JP2010076431A - Molding condition setting apparatus, molding condition setting method, and molding condition setting screen - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To simplify the operation of an operation part when molding conditions are set and to shorten the time required for setting the molding conditions. <P>SOLUTION: A molding condition setting apparatus has a main screen display processing means for displaying a program selection part for selecting a prescribed program process from among a plurality of program processes on a main screen and a program display processing means for displaying setting items on a setting screen corresponding to the selected program process. The main screen display processing means displays a plurality of the program processes on one screen in the program selection part. In the program selection part, since a plurality of the program processes are displayed on one screen, the operation of the operation part 35 can be simplified when the molding conditions are set, and the time required for setting the molding conditions can be shortened. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a molding condition setting device, a molding condition setting method, and a molding condition setting screen.

  Conventionally, in a molding machine, for example, an injection molding machine, a resin heated and melted in a heating cylinder is filled into a cavity space of a mold apparatus at a high pressure and cooled and solidified in the cavity space. Thus, the molded product is molded.

  The injection molding machine includes a mold device, a mold clamping device, and an injection device, and the mold clamping device includes a fixed platen and a movable platen, and by moving the movable platen forward and backward by driving a mold clamping motor, Perform mold closing, mold clamping and mold opening.

  On the other hand, the injection device is attached to a heating cylinder that heats and melts the resin supplied from the hopper, a screw that is rotatable in the heating cylinder, and that can be moved back and forth, and a front end of the heating cylinder. And an injection nozzle for injecting the molten resin. When the screw is rotated by driving the metering motor in the metering step, the molten resin is accumulated in front of the screw, and when the screw is advanced by driving the injection motor in the injection step. The resin stored in front of the screw is injected from the injection nozzle and filled into the cavity space in the mold apparatus where the mold clamping is performed.

  Then, the resin in the cavity space is cooled and solidified to form a molded product, and the mold is opened. At this time, when the ejector pin is advanced by driving the protrusion motor of the protrusion device, the molded product is protruded.

  By the way, when operating the injection molding machine having the above-described configuration, various molding conditions are set by an operator. For this purpose, the injection molding machine is provided with a control unit, a display unit, an operation unit, etc., and when an operator operates the operation unit, a predetermined molding condition is displayed on a molding condition setting screen formed on the display unit. Is input and set (see, for example, Patent Document 1).

JP 2001-150507 A

  However, in the conventional injection molding machine, when setting the predetermined molding conditions, the operator operates the operation unit and moves the cursor to the setting field on the molding condition setting screen, or enters the predetermined setting field. It is necessary to select a setting item by touching it, and to enter a new setting value for the selected setting item. Operation of the operation unit when inputting or changing setting values for multiple setting items Not only is it bothersome, but the time for setting the molding conditions becomes long.

  The present invention solves the problems of the conventional injection molding machine, can simplify the operation of the operation unit when setting the molding conditions, and shortens the time for setting the molding conditions. An object of the present invention is to provide a molding condition setting device, a molding condition setting method, and a molding condition setting screen.

  For this purpose, in the molding condition setting device of the present invention, a main screen display processing means for displaying a setup selection unit for selecting a predetermined setup process among a plurality of setup processes on the main screen, and the selection Setup display processing means for displaying setting items on a setup screen corresponding to the setup process.

  The main screen display processing means displays a plurality of setup processes on a single screen in the setup selection unit.

  According to the present invention, in the molding condition setting device, a main screen display processing means for displaying a setup selection unit for selecting a predetermined setup process among a plurality of setup processes on the main screen, and the selection Setup display processing means for displaying setting items on a setup screen corresponding to the setup process.

  The main screen display processing means displays a plurality of setup processes on a single screen in the setup selection unit.

  In this case, since a plurality of setup steps are displayed on one screen in the setup selection unit, the operation of the operation unit when setting the molding conditions can be simplified, and the molding conditions can be set. The time can be shortened.

