CN103264494A - Molding condition setting apparatus, molding condition setting method, and molding condition setting screen - Google Patents
Molding condition setting apparatus, molding condition setting method, and molding condition setting screen Download PDFInfo
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- CN103264494A CN103264494A CN2013101796803A CN201310179680A CN103264494A CN 103264494 A CN103264494 A CN 103264494A CN 2013101796803 A CN2013101796803 A CN 2013101796803A CN 201310179680 A CN201310179680 A CN 201310179680A CN 103264494 A CN103264494 A CN 103264494A
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Abstract
The invention relates to a forming condition setting device, forming condition setting method and forming condition setting picture, capable of simplifying the operation of an operation portion when the forming condition is set and shortening the time for setting the forming condition. The forming condition setting device has a main picture display processing mechanism for displaying a preparing selection portion for selecting a plurality of prescribed preparing processes in a preparing process on a main picture, and a preparing display processing mechanism for displaying the set items on a set picture corresponding to the selected preparing process. The main picture display processing mechanism displays a plurality of preparing processes on a picture in the preparing selection portion. Because a plurality of preparing processes are displayed on one picture in the preparing selection portion, the operation of the operation portion (35) is simplified when the forming condition is set, and the time for setting the forming condition can be shortened.
Description
The application is to be on August 28th, 2009 applying date, and application number is 200910171013.4, and invention and created name is the dividing an application of application of molding condition setting device, molding condition setting method and molding condition setting picture.
Technical field
The present invention relates to molding condition setting device, molding condition setting method and molding condition setting picture.
Background technology
, in forming machine, for example injection machine, be heated in the cylinder and the resin of fusion is filled into high pressure in the cavity space of metal mould device in heating in the past, and in this cavity space, be cooled sclerosis and be configured as formed products.
Above-mentioned injection machine possesses metal mould device, mold closing mechanism and injection device, and above-mentioned mold closing mechanism possesses stationary platen and movable platen, makes the movable platen advance and retreat by driving matched moulds with motor, carries out mold closing, matched moulds and the die sinking of metal mould device.
On the other hand, above-mentioned injection device possess resin heating that will supply with from accumulator and make heating cylinder, the rotation of its fusion be provided in the screw rod in this heating cylinder freely and free to advance or retreatly and be installed on the front end of above-mentioned heating cylinder, the injection nozzle of the resin of ejaculation fusion etc.And, in measurement process, if make the screw rod rotation by driving metering with motor, then the resin of fusion is accumulated in the place ahead of screw rod, in injection process, if by driving the injection motor screw rod is advanced, the resin that then will accumulate in the place ahead of screw rod penetrates from injection nozzle, is filled in the cavity space in the metal mould device that has carried out matched moulds.
Then, make this cavity space interior resin cooling, sclerosis and be configured as formed products, carry out die sinking.At this moment, if by driving ejecting with motor of liftout attachment ejection pin is advanced, then formed products is ejected.
When the injection machine of running said structure, set various molding conditions by the operator.For this reason, in above-mentioned injection machine, be equipped with control part, display part, operating portion etc., by operator's operating operation portion, the molding condition setting picture (for example with reference to patent documentation 1) that is formed on the display part is imported, is set to the molding condition of regulation.
Patent documentation 1: TOHKEMY 2001-150507 communique
But, in above-mentioned injection machine in the past, under the situation of the molding condition of setting regulation, need operator's operating operation portion, the setting hurdle that makes cursor move in the setting hurdle on the molding condition setting picture or touch regulation waits to select setting item, and for the new setting value of selected setting item input, the operation of the operating portion during not only to a plurality of setting items inputs or change setting is more numerous and diverse, and it is elongated to be used for setting time of molding condition.
Summary of the invention
The objective of the invention is to solve the problem of above-mentioned injection machine in the past, a kind of simple to operateization that can make the operating portion when setting molding condition is provided, can be used in molding condition setting device, molding condition setting method and molding condition setting picture that time of setting molding condition shortens.
, in molding condition setting device of the present invention, have: key frame display processor structure will be presented at key frame for the preparation selection portion of the preparatory process of the regulation of selecting a plurality of preparations (section is got り) operation for this reason; And preparation display processor structure, display setting project on the setting picture corresponding with the preparatory process of above-mentioned selection.
And above-mentioned key frame display processor structure is presented at a plurality of preparatory process on the picture in above-mentioned preparation selection portion.
According to the present invention, in the molding condition setting device, have: key frame display processor structure will be presented at key frame for the preparation selection portion of the preparatory process of the regulation of selecting a plurality of preparatory process; And preparation display processor structure, display setting project on the setting picture corresponding with the preparatory process of above-mentioned selection.
And above-mentioned key frame display processor structure is presented at a plurality of preparatory process on the picture in above-mentioned preparation selection portion.
In the case, in above-mentioned preparation selection portion, a plurality of preparatory process are presented on the picture, so can make simple to operateization of the operating portion when setting molding condition, the time that can be used in the setting molding condition shortens.
