruction module identification；
(A2) instruction module transmits described instruction to modular converter.
Preferably, described step (B) including:
(B1) instruct described in modular converter identification；
(B2) modular converter calls one from memory module and arranges parameter.
Preferably, also has a step (C) guide pin bushing mode change system display guide pin bushing type after described step (B).
Preferably, described step (C) including:
(C1) instruct described in display module identification；
(C2) display module display guide pin bushing pattern.
Preferably, a step (D) guide pin bushing mode change system is also had to send alarm after described step (B).
Preferably, described step (D) including:
(D1) alarm modules monitors an axial location parameter；
(D2) axial location parameter described in alarm modules comparison arranges parameter with described；
(D3) in the case of axial location parameter values is more than axial limiting parameter values, alarm modules sends
Alarm.
Accompanying drawing explanation
Fig. 1 is the structural representation of guide pin bushing mode change system according to a preferred embodiment of the present invention.
Fig. 2 is the refinement structural representation of guide pin bushing mode change system according to a preferred embodiment of the present invention
Figure.
Fig. 3 is the schematic flow sheet of the guide pin bushing mode conversion method according to the present invention.
Fig. 4 is the idiographic flow schematic diagram of step (A) in the guide pin bushing mode conversion method according to the present invention.
Fig. 5 is the idiographic flow schematic diagram of step (B) in the guide pin bushing mode conversion method according to the present invention.
Fig. 6 is the idiographic flow schematic diagram of step (C) in the guide pin bushing mode conversion method according to the present invention.
Fig. 7 is the idiographic flow schematic diagram of step (D) in the guide pin bushing mode conversion method according to the present invention.
Detailed description of the invention
Hereinafter describe and be used for disclosing the present invention so that those skilled in the art are capable of the present invention.In below describing
Preferred embodiment be only used as citing, it may occur to persons skilled in the art that other obvious modification.With
The ultimate principle of the present invention defined in lower description can apply to other embodiments, deformation program, improvement side
Case, equivalent and the other technologies scheme without departing from the spirit and scope of the present invention.
It will be understood by those skilled in the art that in the exposure of the present invention, term " longitudinally ", " laterally ", " on ",
D score, "front", "rear", "left", "right", " vertically ", " level ", " top ", " end " " interior ", " outward " etc. indicate
Orientation or position relationship be based on orientation shown in the drawings or position relationship, its be for only for ease of description this
Bright and simplification describes rather than indicates or imply that the device of indication or element must have specific orientation, Yi Te
Fixed azimuth configuration and operation, the most above-mentioned term is not considered as limiting the invention.
It is understood that term " " is interpreted as " at least one " or " one or more ", i.e. at one
In embodiment, the quantity of an element can be one, and in a further embodiment, the quantity of this element can
Thinking multiple, term " " is it is not intended that logarithm quantitative limitation.
It is illustrated in figure 1 the guide pin bushing mode change system structural representation of a preferred embodiment of the present invention, described
Guide pin bushing mode change system includes an instruction module 10, a modular converter 20, a memory module 30, an alarm
Module 40 and a display module 50.Described instruction module 10 and described modular converter 20 Electricity Federation, described instruction
Module 10 and described display module 50 Electricity Federation, described modular converter more than 20 described memory module 30 Electricity Federation, institute
State modular converter 20 and described alarm modules 50 Electricity Federation.
As in figure 2 it is shown, described instruction module 10 includes input equipment 101 and an input identification module 102,
Described input equipment 101 and described input identification module 102 Electricity Federation, described input identification module 102 is with described
Modular converter 20 Electricity Federation.User inputs an order by described input equipment 101, and described order is with telecommunications
Number form transmission to described input identification module 102, described input identification module 102 receives and identifies described
Order, produces one first instruction, and described input identification module 102 instructs described first with the signal of telecommunication
Pattern is transferred to described modular converter 20 and described display module 50.