It is a control block diagram of the injection molding machine in the embodiment of the present invention. It is a figure which shows the example of a display of the main screen in embodiment of this invention. It is a figure which shows the example of a display of the metal mold | die attachment screen in embodiment of this invention.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. In this case, an injection molding machine as a molding machine will be described.

  FIG. 1 is a control block diagram of an injection molding machine according to an embodiment of the present invention.

  In the drawing, M1 is an injection molding machine, and the injection molding machine M1 includes a mold device 11, an injection device 15, a mold clamping device (not shown), a plasticizing moving device (not shown), a protruding device (not shown), and the like.

  The mold apparatus 11 includes a fixed mold 11a as a first mold and a movable mold 11b as a second mold.

  The mold clamping device includes a fixed platen to which the fixed mold 11a is attached, a movable platen to which the movable mold 11b is attached, a mold clamping motor ma as a mold clamping drive unit, a toggle mechanism, and the like. When the mold clamping motor ma is driven, the toggle mechanism is operated, the movable platen is advanced and retracted, the movable mold 11b is brought into contact with and separated from the fixed mold 11a, and the mold apparatus 11 is closed. Mold clamping and mold opening are performed.

  The injection device 15 includes a heating cylinder 18 as a cylinder member that heats and melts a resin (not shown) as a molding material supplied from the hopper 16, and is rotatable and reciprocating in the heating cylinder 18. A screw (not shown) as an arranged injection member, an injection nozzle 19 which is attached to the front end of the heating cylinder 18 and injects molten resin, a metering motor mb as a metering drive unit, and an injection drive An injection motor mc as a part is provided. The heating cylinder 18 is formed with a resin supply port (not shown) as a material supply port for supplying the resin falling from the hopper 16 into the heating cylinder 18.

  In order to melt the resin in the heating cylinder 18, a plurality of heaters 51 (only one is shown in the figure) is arranged around the heating cylinder 18 as a heating member and as a controlled member. The heat generated by energizing each heater 51 is transmitted to the heating cylinder 18.

  Each heater 51 is connected to a power source (not shown) via a switch (not shown) as a switching element, and is turned on / off by switching the switch.

  The plasticizing moving device includes a support mechanism for supporting the injection device 15 on the frame of the injection molding machine M1, a plasticizing moving motor as a driving unit for plasticizing movement, and the like. By driving the plasticizing movement motor, the injection device 15 is advanced on the frame, the injection nozzle 19 is brought into contact with the fixed mold 11a, and the nozzle touch is performed.

  The projecting device includes an ejector pin, a projecting motor as a projecting drive unit for advancing and retracting the ejector pin, and the like.

  F1 is a control unit. The control unit F1 records various data in addition to the CPU 31 as an arithmetic unit, the RAM 32 used as a working memory when the CPU 31 performs various arithmetic processes, and a control program. ROM 33 and the like provided. The control unit F1 drives an operation unit 35 including an operation panel and a keyboard, a display unit 36 including a CRT, a liquid crystal screen, the mold clamping motor ma, a weighing motor mb, an injection motor mc, and the like. The driver 38 is connected to sensors as information detection units disposed at each location of the injection molding machine M1, that is, each sensor Sj (j = 1, 2,..., K) and the like.

  The CPU 31 functions as a computer based on various programs, data, etc., and the RAM 32, ROM 33, etc. constitute a recording device. In addition, an MPU or the like can be used instead of the CPU 31 as the arithmetic unit. In the present embodiment, the display unit 36 is formed by a touch panel and also functions as an operation unit.

  When the screw is rotated by driving the metering motor mb during the metering process, the melted resin is accumulated in front of the screw, and during the injection process, the screw is driven by driving the injection motor mc. When it is moved forward, the resin stored in front of the screw is injected from the injection nozzle 19 and filled into the cavity space formed in the mold apparatus 11 in a state where the mold clamping is performed.