Description of drawings
Fig. 1 is the controll block figure of the injection machine of embodiments of the present invention.
Fig. 2 is the figure of demonstration example of the key frame of expression embodiments of the invention.
Fig. 3 is the figure of demonstration example of the metal pattern installation screen of expression embodiments of the present invention.
Label declaration
32?RAM
33?ROM
Ar6 prepares picture and accesses button bar
The d1 key frame
D2 metal pattern installation screen
The specific embodiment
Below, with reference to accompanying drawing embodiments of the present invention are explained.In the case, the injection machine as forming machine is described.
Fig. 1 is the controll block figure of the injection machine of embodiments of the present invention.
In the drawings, M1 is injection machine, and this injection machine M1 has metal mould device 11, injection device 15, not shown mold closing mechanism, not shown plasticization mobile device, not shown liftout attachment etc.
Above-mentioned metal mould device 11 possesses as the fixing metal mould 11a of the 1st metal pattern and as the movable metal pattern 11b of the 2nd metal pattern.
In addition, above-mentioned mold closing mechanism possesses the stationary platen that above-mentioned fixing metal mould 11a is installed, the movable platen that movable metal pattern 11b is installed, the matched moulds of the drive division used as matched moulds is with motor ma, elbow type mechanism etc.If above-mentioned matched moulds is driven with motor ma, then make the elbow type mechanism action, make the movable platen advance and retreat, make movable metal pattern 11b with respect to fixing metal mould 11a contact or separation, carry out mold closing, matched moulds and the die sinking of metal mould device 11.
And injection nozzle 19 front end that above-mentioned injection device 15 possesses the not shown screw rod as injection member that will be provided in freely and free to advance or retreatly from the heating cylinder 18 as the cylinder parts, the rotation that make its fusion as the not shown resin heating of moulding material that accumulator 16 is supplied with in this heating cylinder 18, be installed in above-mentioned heating cylinder 18, that the resin of fusion is penetrated, as the metering motor mb of the drive division that measures usefulness, as the injection motor mc of the drive division of injection etc.In addition, be formed with not shown resin supply port as the material supply port at above-mentioned heating cylinder 18, be used for and supply to from the resin that accumulator 16 falls in the heating cylinder 18.
In order to make resin fusion in above-mentioned heating cylinder 18, around heating cylinder 18, be equipped with as heater block and as only having been represented 1 in the drawings by a plurality of heater 51(of control assembly), will pass to by the heat that these each heater 51 energisings will be produced and heat cylinder 18.
Above-mentioned each heater 51 is via being connected with not shown power supply as the not shown switch of switch element, by this switch being connected or disconnecting and make its unlatching or close.
In addition, above-mentioned plasticization mobile device possesses supporting mechanism at the framework upper support injection device 15 of injection machine M1, the plasticization of moving the drive division of usefulness as plasticization moves with motor etc.Move and use motor by driving this plasticization, injection device 15 is advanced in said frame, injection nozzle 19 is connected on the fixing metal mould 11a, carry out the nozzle contact.
And above-mentioned liftout attachment possesses ejection pin, make the conduct of these ejection pin advance and retreat eject usefulness drive division eject with motor etc.
In addition, F1 is control part, and this control part F1 possesses the CPU31 as arithmetic unit, the RAM32 that uses as working storage, also records the ROM33 of various data etc. except controlling with program when this CPU31 carries out various calculation process.Above-mentioned control part F1 and the operating portion 35 that is constituted by guidance panel, keyboard etc., the display part 36 that is constituted by CRT, liquid crystal panel etc., be used for driving above-mentioned matched moulds with motor ma, measure driver 38 with motor mb, injection motor mc etc., be provided in the sensor class as the information test section on each position of injection machine M1, be each sensor Sj(j=1,2 ..., k) etc. connection.
In addition, above-mentioned CPU31 as computer performance function, constitutes tape deck by above-mentioned RAM32, ROM33 etc. based on various programs, data etc.In addition, as arithmetic unit, also can replaced C PU31 and use MPU etc.And in the present embodiment, display part 36 is formed by touch panel, also as operating portion performance function.
When measurement process, if make above-mentioned screw rod rotation by driving above-mentioned metering with motor mb, then the resin of fusion is accumulated in the place ahead of screw rod, when injection process, if by driving above-mentioned injection motor mc screw rod is advanced, then will accumulate in the resin ejaculation in the place ahead of screw rod from injection nozzle 19, be filled in the cavity space in the metal mould device 11 that is formed on the state that has carried out matched moulds.
In addition, if the resin that this cavity space is interior cools off, hardens and is configured as formed products, carry out die sinking, then above-mentioned ejecting used motor, and the ejection pin of liftout attachment is advanced, and formed products is ejected.