Described modular converter 20 includes conversion identification module 201 and a calling module 202, a described conversion identification
Module 201 and described calling module 202 Electricity Federation, described conversion identification module 201 and described input identification module
Module 102 Electricity Federation, described calling module 202 and described memory module 30 Electricity Federation, described calling module 202
With described alarm modules 40 Electricity Federation.Described conversion identification module 201 receives described first instruction, and to institute
Stating instruction to be identified, produce one second instruction, the most described conversion identification module 201 is by described second instruction
Being transferred to described calling module 202 with the pattern of the signal of telecommunication, described calling module 202 is according to described second instruction
From described memory module 30, call at least one parameter is set, described parameter is set subsequently by described calling module
202 are applied to numerical control walks scheming.
Described memory module 30 includes at least one storage device 301, and described storage device 301 calls mould with described
Block 202 Electricity Federation, in described storage device 301, storage has and described arranges parameter.
Described alarm modules 40 includes a monitoring modular 401, comparing module 402 and a warning devices 403,
Described monitoring modular 401 and described comparing module 402 Electricity Federation, described comparing module 402 and described calling module
202 Electricity Federations, described comparing module 402 and described warning devices 403 Electricity Federation.Described monitoring modular 401 is used for
The axial location parameter of scheming is walked in monitoring numerical control, and described axial location parameter is transferred to described comparing module
402.Described comparing module 402 receives and arranges parameter from described the described of calling module 202, receives simultaneously
From the described axial location parameter of described monitoring modular 401, described comparing module 402 is by described axial location
Parameter is compared with the described parameter that arranges, and described comparing module 402 produces one when comparison occurs abnormal
3rd instruction, described 3rd instruction is transferred to described police with the pattern of the signal of telecommunication by the most described comparing module 402
Reporting device 403.Described warning devices 403 sends alarm after receiving described 3rd instruction.
Described display module 50 includes that display identification module 501 and a display device 502, described display identify
Module 501 and described input identification module 102 Electricity Federation, described display device 502 and described display identification module
501 Electricity Federations.Described display identification module 501 receives described first instruction, and described display identification module 501 is right
Described first instruction is identified, and the guide pin bushing type information delivery comprised in the first instruction is filled to the most described display
Put 502, described display device 502 by the guide pin bushing type information received so that know represent otherwise.
Described instruction module 10 receives the described order from operator by described input equipment 101, simultaneously
Described order is converted into described first instruction by described instruction module 10, and by described first instruction with the signal of telecommunication
Pattern be transferred to described modular converter 20 and described display module 50, described modular converter 20 identifies described
First instruction, the most described modular converter 20 calls the described parameter that arranges from described memory module 30, and by institute
State and parameter is set is applied to numerical control and walks scheming.Described modular converter 20 is by described first instruction morphing for described
Two instructions, and described second instruction is transferred to described alarm modules 40 with the pattern of the signal of telecommunication.Described alarm
Module 40 is monitored numerical control and is walked the described axial location parameter of scheming, the most described alarm modules 40 by described axially
Location parameter is compared, when described axial location parameter with the described axial limiting parameter arranged in parameter
When numerical value is more than the numerical value of described axial limiting parameter, described alarm modules 40 sends alarm.Described display mould
Block 50 identifies described first instruction, and the guide pin bushing information comprised in described first instruction is presented to operator.
Described input equipment 101 in described instruction module 10 can take various forms, owing to needs operate
The instruction of person's input is relatively simple, and described input equipment 101 can be to use button form, each guide pin bushing pattern
A corresponding button, after pressing button corresponding with guide pin bushing pattern, described input equipment 101 can be with the signal of telecommunication
Described order is transferred to described input identification module 102 by pattern.Described input equipment 101 can also use key
Disk-form, when certain guide pin bushing pattern of needs, operator by needed for input through keyboard guide pin bushing pattern title or
Code name, after entering, described order can be transferred to described with the pattern of the signal of telecommunication by described input equipment 101
Input identification module 102.Described input equipment 101 can be to use voice recognition form, described input equipment
101 have sound identifying function, it is possible to identify the phonetic order of operator, and described input equipment 101 exists
After identifying the phonetic order of operator, with the pattern of the signal of telecommunication, described order can be transferred to described input and identify
Module 102.The conversion of operator's remote control guide pin bushing pattern for convenience, described input equipment 101 is all right
Being a wireless signal receiver, described wireless signal receiver is able to receive that the described of operator's remote input
Order, and described input equipment 101 is after receiving described order, can be with the pattern of the signal of telecommunication by described life
Order is transferred to described input identification module 102.