  Further, when the resin in the cavity space is cooled and solidified to form a molded product, and the mold opening is performed, the projecting motor is driven, and the ejector pin of the projecting device is moved forward to form the molded product. Protruded.

  In the control unit F1, a molding machine information acquisition processing unit (molding machine information acquisition processing unit) (not shown) of the CPU 31 performs a molding machine information acquisition process and operates the injection molding machine M1. By reading out setting values representing various molding conditions from the RAM 32 or the like, it is acquired as molding machine information. Further, the molding machine information acquisition processing means reads the sensor output from each sensor Sj, and the actual values such as temperature, pressure, force, torque, speed, time, position, etc. detected by each sensor Sj are used as molding machine information. get.

  For example, as the actual temperature value, the temperature of the heating cylinder 18 (heating cylinder temperature), the temperature of the mold apparatus 11 (mold temperature), the temperature of the resin (resin temperature), and the like are used as the actual pressure values. Pressure (touch force or mold touch force) for bringing 11b into contact with the fixed mold 11a, pressure applied to the screw during the injection process (injection pressure), pressure applied to the screw during the metering process (screw back pressure), Pressure (resin pressure), pressure of the resin during the pressure-holding process (pressure-holding pressure), pressure when opening and closing the mold device 11 (die-opening / closing pressure), pressure when the ejector pin is advanced by the protruding device (EJ pressure) Etc. as the actual force value, the force generated by the mold clamping device during mold clamping (mold clamping force), etc., as the torque generated by the mold clamping motor ma during mold clamping (mold clamping torque) , The torque is generated by the thrusting motor in projecting the molded article (EJ torque) and the like are obtained.

  The actual speed values include the screw speed (screw speed), the movable platen speed (die opening / closing speed), the screw rotation speed (screw rotation speed), the speed at which the ejector pin is advanced (EJ speed), etc. As actual values, the time for injection (filling time), the time for holding pressure (holding time), the time for cooling (cooling time), the time for measuring (metering time), the molding cycle Time representing cycle (cycle time), time when mold opening is performed (mold opening time), time when mold closing is performed (mold closing time), time from the start of operation of the protruding device to the end (total EJ) Time) etc. are acquired.

  And as the actual value of the position, the position of the screw (screw position), the position of the screw when the pressure holding process ends (end position), the position of the screw when the measuring process ends (measurement completion position), speed control And the position where the pressure control is switched (VP switching position), the position of the movable platen when the mold opening is completed (mold open limit position), the position of the toggle support (mold thickness position), and the operation of the protruding device The end position (projection position) and the like are acquired.

  The molding machine information acquisition processing means reads each molding machine information (actual value), operates various actuators (not shown) based on the molding machine information, and controls each part of the injection molding machine M1. Do.

  For example, a temperature control processing unit (a temperature control processing unit as a variable control processing unit) as a variable control processing unit (not shown) of the CPU 31 performs a temperature control process as a variable control process, and the inside of the heating cylinder 18 as a variable. Control the temperature of the resin.

  For this purpose, a sensor S1 is disposed adjacent to the heater 51. The sensor S1 constitutes a temperature detector as a variable detector constituted by a thermocouple, detects the temperature of the resin by detecting the temperature of the heating cylinder 18, and sends the sensor output to the controller F1. The sensor S1 is provided for each heater 51 (only one is shown in the figure).

  The temperature control processing means reads the output of each sensor, compares the temperature detected by each sensor S1, that is, the detected temperature and the set value, performs feedback control based on the comparison result, and each heater 51 And the heater 51 is turned on and off to control the temperature of the resin.

  By the way, when the operator operates the operation unit 35 to start up the injection molding machine M1, a screen formation processing unit (screen formation processing unit) (not shown) of the CPU 31 performs screen formation processing, and the display unit 36 displays FIG. A main screen is formed (displayed) as a first molding condition setting screen as shown in FIG. Then, a main screen display processing unit (main screen display unit as a display processing unit) (main screen display unit) (a main screen display unit) as a display processing unit (not shown) of the CPU 31 performs a main screen display process as a display process and displays it on the main screen. Display area.