And, in above-mentioned control part F1, the not shown forming machine information of CPU31 obtains processing mechanism (forming machine information obtains handling part) and forms machine information and obtain processing, when running injection machine M1, will represent that by reading from RAM32 etc. the setting value of the various molding conditions of injection machine M1 obtains as forming machine information.In addition, above-mentioned forming machine information obtains processing mechanism reads in from the output of the sensor of each sensor Sj, will be obtained as forming machine information by the actual value of the detected temperature of each sensor Sj, pressure, power, torque, speed, time, position etc.
For example, obtain the temperature (heating cylinder temperature) of heating cylinder 18 as the actual value of temperature, the temperature of metal mould device 11 (metal pattern temperature), the temperature of resin (resin temperature) etc., as the actual value of pressure and obtain and make movable metal pattern 11b be connected to pressure (contact force or metal pattern contact force) on the fixing metal mould 11a, when injection process to screw rod applied pressure (injection pressure), when measurement process to screw rod applied pressure (screw back pressure), the pressure of resin (resin pressure), the pressure of the resin during the pressurize operation (packing pressure), pressure (mould switching pressure) when metal mould device 11 is opened and closed, pressure when by liftout attachment ejection pin being advanced (EJ pressure) etc., obtain the power (mold clamping force) that when matched moulds, produced by mold closing mechanism etc. as the actual value of power, obtain the torque (matched moulds torque) that when matched moulds, is produced with motor ma by matched moulds as torque, when formed products is ejected by ejecting the torque (EJ torque) that produces with motor etc.
In addition, as the actual value of speed and obtain the speed (screw speed) of screw rod, the speed of movable platen (mould opening and closing speed), the rotary speed of screw rod (screw rod rotary speed), make speed (EJ speed) that ejection pin advances etc., as the actual value of time and obtain the time (filling time) of injecting, carry out the time (dwell time) of pressurize, the time of cooling off (cool time), the time of measuring (metering time), the time (cycle time) in the cycle of expression forming period, carry out the time (die sinking time) of die sinking, carry out the time (dwell) of mold closing, from the action of beginning liftout attachment to the time that finishes (total EJ time) etc.
And, obtain the position (ejecting the position) etc. of the release of the position (metering end position) of position (end position), the screw rod when measurement process finishes of position (screw position), the screw rod when the pressurize operation finishes of screw rod, the position (die sinking extreme position) of carrying out speed control and the position (V-P switching position) of pressure controlled switching, the movable platen when die sinking finishes, position (the thick position of mould) that the elbow formula supports, liftout attachment as the actual value of position.
And above-mentioned forming machine information obtains processing mechanism reads in each forming machine information (actual value), based on this each forming machine information, makes not shown various executing agencies (actuator) action, carries out the control at each position of injection machine M1.
For example, the temperature control that the not shown temperature control processor structure as the Variable Control processing mechanism of above-mentioned CPU31 (as the temperature control handling part of Variable Control handling part) carries out handling as Variable Control is handled, and control is as the temperature of the resin in the heating cylinder 18 of variable.
For this reason, set sensor S1 adjacent to above-mentioned heater 51.This sensor S1 constitutes the temperature detecting part as the variable test section that is made of thermocouple, by detecting the temperature that the temperature that heats cylinder 18 detects resin, sensor output is sent to control part F1.In addition, the sensor S1 sets (only having represented 1 in the drawings) respectively according to each heater 51.
And said temperature control processor structure reads in above-mentioned each sensor output, will be that detected temperatures compares with setting value by the detected temperature of each sensor S1, the result carries out FEEDBACK CONTROL based on the comparison, control the energising of each heater 51, make heater 51 open, close, the temperature of control resin.
As if operator's operating operation portion 35 injection machine M1 is started, then the not shown picture of CPU31 forms processing mechanism (picture formation handling part) and carries out picture and form and handle, and as shown in Figure 2 the key frame as the 1st molding condition setting picture is formed (demonstration) on display part 36.And, the not shown key frame display processor structure as the display processor structure of CPU31 (as the key frame display part that shows handling part) (key frame indication mechanism) carries out handling as showing that the key frame of handling shows, the viewing area is presented on the key frame.
Fig. 2 is the figure of demonstration example of the key frame of expression embodiments of the present invention.
In the drawings, d1 is key frame, in this key frame d1, show that (formation) has conduct for the picture switching push button hurdle Ar1 as picture and selecting portion of the viewing area of the picture of the regulation of selecting a plurality of pictures, actual value display part Ar2 as the viewing area of the actual value that be used for to show injection machine M1, as the unusual resume display part Ar3 that is used for taking place at injection machine M1 the viewing area that the resume that will take place unusually when unusual show with unusual kind at every turn, driving condition display part Ar4 as the viewing area of the driving condition that be used for to show injection machine M1, and conduct is for the production status display part Ar5 of the viewing area of the production status that shows formed products.
In addition, at the position of the regulation of key frame d1, in the present embodiment above picture switching push button hurdle Ar1, show that (formations) accesses button bar Ar6 as the preparation picture of the conduct preparation selection portion of the viewing area of the preparatory process of the regulation that is used for selecting a plurality of preparatory process.