Described input identification module 102 in described instruction module 10 have signal identification, signal conversion and
The function of signal transmission.Described conversion identification module 201 in described modular converter 20 also have signal identification,
Signal conversion and the function of signal transmission.Described input identification module 102 and described conversion identification module 201
Electricity Federation, the most described conversion identification module 201 is capable of identify that the signal of telecommunication transmitted by described input identification module 102.
Described input identification module 102 identifies described order, and converts such commands into and only comprise guide pin bushing pattern information
Described first instruction, and described first instruction passes by described input identification module 102 with the pattern of the signal of telecommunication
It is handed to described conversion identification module 201.Described conversion identification module 201 identifies described first instruction, and by institute
State the first instruction and be converted to comprise described second instruction of recalls information, and described conversion identification module 201 will
Described second instruction is transferred to described calling module 202 with the pattern of the signal of telecommunication.Described calling module 202 identifies
Described second instructs, and described calling module 201 is deposited from described according to the recalls information in described second instruction
Storage module 30 calls the described parameter that arranges, and described calling module 201 by the described parameter that arranges with telecommunications
Number pattern be transferred to described comparing module 402.
Device 301, the number of concrete described storage device 301 is stored described in described memory module 30 enclosed mass at least
The amount depending on required storage data of measuring determines.The ideal state of described memory module 30 is for including three institutes
State storage device 301, wherein three the most corresponding three kinds of guide pin bushing patterns of described storage device 301: fix guide pin bushing
Pattern, without guide pin bushing pattern and rotary guide sleeve pattern, a kind of guide pin bushing mould of storage in each described storage device 301
Described corresponding to formula arranges parameter, accordingly even when in the case of storage device 301 certain described damages, also
Only can cause the described loss arranging parameter of a kind of guide pin bushing pattern, numerical control is walked scheming and still can be changed to remaining
Guide pin bushing pattern, but in the case of adding new guide pin bushing pattern, described memory module 30 also needs to add
Enter new described storage device 301.In the case of the memory capacity abundance of described storage device 301, three kinds
Parameter is set can being stored entirely in a described storage device 301 of guide pin bushing pattern, described calling module
202 call from a described storage device 301 and described arrange parameter, use single described storage device 301
The advantage of form is cost-effective, saves space, but in the circumstances of single described storage device 301 damage
Under, described guide pin bushing mode change system will be paralysed completely.The ideal state of described memory module 30 is
Including storing device 301 described at least two, in each described storage device 301, all storage has all guide pin bushing moulds
The described of formula arranges parameter, accordingly even when under the circumstances that single described storage device 301 damages, every kind of guide pin bushing
The described parameter that arranges of pattern is still retained in described memory module 30.
The described parameter that arranges includes many kinds of parameters, is respectively applied to numerical control and walks every setting of scheming, wherein has one
Item parameter is described axial limiting parameter.Described axial limiting parameter is corresponding guide pin bushing pattern, limits at axial direction
The parameter of guide pin bushing position processed, when guide pin bushing location parameter exceedes described axial limiting parameter, guide pin bushing can be fitted beyond it
By working range, cause numerical control to walk scheming efficiency and decline, guide pin bushing can be damaged time serious or scheming is walked in numerical control.Often
The described axial limiting parameter planting guide pin bushing pattern all differs, and sends in time during in guide pin bushing position beyond axial limiting
Alarm is to ensure that the essential condition that scheming normally works is walked in numerical control.Described axial limiting parameter is with the pattern of the signal of telecommunication
It is transferred to described comparing module 402 by described calling module 202, compares for described comparing module 402.