  FIG. 2 is a diagram showing a display example of the main screen in the embodiment of the present invention.

  In the figure, d1 is a main screen, and the main screen d1 includes a screen switching button field Ar1 as a screen selection unit which is a display area for selecting a predetermined screen among a plurality of screens, an injection molding machine M1. This is a display area for displaying the history of occurrence of an abnormality together with the type of abnormality each time an abnormality occurs in the actual value display portion Ar2, which is a display area for displaying the actual value, and the injection molding machine M1. An abnormality history display part Ar3, a drive state display part Ar4 which is a display area for displaying the drive state of the injection molding machine M1, and a production state display part Ar5 which is a display area for displaying the production state of the molded product are displayed. (It is formed.

  Also, a setup area which is a display area for selecting a predetermined setup process among a plurality of setup processes on a predetermined location of the main screen d1, in the present embodiment, on the screen switching button field Ar1. A setup screen call button field Ar6 as a selection unit is displayed (formed).

  In the screen switching button field Ar1, buttons as operation elements (screen selection elements) for switching the currently formed screen to another setting item screen as the second molding condition setting screen are displayed. The

  In this case, in the screen switching button field Ar1, the injection button b11 for switching the currently formed screen to the setting item screen for the injection device 15, and the currently formed screen are switched to the setting item screen for the mold clamping device. A mold opening / closing button b12, a temperature button b13 for switching the currently formed screen to a setting item screen relating to the temperature of the heating cylinder 18, and the currently formed screen are represented by sensor outputs sent from the sensors Sj. A waveform display button b14 for switching to a waveform screen for displaying the detected value to be displayed in a waveform, and the currently formed screen, the detection value represented by the sensor output sent from each sensor Sj in time series for each shot. The quality control button b15 for switching to the actual value display screen to be displayed, and the currently formed screen as the main screen Main button b16 for switching is displayed (formed).

  In addition, in the actual value display section Ar2, actual values for items relating to the quality of the molded product selected in advance are displayed. The actual value is represented by the sensor output sent from each sensor Sj.

  By the way, in the conventional injection molding machine M1, when setting predetermined molding conditions, each setting item screen includes each drive unit (plasticizing movement motor, mold clamping motor ma, weighing motor mb, injection motor). mc, projecting motor, etc.) are displayed, and the operator touches a predetermined setting field in each setting field to select a setting item, and the selected setting item is Enter the operation set value.

  Then, when the operator inputs the set value, the operator actually drives the corresponding drive unit, and checks the operation of the drive unit and a driven unit (not shown) that is operated by the drive unit.

  For example, when the mold apparatus 11 is attached, first, the operator touches the mold opening / closing button b12 to switch the main screen to the setting item screen related to the mold clamping apparatus, and when the molded product is mass-produced on the setting item screen. By touching each setting field for setting molding conditions, selecting a setting item, and entering the set value of the operation of the mold thickness adjustment motor that is the mold thickness movement drive unit for the selected setting item Set the position of the toggle support (mold thickness position). Then, the operator actually drives the mold thickness adjusting motor to check the operation of the mold thickness movement.

  Next, the operator sets the EJ pressure by inputting the set value of the operation of the protruding motor, actually drives the protruding motor, and confirms the operation of the protruding device.

  Subsequently, the operator touches the injection button b11 to switch the currently formed screen to the setting item screen relating to the injection device 15, and to set the molding conditions for mass production of the molded product on the setting item screen. Each setting field is touched, a setting item is selected, and an injection pressure is set by inputting a setting value of the operation of the injection motor mc for the selected setting item. Then, the operator actually drives the injection motor mc, confirms the operation of the injection device 15, and performs a purge.