In above-mentioned picture switching push button hurdle Ar1, show for the picture with current formation switch to as other setting item pictures of the 2nd molding condition setting picture, as each button of operating unit (picture and selecting unit).
In the case, in above-mentioned picture switching push button hurdle Ar1, show that (formation) is useful on the injection button b11 that picture with current formation switches to the setting item picture relevant with injection device 15, be used for the picture of current formation is switched to the mould switching button b12 of the setting item picture relevant with mold closing mechanism, be used for the picture of current formation is switched to the temperature button b13 of the setting item picture relevant with the temperature that heats cylinder 18, be used for the picture of current formation is switched to the waveform the Show Button b14 that the detected value by the sensor output expression that sends from each sensor Sj is carried out the waveform picture of waveform demonstration, be used for the picture of current formation is switched to the actual value quality of display pictures management button b15 that the detected value by the sensor output expression that sends from each sensor Sj is shown with time series respectively according to each time ejaculation, and the main button b16 that is used for the picture of current formation is switched to key frame.
In addition, in actual value display part Ar2, show the actual value about the project of molded item quality that select in advance, relevant.In addition, this actual value is used the sensor output that sends from each sensor Sj represent.
In injection machine M1 in the past, when setting the molding condition of regulation, in each setting item picture, demonstration corresponding to each drive division (plasticization move with motor, matched moulds with motor ma, metering with motor mb, injection motor mc, eject with motor etc.) the setting hurdle, the operator touches the setting hurdle of the regulation of respectively setting in the hurdle and selects setting item, for selected setting item, the setting value of the action of input drive division.
And, if the operator imports setting value, then actually drive corresponding drive division, carry out the confirming operation of the not shown driven portion of moving about drive division and by this drive division.
For example, when metal mould device 11 is installed, at first, the operator touches mould and opens and closes button b12, and key frame is switched to the setting item picture relevant with mold closing mechanism, in this setting item picture, the molding condition of touch when be used for setting the volume production formed products respectively set the hurdle, select setting item, for selected setting item, by the setting value of input as the action of the thick adjustment usefulness of the mould motor of the drive division of the thick movement of mould, carry out the setting of the position (the thick position of mould) of elbow formula support.Then, the thick adjustment motor of the actual driving of operator mould, the confirming operation that carries out the thick movement of mould.
Then, the operator ejects setting value with the action of motor by input, carries out the setting of EJ pressure, actual drive to eject uses motor, carry out the confirming operation of liftout attachment.
Then, the operator touches on injection button b11, the picture of current formation is switched to the setting item picture relevant with injection device 15, in this setting item picture, the molding condition of touch when be used for setting the volume production formed products respectively set the hurdle, select setting item, for selected setting item, the setting value of the action by input injection motor mc is carried out the setting of injection pressure.Then, the actual driving of operator injection motor mc carries out the confirming operation of injection device 15, removes.
Like this, in injection machine M1 in the past, when forming the volume production of product when starting injection machine M1, the operator need import a plurality of setting values, then reality drives corresponding drive division, carry out the confirming operation about drive division and driven portion, thus not only be used for to set the trivial operations of molding condition, and also it is elongated to be used for setting time of molding condition.Particularly, for the less operator of experience of the operation of injection machine M1, the operation that not only is used for setting molding condition is more numerous and diverse, and the time that is used for setting molding condition can become longer.
So, in the present embodiment, as mentioned above, in key frame d1, can select various preparatory process.For this reason, above-mentioned key frame display processor structure accesses among the button bar Ar6 at the preparation picture of key frame d1, will as be used for key frame d1 switch to as the 3rd molding condition setting picture and as a plurality of button centralized displaying of the operating unit of respectively preparing display frame (preparation selected cell) of setting picture at a picture.In the case, each button is according to arranging demonstration from starting injection machine M1 to the order of the job step of each preparatory process of the volume production of beginning formed products.
Namely; access among the button bar Ar6 at the preparation picture; matrix with 5 row * 2 row sets each button; in the 1st Lie-the 1st row; the condition conversion button b1 that shows the preparatory process that is used for selection conversion primary condition; in the 1st Lie-the 2nd row; show to be used for select to carry out to select button b2 with the function of the preparatory process of cooperating of peripheral equipment etc.; in the 2nd Lie-the 1st row; show and be used for the metal pattern installation button b3 that the preparatory process of the setting relevant with the installation of metal mould device 11 is carried out in selection; in the 2nd Lie-the 2nd row; show and be used for the protection setting button b4 that the preparatory process of metal pattern protection is carried out in selection; in the 3rd Lie-the 1st row; show and be used for the metal pattern setting button b5 that the preparatory process of the setting relevant with the action of metal pattern 11 is carried out in selection; in the 3rd Lie-the 2nd row; show the removing Action Button b6 for the preparatory process of selecting to remove; in the 4th Lie-the 1st row; the molding condition button b7 of the preparatory process of the setting of the molding condition when demonstration is used for selecting to carry out the volume production formed products; in the 5th Lie-the 1st row; button b8 is set in the supervision that shows the preparatory process that the unusual threshold value when being used for selecting to judge the volume production formed products is set; in the 5th Lie-the 2nd row, show the user management button b9 of the preparatory process of setting the project that will be recorded in RAM32 from the sensor output that each sensor Sj sends as actual value when being used for being chosen in the volume production formed products.In addition, can change the arrangement of each button as required.