Described monitoring modular 401 in described alarm modules 40 has function and the transmission signal of telecommunication of sensor
Function, described alarm modules 40 can be to use the sensor form integrated with apparatus for transmitting signal, described prison
Survey module 401 by its sensor function, the axial location of guide pin bushing is monitored, obtain guide pin bushing described axially
Location parameter, and described axial location parameter is transferred to described comparing module 402 as electronic signals.Institute
State comparing module 402 the described axial location parameter received to be entered with the described axial limiting parameter received
Row comparison, described axial location parameter and described axial limiting parameter are numeric form, when described axial location
When parameter is less than described axial limiting parameter, described comparing module 402 does not transmits electricity to described warning devices 403
Signal, when described axial location parameter is more than described axial limiting parameter, described comparing module 402 is to described
Warning devices 403 transmits described 3rd instruction to described warning devices 403 as electronic signals.Described 3rd
Instruction controls, for comprising, the instruction that described warning devices 403 starts.Owing to described monitoring modular 401 is uninterrupted
Guide pin bushing axial location is monitored and described axial location parameter is transferred to described comparison mould incessantly by ground
Block 402, described axial location parameter is joined by described comparing module 402 the most incessantly with described axial limiting
Number is compared, and described comparing module 402 will change the state of its signal of telecommunication transmission in real time, and described alarm fills
Put 403 and send alarm in the time period receiving described 3rd instruction always, stopping described 3rd instruction of reception
While, described warning devices 403 stops sending alarm.Described warning devices 403 can use the shape of alarm bell
Formula, warns operator, described warning devices 403 can also use the shape of flash lamp in the way of sending sound
Formula, warns operator in the way of flashing, or in order to improve alarming effect, described warning devices
In the way of 403 can combine with flash lamp to use alarm bell, glisten while sending sound, it is ensured that operator
Even if finding the axial excess of stroke of guide pin bushing, and process in time.
Described display identification module 501 in described display module 50 and described input identification module 102 Electricity Federation,
Described display identification module 501 receives and identifies described first instruction, and the most described display identification module 501 will
Described first instruction comprising guide pin bushing pattern information is transferred to described display device 502.Described display device 502
After receiving described first instruction, the guide pin bushing pattern information in described first instruction is presented to user.Institute
Stating display device 502 is an electronic display, and the word that guide pin bushing pattern information is guide pin bushing pattern of display describes,
Further, described display device 502 is a colorful display screen, the literary composition that guide pin bushing pattern is guide pin bushing pattern of display
The color that guide pin bushing pattern that WD pre-sets with operator is corresponding, facilitates operator to identify its selected leading
Set pattern.Colorful display screen, as a kind of display device popularized and used, does not has excessive proposing on cost
Rise, but in display effect, but have bigger lifting, time the present embodiment in more be suitable for a kind of technical scheme.
The meaning arranging described display module 50 is, even if the present embodiment selects the simple to operate of guide pin bushing pattern to understand,
But still can not get rid of the situation that manual operation is made a fault, after selecting guide pin bushing pattern, show its institute to operator
The guide pin bushing pattern selected, even if in the case of operational error, operator can also be modified operation in time,
Fault rate, improving production efficiency can be effectively reduced.
The schematic flow sheet of the guide pin bushing mode conversion method of the present invention as shown in Figure 3, described guide pin bushing patten transformation side
Method is based on described guide pin bushing mode change system, and concrete steps include:
(C) guide pin bushing mode change system identification one instructs；
(D) guide pin bushing mode change system calls and arranges parameter；
(E) guide pin bushing mode change system display guide pin bushing type；
(F) guide pin bushing mode change system sends alarm.