  As described above, in the conventional injection molding machine M1, when the injection molding machine M1 is started up and mass production of the molded product is performed, the operator inputs a plurality of set values, and then the corresponding drive unit is actually installed. Since it is necessary to check the operation of the driving unit and the driven unit, the operation for setting the molding conditions is troublesome, and the time for setting the molding conditions becomes long. In particular, an operator with little experience in operating the injection molding machine M1 not only makes the operation for setting the molding conditions more troublesome, but also increases the time for setting the molding conditions.

  Therefore, in the present embodiment, as described above, various setup steps can be selected on the main screen d1. For this purpose, the main screen display processing means displays the setup screen call button field Ar6 on the main screen d1, the main screen d1 as the third molding condition setting screen, and the setup display screen as the setting screen. A plurality of buttons as operation elements (setup selection elements) for switching are aggregated and displayed on one screen. In this case, the buttons are displayed side by side in the order of the work procedure of each setup process from when the injection molding machine M1 is started up until mass production of the molded product is started.

  That is, in the setup screen call button field Ar6, each button is arranged in a matrix of 5 columns × 2 rows, and a condition for selecting a setup process for converting the initial condition to the first column / first row. A conversion button b1 is provided in the first column / second row, and a function selection button b2 is provided in the second column / first row. A mold mounting button b3 for selecting a setup process for performing setting related to mounting is provided in the second column and second row, and a protection setting button b4 for selecting a setup process for performing mold protection is provided in the third column. A mold setting button b5 for selecting a setup process for setting the operation of the mold apparatus 11 in the column / first row selects a setup process for purging in the third column / second row. The purge operation button b6 for forming the molded product in the fourth column / first row for mass production A molding condition button b7 for selecting a setup process for setting is for selecting a setup process for setting a threshold value for determining an abnormality when mass-producing a molded product in the fifth column / first row. The monitor setting button b8 selects a setup process for setting items to be recorded in the RAM 32 as actual values of sensor outputs sent from the sensors Sj when the molded product is mass-produced in the fifth column / first row. A user management button b9 is displayed. Note that the arrangement of the buttons can be changed as necessary.

  When the operator touches a predetermined button in the setup screen call button field Ar6, the screen formation processing means (setup display means) forms a setup display screen corresponding to each button on the display unit 36.

  That is, when the operator touches the condition conversion button b1, the screen formation processing means displays the condition conversion screen as a setup display screen on the display unit 36, and when the operator touches the function selection button b2, the screen formation processing means When the function selection screen is displayed on the display unit 36 as a setup display screen and the operator touches the mold attachment button b3, the screen formation processing means displays the mold installation screen on the display unit 36 as the setup display screen. When the protection setting button b4 is touched, the screen formation processing unit displays a protection setting screen as a setup display screen on the display unit 36, and when the operator touches the mold setting button b5, the screen formation processing unit displays on the display unit 36. When the operator touches the mold setting screen as the setup display screen and the operator touches the purge operation button b6, the screen forming processing means performs the purge operation as the setup display screen on the display unit 36. When the operator touches the molding condition button b7, the screen formation processing means displays the molding condition screen as a setup display screen on the display unit 36, and when the operator touches the monitor setting button b8, the screen formation processing means. When the operator touches the user management button b9 on the display unit 36 as a setup display screen, the screen formation processing unit forms a user management screen on the display unit 36 as a setup display screen.

  Next, the mold attachment screen will be described.

  FIG. 3 is a diagram showing a display example of a mold attachment screen in the embodiment of the present invention.

  In the figure, d2 is a mold attachment screen, and the setup display processing means (setup display processing section) (setup display means) of the display processing means performs setup display processing and displays the mold attachment screen d2. The screen switching button field Ar1 that is a display area for selecting a screen is displayed, and the driving state display unit Ar11 that is a display area for displaying the driving state of the injection molding machine M1 and the results relating to the mold apparatus 11 A mold clamping performance display part Ar12 which is a display area for displaying values and a work procedure guide part Ar13 which is a display area for displaying work procedures when the mold apparatus 11 is attached are displayed.