And, if accessing at the preparation picture, the operator touches among the button bar Ar6 on the button of regulation, then above-mentioned picture forms the preparation display frame that processing mechanism (preparation indication mechanism) forms corresponding to each button at display part 36.
Namely; if the operator touches on condition conversion button b1; then above-mentioned picture forms processing mechanism the condition picture that converts is formed on the display part 36 as preparing display frame; if the operator touches in function and selects on the button b2; then above-mentioned picture formation processing mechanism selects picture to be formed on the display part 36 as preparing display frame function; if the operator touches at metal pattern and installs on the button b3; then above-mentioned picture formation processing mechanism is formed on the metal pattern installation screen on the display part 36 as preparing display frame; if the operator touches in protection and sets on the button b4; then above-mentioned picture formation processing mechanism will protect the setting picture to be formed on the display part 36 as preparing display frame; if the operator touches at metal pattern and sets on the button b5; then above-mentioned picture forms processing mechanism and metal pattern is set picture is formed on the display part 36 as preparing display frame; if touching, the operator removing on the Action Button b6; then above-mentioned picture forms processing mechanism and will remove motion picture and be formed on the display part 36 as preparation display frame; if the operator touches on molding condition button b7; then above-mentioned picture formation processing mechanism is formed on the molding condition picture on the display part 36 as preparing display frame; if touching, the operator monitoring on the setting button b8; then above-mentioned picture forms processing mechanism and will monitor that setting picture is formed on the display part 36 as preparing display frame; if the operator touches on user management button b9, then above-mentioned picture formation processing mechanism is formed on the user management picture on the display part 36 as preparing display frame.
Then, above-mentioned metal pattern installation screen is described.
Fig. 3 is the figure of demonstration example of the metal pattern installation screen of expression embodiments of the present invention.
In the drawings, d2 is the metal pattern installation screen, the preparation display processor structure of above-mentioned display processor structure (preparing to show handling part) (preparation indication mechanism) is prepared to show and is handled, on metal pattern installation screen d2, show as the above-mentioned picture switching push button hurdle Ar1 for the viewing area of selecting picture, and demonstration is as the driving condition display part Ar11 of the viewing area of the driving condition that is used for demonstration injection machine M1, the matched moulds actual displayed Ar12 of portion as the viewing area that be used for to show the actual value relevant with metal mould device 11, and the job step guidance part Ar13 of the viewing area of the job step when be used for showing that metal mould device 11 is installed.
In addition, on the above-mentioned matched moulds actual displayed Ar12 of portion, show that " mold clamping force ", " matched moulds torque ", " EJ torque ", " the thick position of mould ", " die sinking time ", " dwell ", " total EJ time " reach the actual value of " cycle time ".
And, on above-mentioned job step guidance part Ar13, the corresponding a plurality of setting items of the preparation of each preparatory process of centralized displaying (events in operation) in a picture.
Namely, in job step guidance part Ar13, by giving 1～8 number, show according to the order of job step and to be used for guaranteeing the gap of movable platen and stationary platen in order to metal mould device 11 can be installed in " the thick movement of mould " on stationary platen and the movable platen, for " the metal pattern insertion " that metal mould device 11 be inserted between stationary platen and the movable platen, be used for movable platen is advanced after moving to end of travel, metal mould device 11 is clamped into " metal pattern contacts " between stationary platen and the movable platen, " nozzle contacts " to the heart for the injection nozzle 19 with the not shown sprue bush of fixing metal mould 11a that carry out injection device 15, be used for respectively fixing metal mould 11a being fixed to stationary platen, movable metal pattern 11b is fixed to " metal pattern is fixed " on the movable platen, be used for adjusting " the mold clamping force adjustment " of mold clamping force, be used for setting " mould is opened limit and set " that mould is opened limit, and each setting item that is used for " the EJ set positions " of setting ejector position, in order to metal mould device 11 can be installed on stationary platen and the movable platen.
At first, in the setting item of " the thick movement of mould ", arrange demonstration mould thick setting hurdle (the thick setting button of mould) b21 and running indication hurdle (running button) m1 as setting the hurdle.The operator is by carrying out the thick setting of mould with thick being input among the thick setting of the mould hurdle b2 of mould, if touch on running indication hurdle m1, then running indication hurdle m1 " OFF " becomes " ON ", drives matched moulds motor ma, carries out the confirming operation of mold closing mechanism.