Wherein, the described instruction in described step (A) is the instruction comprising guide pin bushing type information, described instruction
Being inputted by operator, command information is easily understood, and facilitates operator to operate.Described in described step (B)
Guide pin bushing mode change system identify call after described instruction use selected guide pin bushing pattern parameter is set, complete
The conversion of guide pin bushing pattern.Described in described step (C), selected guide pin bushing pattern is demonstrated by guide pin bushing mode change system
Come, in order to operator carries out observing comparison.Described in described step (D), guide pin bushing mode change system is at guide pin bushing mould
Formula conversion sends alarm when going wrong.
As shown in Figure 4, described step (A) is mainly completed by described instruction module, specifically includes following steps:
(A1) instruct described in instruction module identification；
(A2) instruction module transmits described instruction to modular converter.
As it is shown in figure 5, described step (B) is mainly completed by described modular converter, specifically include following steps:
(B1) instruct described in modular converter identification；
(B2) modular converter calls one from memory module and arranges parameter.
The wherein said parameter that arranges includes an axial limiting parameter.
As shown in Figure 6, described step (C) is mainly completed by display module, specifically includes following steps:
(C1) instruct described in display module identification；
(C2) display module display guide pin bushing pattern.
As it is shown in fig. 7, described step (D) is mainly completed by alarm modules, specifically include following steps:
(D1) alarm modules monitors an axial location parameter；
(D2) axial location parameter described in alarm modules comparison arranges parameter with described；
(D3) in the case of axial location parameter values is more than axial limiting parameter values, alarm modules sends
Alarm.
It should be noted that the sequencing of described step (C) and described step (D) can be exchanged, both
Process does not has the differentiation of precedence.Architectural feature according to described guide pin bushing mode change system and telecommunications
Number transmission characteristic, described step (C) and described step (D) are to have certain sequencing in time.
It should be understood by those skilled in the art that the embodiments of the invention shown in foregoing description and accompanying drawing are only used as
Illustrate and be not limiting as the present invention.The purpose of the present invention is completely and be effectively realized.The function of the present invention and
Structural principle is shown the most in an embodiment and illustrates, without departing under described principle, and embodiments of the present invention
Can there be any deformation or amendment.
Claims (16)
1. guide pin bushing mode change system, walks scheming conversion of guide pin bushing pattern after changing guide pin bushing for numerical control, its
It is characterised by, including:
One instruction module, described instruction module receives and identifies an instruction, and wherein said instruction is for be inputted by outside
And be the instruction comprising guide pin bushing pattern information, and described instruction module transmits described instruction with the pattern of the signal of telecommunication；
One modular converter, described modular converter is set and described instruction module Electricity Federation, and described modular converter connects
Receive and identify described instruction；
One memory module, described memory module is set and described modular converter Electricity Federation, wherein said memory module
Middle storage has at least three kinds to include fixing guide pin bushing pattern, arranges ginseng without guide pin bushing pattern and rotary guide sleeve pattern
Number, and instruct described in described modular converter identification and call described setting according to described instruction from described memory module
Parameter, and the described parameter that arranges is applied to numerical control and walks scheming by described modular converter.
2. guide pin bushing mode change system as claimed in claim 1, it is characterised in that described instruction module bag
Include an input equipment and one and input identification module, described input equipment and described input identification module Electricity Federation, described
Input identification module and described input modular converter Electricity Federation, wherein said input equipment receives from outside input
Described instruction also transmits described instruction extremely described input identification module, instructs described in described input identification module identification
And transmit described instruction to described modular converter.
3. guide pin bushing mode change system as claimed in claim 1, it is characterised in that described modular converter bag
Include a conversion identification module and a calling module, described conversion identification module and described calling module Electricity Federation, described
Conversion identification module and described instruction module Electricity Federation, described calling module and described memory module Electricity Federation, Qi Zhongsuo
State conversion identification module receive and recognize from the described instruction of described instruction module and transmit described instruction to institute
Stating calling module, described calling module calls the described parameter that arranges according to described instruction from described memory module, and
And the described parameter that arranges is applied to numerical control and walks scheming by described modular converter.