  Further, the mold clamping performance display section Ar12 includes “mold clamping force”, “mold clamping torque”, “EJ torque”, “mold thickness position”, “mold opening time”, “mold closing time”, “total EJ”. The actual values of “time” and “cycle time” are displayed.

  In the work procedure guide section Ar13, a plurality of setting items (work items) corresponding to the setup in each setup process are collectively displayed on one screen.

  That is, in the work procedure guide section Ar13, “mould thickness movement” for securing a gap between the movable platen and the fixed platen so that the mold apparatus 11 can be attached to the fixed platen and the movable platen, “Mold insertion” for inserting the mold device 11 between the movable platen and the movable platen is moved to the stroke end and then advanced to sandwich the mold device 11 between the fixed platen and the movable platen. "Mold Touch" for the purpose, "Nozzle Touch" for aligning the injection nozzle 19 of the injection device 15 and the sprue bush (not shown) of the fixed mold 11a, the movable mold as the fixed mold 11a. "Mold fixing" for fixing each 11b to the movable platen, "Clamping force adjustment" for adjusting the mold clamping force, "Mold opening" for setting the mold opening limit Settings ", and the setting items of" EJ position setting "for setting ejector position, by applying a 1-8 number, are displayed in order of the work steps.

  First, in the setting item of “mould thickness movement”, as a setting column, a mold thickness setting column (mold thickness setting button) b21 and an operation instruction column (driving button) m1 are displayed side by side. When the operator sets the mold thickness by inputting the mold thickness in the mold thickness setting field b21 and touches the operation instruction field m1, “OFF” in the operation instruction field m1 is set to “ON”, and the mold clamping is performed. The motor ma is driven and the operation of the mold clamping device is confirmed.

  Next, “mold insertion” is displayed as a setting item after the “mold thickness movement” setting and the operation confirmation are performed. In this case, although the setting column is not displayed in the setting item of “mold insertion”, this is because the operation of “mold insertion” does not involve driving the drive unit of the injection molding machine M1, and the operator It means that the work is performed manually.

  Subsequently, “mold touch” is displayed, and the setting items of the “mold touch” include a mold touch force setting field (die touch force setting button) b22 and a driving instruction field (driving button) as setting fields. ) M2 are displayed side by side. When the operator sets the mold touch force by inputting the mold touch force in the mold touch force setting field b22 and touches the driving instruction field m2, “OFF” in the driving instruction field m2 is set to “ON”. Then, the mold clamping motor ma is driven and the operation of the mold clamping device is confirmed.

  Next, “nozzle touch” and “die fixing” are displayed in order. Note that the “nozzle touch” and “die fixing” operations do not involve driving of the drive unit of the injection molding machine M1, and are operations performed manually by the operator, so the setting column is not displayed.

  Then, “Clamping force adjustment” is displayed, and the setting items of the “Clamping force adjustment” include, as setting columns, a mold measurement on / off column, mold clamping force setting column b23 and an operation instruction column (operation Button) m3 are displayed side by side. When the operator sets the mold clamping force by inputting the mold clamping force in the mold clamping force setting column and touches the operation instruction column m3, “OFF” in the operation instruction column m3 is set to “ON”, and the mold The clamping motor ma is driven to check the operation of the mold clamping device.

  Subsequently, “mold opening limit setting” is displayed, and in the setting item of “mold opening limit setting”, a mold opening / closing position field, a mold opening / closing speed field, and a mold opening / closing pressure field b24 are displayed as setting fields. “EJ position setting” is displayed, and in the setting item of “EJ position setting”, a protruding position field, an EJ speed field, and an EJ pressure field b25 are displayed as setting fields. The operator sets the mold opening / closing position, mold opening / closing speed and mold opening / closing pressure by inputting the mold opening / closing position, mold opening / closing speed and mold opening / closing pressure in the mold opening / closing position field, mold opening / closing speed field and mold opening / closing pressure field, respectively. The projecting position, EJ speed and EJ pressure are set by inputting the projecting position, EJ speed and EJ pressure in the projecting position field, EJ speed field and EJ pressure field, respectively.