Then, show " metal pattern insertion " as the setting item after the setting of carrying out " the thick movement of mould " and the confirming operation.In the case, do not have the display setting hurdle in the setting item of " metal pattern insertion ", the operation that this means " metal pattern insertion " is not to be accompanied by the operation that the drive division of injection machine M1 drives, but the operation that the operator implements by handwork.
Then, show " metal pattern contact ", in the setting item of this " metal pattern contact ", arrange demonstration metal pattern contact force as setting the hurdle and set hurdle (the metal pattern contact force is set button) b22 and running indication hurdle (running button) m2.The operator sets the setting of carrying out the metal pattern contact force among the hurdle b22 by the metal pattern contact force being input to the metal pattern contact force, if touch on running indication hurdle m2, then running indication hurdle m2 " OFF " becomes " ON ", drives matched moulds motor ma, carries out the confirming operation of mold closing mechanism.
Then, show that successively " nozzle contact " reaches " metal pattern is fixed ".In addition, because the operation that " nozzle contact " reach " metal pattern is fixed " is not the operation that is accompanied by the driving of the drive division of injection machine M1, but the operator is by the operation of handwork enforcement, so display setting hurdle not.
Then, show " mold clamping force adjustment ", in the setting item of this " mold clamping force adjustment ", arrange switch hurdle setting mold clamping force hurdle b23 and running indication hurdle (running button) m3 that shows that metal pattern is measured as setting the hurdle.The operator is by being input to mold clamping force the setting of carrying out mold clamping force in the setting mold clamping force hurdle, if touch on running indication hurdle m3, then running indication hurdle m3 " OFF " becomes " ON ", drives matched moulds motor ma, carries out the confirming operation of mold closing mechanism.
Then, show " mould is opened limit and set ", in the setting item of this " mould is opened limit and set ", show that as setting the hurdle mould opening and closing speed hurdle, mould opened and closed positions hurdle mould opens and closes pressure hurdle b24, then, show " EJ set positions ", in the setting item of this " EJ set positions ", show as setting the hurdle to eject location fields EJ speed hurdle EJ pressure hurdle b25.The operator is input in mould opened and closed positions hurdle, mould opening and closing speed hurdle, the mould switching pressure hurdle by respectively mould opened and closed positions, mould opening and closing speed and mould being opened and closed pressure, carry out the setting that mould opened and closed positions, mould opening and closing speed and mould open and close pressure, be input to and eject the setting that ejects position, EJ speed and EJ pressure in location fields, EJ speed hurdle and the EJ pressure hurdle by ejecting position, EJ speed and EJ pressure respectively.
In addition, the operator the setting value that will stipulate be input to above-mentioned respectively set in the hurdle after, by touching on the not shown execute key as determining unit that is shown on the display part 36, determine the setting of the setting value imported.
Then, the action step from startup injection machine M1 to the volume production of beginning formed products is described.
At first, if the operator starts injection machine M1, then above-mentioned key frame indication mechanism forms key frame d1 at display part 36.Then, the operator carries out operation according to the order that the preparation picture that is presented at key frame d1 accesses each preparatory process on the button bar Ar6.
For example, under the situation of using new screw rod, if the operator touches on condition conversion button b1, then above-mentioned picture forms processing mechanism formation condition conversion picture on display part 36.Then, if the operator sets primary condition in condition conversion picture, then the not shown condition conversion processing mechanism of the above-mentioned CPU31 condition of carrying out converts and handles, and the convert variable corresponding with new screw rod, filling speed etc. calculate molding condition.Then, if the operator touches on above-mentioned main button b16, then above-mentioned key frame indication mechanism shows key frame d1 at display part 36.
Then, select on the button b2 if the operator touches in function, then above-mentioned picture forms processing mechanism and selects picture in display part 36 formation functions.Then, the operator selects to set in the picture condition of contact (molding condition) of peripheral equipment etc. in function.Then, if the operator touches on above-mentioned main button b16, then above-mentioned key frame indication mechanism shows key frame d1 at display part 36.
Then, install on the button b3 if the operator touches at metal pattern, then above-mentioned picture forms processing mechanism and forms the metal pattern installation screen at display part 36.Then, the operator carries out with metal mould device 11 relevant setting being installed in the metal pattern installation screen.Then, if the operator touches on above-mentioned main button b16, then above-mentioned key frame indication mechanism shows key frame d1 at display part 36.
Then, set on the button b4 if the operator touches in protection, then above-mentioned picture formation processing mechanism forms protection at display part 36 and sets picture.Then, the operator sets the relevant setting of protection that is carried out at metal mould device 11 in the picture in protection.Then, if the operator touches on above-mentioned main button b16, then above-mentioned key frame indication mechanism shows key frame d1 at display part 36.
Then, set on the button b5 if the operator touches at metal pattern, then above-mentioned picture forms processing mechanism and sets picture at display part 36 formation metal patterns.Then, the operator sets in the picture at metal pattern and carries out the setting relevant with the action of metal mould device 11.Then, if the operator touches on above-mentioned main button b16, then above-mentioned key frame indication mechanism shows key frame d1 at display part 36.