4. guide pin bushing mode change system as claimed in claim 1, it is characterised in that described memory module bag
Include at least one storage device, described storage device storage have include fix guide pin bushing pattern, without guide pin bushing pattern and rotation
Transduction the described of set pattern arranges parameter.
5. guide pin bushing mode change system as claimed in claim 1, it is characterised in that described memory module bag
Block at least three storage device, three described storage devices have stored enclosed mass respectively and have fixed guide pin bushing pattern, without guide pin bushing
Pattern and the described of rotary guide sleeve pattern arrange parameter.
6. guide pin bushing mode change system as claimed in claim 1, it is characterised in that described guide pin bushing pattern turns
System of changing also includes an alarm modules, described alarm modules and described modular converter Electricity Federation, and described alarm modules
Receive and parameter is set from the described of described modular converter.
7. guide pin bushing mode change system as claimed in claim 6, it is characterised in that described alarm modules bag
Include a monitoring modular, a comparing module and a warning devices, described monitoring modular and described comparing module Electricity Federation,
Described comparing module and described warning devices Electricity Federation, described comparing module and described modular converter Electricity Federation, Qi Zhongsuo
State monitoring module monitors numerical control and walk an axial location parameter of scheming, and described monitoring modular is by described axial position
Put parameter and be transferred to described comparing module as electronic signals, axial location ginseng described in described comparison module
Count and the described parameter that arranges, and described comparing module sends letter when comparison occurs abnormal to described warning devices
Number, described warning devices sends alarm.
8. guide pin bushing mode change system as claimed in claim 1, it is characterised in that described guide pin bushing pattern turns
System of changing also includes a display module, described display module and described instruction module Electricity Federation, and described display module connects
Receive the described instruction from described instruction module, and described display module shows the guide pin bushing pattern letter received
Breath.
9. guide pin bushing mode change system as claimed in claim 8, it is characterised in that described display module bag
Include a display identification module and a display device, described display identification module and described instruction module Electricity Federation, described
Display device and described display identification module Electricity Federation, display module described in described display identification module receives and recognizes
From the described instruction of described instruction module and described instruction to be transferred to described chivalrous scholar's device, described display device
The guide pin bushing pattern information that display receives.
10. guide pin bushing mode conversion method, described guide pin bushing mode conversion method is based on described guide pin bushing patten transformation system
System, it is characterised in that including:
(A) guide pin bushing mode change system identification one instructs；
(B) guide pin bushing mode change system calls and arranges parameter.
11. guide pin bushing mode conversion methods as claimed in claim 10, it is characterised in that described step (A)
Including:
(A1) instruct described in instruction module identification；
(A2) instruction module transmits described instruction to modular converter.
12. guide pin bushing mode conversion methods as claimed in claim 10, it is characterised in that described step (B)
Including:
(B1) instruct described in modular converter identification；
(B2) modular converter calls one from memory module and arranges parameter.
13. guide pin bushing mode conversion methods as claimed in claim 10, it is characterised in that described step (B)
Also has a step (C) guide pin bushing mode change system display guide pin bushing type afterwards.
14. guide pin bushing mode conversion methods as claimed in claim 13, it is characterised in that described step (C)
Including:
(C1) instruct described in display module identification；
(C2) display module display guide pin bushing pattern.
15. guide pin bushing mode conversion methods as claimed in claim 10, it is characterised in that described step (B)
A step (D) guide pin bushing mode change system is also had to send alarm afterwards.
16. guide pin bushing mode conversion methods as claimed in claim 15, it is characterised in that described step (D)
Including:
(D1) alarm modules monitors an axial location parameter；
(D2) axial location parameter described in alarm modules comparison arranges parameter with described；
(D3) in the case of axial location parameter values is more than axial limiting parameter values, alarm modules sends
Alarm.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610452864.6A CN105955199A (en) | 2016-06-21 | 2016-06-21 | Guide sleeve mode conversion system and method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610452864.6A CN105955199A (en) | 2016-06-21 | 2016-06-21 | Guide sleeve mode conversion system and method |
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| CN105955199A true CN105955199A (en) | 2016-09-21 |
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