  In addition, after the operator inputs a predetermined setting value in each setting field, the setting of the input setting value is confirmed by touching an execution key (not shown) displayed on the display unit 36. Is done.

  Next, an operation procedure from when the injection molding machine M1 is started up until mass production of a molded product is started will be described.

  First, when the operator starts up the injection molding machine M1, the main screen display means forms a main screen d1 on the display unit. Then, the operator performs work according to the order of the setup steps displayed in the setup screen call button field Ar6 on the main screen d1.

  For example, when a new screw is used, when the operator touches the condition conversion button b1, the screen formation processing unit forms a condition conversion screen on the display unit 36. Then, when the operator sets initial conditions on the condition conversion screen, the condition conversion processing means (not shown) of the CPU 31 performs the condition conversion processing, converts the measured value, filling speed, etc. corresponding to the new screw, and molding conditions. Is calculated. Subsequently, when the operator touches the main button b16, the main screen display means displays the main screen d1 on the display unit.

  Next, when the operator touches the function selection button b <b> 2, the screen formation processing unit forms a function selection screen on the display unit 36. Then, the operator sets connection conditions (molding conditions) for peripheral devices and the like on the function selection screen. Subsequently, when the operator touches the main button b16, the main screen display means displays the main screen d1 on the display unit.

  Next, when the operator touches the mold attachment button b <b> 3, the screen formation processing unit forms a mold attachment screen on the display unit 36. And an operator performs the setting regarding attachment of the die apparatus 11 on a die attachment screen. Subsequently, when the operator touches the main button b16, the main screen display means displays the main screen d1 on the display unit.

  Next, when the operator touches the protection setting button b <b> 4, the screen formation processing unit forms a protection setting screen on the display unit 36. And an operator performs the setting regarding protection of the metal mold | die apparatus 11 in a protection setting screen. Subsequently, when the operator touches the main button b16, the main screen display means displays the main screen d1 on the display unit.

  Next, when the operator touches the mold setting button b5, the screen formation processing unit forms a mold setting screen on the display unit. Then, the operator performs settings related to the operation of the mold apparatus 11 on the mold setting screen. Subsequently, when the operator touches the main button b16, the main screen display means displays the main screen d1 on the display unit.

  Next, when the operator touches the purge operation button b <b> 6, the screen formation processing unit forms a purge operation screen on the display unit 36. Then, the operator makes settings related to the purge operation on the purge screen. Subsequently, when the operator touches the main button b16, the main screen display means displays the main screen d1 on the display unit.

  Next, when the operator touches the molding condition button b7, the screen formation processing unit forms a molding condition screen on the display unit. Then, the operator sets the molding conditions on the molding condition screen. Subsequently, when the operator touches the main button b <b> 16, the main screen display unit displays the main screen d <b> 1 on the display unit 36.

  Next, when the operator touches the monitor setting button b8, the screen formation processing unit forms a monitor setting screen on the display unit. And an operator performs the setting regarding the monitoring of the injection molding machine M1 on the monitoring setting screen. Subsequently, when the operator touches the main button b16, the main screen display means displays the main screen d1 on the display unit.

  Next, when the operator touches the user management button b <b> 9, the screen formation processing unit forms a user management screen on the display unit 36. Then, the operator performs settings related to the management of the injection molding machine M1 on the user management screen. Subsequently, when the operator touches the main button b <b> 16, the main screen display means displays the main screen d <b> 1 on the display unit 36.