Then, removing on the Action Button b6 if the operator touches, then above-mentioned picture forms processing mechanism and removes motion picture in display part 36 formation.Then, the operator carries out the setting relevant with removing action in removing motion picture.Then, if the operator touches on above-mentioned main button b16, then above-mentioned key frame indication mechanism shows key frame d1 at display part 36.
Then, if the operator touches on molding condition button b7, then above-mentioned picture forms processing mechanism and forms the molding condition picture at display part 36.Then, the operator forms the setting of condition in the molding condition picture.Then, if the operator touches on above-mentioned main button b16, then above-mentioned key frame indication mechanism shows key frame d1 at display part 36.
Then, set on the button b8 if the operator touches in supervision, then above-mentioned picture formation processing mechanism forms at display part 36 and monitors the setting picture.Then, the operator carries out the setting relevant with the supervision of injection machine M1 in monitoring the setting picture.Then, if the operator touches on above-mentioned main button b16, then above-mentioned key frame indication mechanism shows key frame d1 at display part 36.
Then, if the operator touches on user management button b9, then above-mentioned picture forms processing mechanism and forms the user management picture at display part 36.Then, the operator carries out the setting relevant with the management of injection machine M1 in the user management picture.Then, if the operator touches on above-mentioned main button b16, then above-mentioned key frame indication mechanism shows key frame d1 at display part 36.
Like this, carry out from starting injection machine M1 to the preparation of the volume production of beginning formed products.In addition, under the situation of the installation of only carrying out metal mould device 11, the initial touch at metal pattern of operator installed on the button b3, carries out metal pattern later respectively preparing is installed.In the case, can access and only show on the button bar Ar6 that above-mentioned metal pattern installs that button b3, protection set button b4, metal pattern is set button b5 and removed Action Button b6 preparing picture.
Like this, in the present embodiment, owing to show that at key frame d1 preparing picture accesses button bar Ar6, access each button that shows among the button bar Ar6 for the various preparatory process of selection at this preparation picture, so the preparation display frame corresponding to each preparatory process can be formed on the display part 36 on each button by touching.Thereby, can easily will set (also comprising change) to the preparatory condition of each preparatory process of the volume production of beginning formed products as molding condition from starting injection machine M1.As a result, can carry out expeditiously from starting injection machine M1 to the preparation of the operation of the volume production of beginning formed products.
And, access among the button bar Ar6 to arrange demonstration for key frame d1 is switched to the button of respectively preparing display frame, so even the less operator of the operating experience of injection machine M1 also can carry out the preparation of operation expeditiously from starting injection machine M1 to the order of each preparatory process of the volume production of beginning formed products at the preparation picture.
In addition, in the present embodiment, can be in the setting hurdle of each setting item input setting value at any time, but input that also can the limit setting value.For example, before the end of input of setting value of the setting item of regulation, limit the input of the setting value of ensuing setting item, if the end of input of the setting value of the setting item of afore mentioned rules, then can import the setting value of ensuing setting item.In the case, can import the setting value of all setting items reliably.
In addition, can be so that if then can not make injection machine M1 action to all setting item input setting values.In the case, though no longer include be molding condition setting midway mistake make the situation of injection machine M1 action.
In the present embodiment; job step guidance part Ar13 for the metal pattern installation exercise is illustrated; but select at condition conversion picture, function that picture, protection set that picture, metal pattern are set picture, removed motion picture, the molding condition picture, monitor and set in picture and the user management picture, also with the corresponding setting item centralized displaying of the preparation of each preparatory process in a picture.
In addition, the present invention is not limited to above-mentioned embodiment, can carry out various distortion based on purport of the present invention, they is not got rid of beyond scope of the present invention.
Claims (6)
1. the molding condition setting device of a forming machine is characterized in that having:
Prepare the display processor structure, a plurality of setting items in the preparatory process of the regulation of forming machine are shown;
Above-mentioned preparation display processor structure is presented at above-mentioned a plurality of setting items on the picture.
2. the molding condition setting device of forming machine as claimed in claim 1 is characterized in that,
The above-mentioned a plurality of setting items of above-mentioned preparation display processor structure centralized displaying.
3. the molding condition setting device of forming machine as claimed in claim 1 or 2 is characterized in that,
Above-mentioned preparation display processor structure shows above-mentioned a plurality of setting item according to the order of job step.
4. as the molding condition setting device of each described forming machine in the claim 1～3, it is characterized in that,
Before the end of input to the setting value of the regulation setting item in above-mentioned a plurality of setting items, restriction is to the input of the setting value of ensuing setting item.
5. the molding condition setting method of a forming machine is characterized in that,
A plurality of setting items in the preparatory process of the regulation of forming machine are presented on the picture.
6. a molding condition setting picture is used for the setting condition relevant with the preparatory process of the regulation of forming machine, it is characterized in that,
A plurality of setting items in the above-mentioned preparatory process are displayed on the picture.
Applications Claiming Priority (5)
| Application Number | Priority Date | Filing Date | Title |
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| JP2008222145 | 2008-08-29 | ||
| JP2008-222145 | 2008-08-29 | ||
| JP2009172499A JP5558039B2 (en) | 2008-08-29 | 2009-07-23 | Molding condition setting device, molding condition setting method and molding condition setting screen |
| JP2009-172499 | 2009-07-23 | ||
| CN 200910171013 CN101659108B (en) | 2008-08-29 | 2009-08-28 | Forming condition setting device, method and picture |
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| CN 200910171013 Division CN101659108B (en) | 2008-08-29 | 2009-08-28 | Forming condition setting device, method and picture |
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| CN103264494A true CN103264494A (en) | 2013-08-28 |
| CN103264494B CN103264494B (en) | 2015-09-23 |
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| CN201310179680.3A Active CN103264494B (en) | 2008-08-29 | 2009-08-28 | Molding condition setting device, molding condition setting method and molding condition setting picture |
| CN 200910171013 Active CN101659108B (en) | 2008-08-29 | 2009-08-28 | Forming condition setting device, method and picture |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110936575A (en) * | 2018-09-25 | 2020-03-31 | 发那科株式会社 | Display device and display system of injection molding machine |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| JP5653599B2 (en) * | 2008-08-29 | 2015-01-14 | 住友重機械工業株式会社 | Molding condition setting screen, molding condition setting device, and molding condition setting method |
| JP5346840B2 (en) * | 2010-02-17 | 2013-11-20 | 日精樹脂工業株式会社 | Setup support method and apparatus for injection molding machine |
| JP5421980B2 (en) * | 2011-12-02 | 2014-02-19 | 日精樹脂工業株式会社 | Control device for injection molding machine |
| CN102929635A (en) * | 2012-11-07 | 2013-02-13 | 宁波伊士通技术股份有限公司 | Method for controlling computer programming through injection molding machine by using electrical output action sequence diagrams |
| JP7391526B2 (en) * | 2019-03-29 | 2023-12-05 | 住友重機械工業株式会社 | Molding machine and computer program |
| CN112743789A (en) * | 2021-01-25 | 2021-05-04 | 温州市信维五金卫浴有限公司 | Bathroom hanging parts self-learning production system |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2300495Y (en) * | 1996-09-26 | 1998-12-16 | 叶寿涂 | Controller for injection moulding machine |
| CN1413822A (en) * | 2001-10-26 | 2003-04-30 | 住友重机械工业株式会社 | Display device of injection moulding machine and injection moulding machine |
| CN1498740A (en) * | 2002-11-07 | 2004-05-26 | 日精树脂工业株式会社 | Discriminant condition setup method of shaped article |
| CN1530213A (en) * | 2003-03-10 | 2004-09-22 | 株式会社名机制作所 | Sequential loop display method for injection molding machine |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS61249247A (en) * | 1985-04-27 | 1986-11-06 | Ikegai Corp | Nc machine tool with work guidance picture |
| JP4094194B2 (en) * | 1999-11-30 | 2008-06-04 | 住友重機械工業株式会社 | Molding condition display method for injection molding machine |
| JP3781716B2 (en) * | 2002-11-07 | 2006-05-31 | 日精樹脂工業株式会社 | Injection molding machine setup support method |
| JP3781718B2 (en) * | 2002-11-07 | 2006-05-31 | 日精樹脂工業株式会社 | Data display method for injection molding machine |
| JP5653599B2 (en) * | 2008-08-29 | 2015-01-14 | 住友重機械工業株式会社 | Molding condition setting screen, molding condition setting device, and molding condition setting method |
-
2009
- 2009-07-23 JP JP2009172499A patent/JP5558039B2/en active Active
- 2009-08-28 CN CN201310179680.3A patent/CN103264494B/en active Active
- 2009-08-28 CN CN 200910171013 patent/CN101659108B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2300495Y (en) * | 1996-09-26 | 1998-12-16 | 叶寿涂 | Controller for injection moulding machine |
| CN1413822A (en) * | 2001-10-26 | 2003-04-30 | 住友重机械工业株式会社 | Display device of injection moulding machine and injection moulding machine |
| CN1498740A (en) * | 2002-11-07 | 2004-05-26 | 日精树脂工业株式会社 | Discriminant condition setup method of shaped article |
| CN1530213A (en) * | 2003-03-10 | 2004-09-22 | 株式会社名机制作所 | Sequential loop display method for injection molding machine |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110936575A (en) * | 2018-09-25 | 2020-03-31 | 发那科株式会社 | Display device and display system of injection molding machine |
| CN110936575B (en) * | 2018-09-25 | 2022-03-22 | 发那科株式会社 | Display device and display system of injection molding machine |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2010076431A (en) | 2010-04-08 |
| JP5558039B2 (en) | 2014-07-23 |
| CN101659108A (en) | 2010-03-03 |
| CN101659108B (en) | 2013-06-19 |
| CN103264494B (en) | 2015-09-23 |
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