  In this way, setup is performed from the start-up of the injection molding machine M1 to the start of mass production of the molded product. Note that when only the mold apparatus 11 is mounted, the operator first touches the mold mounting button b3 to perform each setup after the mold mounting. In that case, only the mold attachment button b3, the protection setting button b4, the mold setting button b5, and the purge operation button b6 can be displayed in the setup screen calling button field Ar6.

  Thus, in the present embodiment, the setup screen call button field Ar6 is displayed on the main screen d1, and the buttons for selecting various setup processes are displayed in the setup screen call button field Ar6. Therefore, a setup display screen corresponding to each setup process can be formed on the display unit 36 by touching each button. Accordingly, it is possible to easily set (including changing) the setup conditions in each setup process from the start-up of the injection molding machine M1 to the start of mass production of the molded product. As a result, it is possible to efficiently set up operations from the start-up of the injection molding machine M1 to the start of mass production of molded products.

  In addition, the setup screen call button field Ar6 includes a button for switching the main screen d1 to each setup display screen. Each setup process from the start of the injection molding machine M1 to the start of mass production of the molded product. Therefore, even an operator who has little experience in operating the injection molding machine M1 can efficiently set up the work.

  In the present embodiment, the setting value is input as needed in the setting field of each setting item. However, the input of the setting value can be limited. For example, the input of the setting value for the next setting item is limited until the input of the setting value for the predetermined setting item is completed, and when the input of the setting value for the predetermined setting item is completed, the next setting item You can enter a set value for. In this case, it is possible to reliably input setting values for all setting items.

  Further, it is possible to prevent the injection molding machine M1 from operating unless setting values are input for all setting items. In this case, the injection molding machine M1 is not erroneously operated despite the molding conditions being set.

  In the present embodiment, the work procedure guide section Ar13 on the mold attachment screen is described. However, the condition conversion screen, function selection screen, protection setting screen, mold setting screen, purge operation screen, molding condition screen, monitoring Also on the setting screen and the user management screen, setting items corresponding to the setup in each setup process are collectively displayed on one screen.

  In addition, this invention is not limited to the said embodiment, It can change variously based on the meaning of this invention, and does not exclude them from the scope of the present invention.

32 RAM
33 ROM
Ar6 Setup screen call button field d1 Main screen d2 Mold installation screen

Claims (8)

(A) a main screen display processing means for displaying on the main screen a setup selection unit for selecting a predetermined setup process among a plurality of setup processes;
(B) having a setup display processing means for displaying a setting item on a setup screen corresponding to the selected setup process;
(C) The molding condition setting device, wherein the main screen display processing means displays a plurality of setup steps on one screen in the setup selection unit.   The setup display processing means displays a setting item on one setting screen corresponding to the selected setup process when one setup process is selected from each setup process in the setup selection unit. The molding condition setting device according to claim 1.   The molding condition setting device according to claim 1, wherein the setup display processing means aggregates and displays a plurality of setting items on a setting screen corresponding to the selected setup process.   The molding condition setting device according to any one of claims 1 to 3, wherein the setup display processing means displays the plurality of setup processes in the order of work procedures.   The molding condition setting device according to any one of claims 1 to 4, wherein the setup display processing means displays the plurality of setting items in order of work procedures.   The molding condition according to any one of claims 1 to 5, wherein the setup selection unit includes a setup selection element for selecting a setup process of mold attachment, protection setting, mold setting, and purge operation. Setting device. (A) A setup selection unit for selecting a predetermined setup process among a plurality of setup processes is displayed on the main screen,
(B) displaying a setting item on a setting screen corresponding to a predetermined setup process selected by the setup selection unit;
(C) The molding condition setting method, wherein the setup selection unit displays a plurality of setup steps on one screen. (A) A setup selection unit for selecting a predetermined setup process among a plurality of setup processes is displayed.
(B) A molding condition setting screen in which a plurality of setup processes are displayed on one screen in the setup selection unit.

Images