WO2016166870A1

WO2016166870A1 - Substrate production machine and substrate production line

Info

Publication number: WO2016166870A1
Application number: PCT/JP2015/061739
Authority: WO
Inventors: 光啓水野
Original assignee: 富士機械製造株式会社
Priority date: 2015-04-16
Filing date: 2015-04-16
Publication date: 2016-10-20
Also published as: JP6523436B2; JPWO2016166870A1

Abstract

The present invention is a substrate production machine (second component mounting machine 24) in which the following are provided on a machine base (31): work execution devices (241, 242, 243) for executing a prescribed production step work on a substrate; a control device (244) for controlling the operation of the work execution devices; and a monitor device (245) for displaying production step information on the basis of a command from the control device. Configured is an auxiliary monitor position at which an auxiliary monitor device (235) is disposed adjacent to the monitor device. The control device switches between an independent display mode for displaying the production step information on the monitor device, and a connected display mode for displaying the production step information on a connected display unit (5) that is integrally formed by the auxiliary monitor device disposed at the auxiliary monitor position and the monitor device. Due to this configuration, it is possible to display on the connected display unit an image formed by connecting the entirety of the production step information, which contains a large amount of information, as a single large screen, and it is possible to ensure good visibility.

Description

Board production machine and board production line

The present invention relates to a board production machine including a component mounting machine, and a board production line in which a plurality of board production machines are arranged in series. More specifically, the board production machine includes production process information. It relates to the monitoring device.

There are a solder printing machine, a component mounting machine, a reflow machine, a board inspection machine, etc. as a board production machine that produces a board on which a large number of parts are mounted. It is common to configure a board production line by connecting these board production machines. Each board production machine includes a work execution device that performs a predetermined production process work. For example, the component mounter includes a substrate transfer device, a component supply device, and a component transfer device, and the substrate inspection machine includes a substrate transfer device and an imaging device for inspection. Further, each substrate production machine includes a control device that controls the operation of the work execution device, and a monitor device that displays production process information. A technical example relating to a monitor device of this type of substrate production machine is disclosed in Patent Document 1.

The electronic component mounting system of Patent Document 1 is configured by connecting a plurality of electronic component mounting devices in series, and each electronic component mounting device includes a display panel and an operation panel. Then, an operation instruction screen related to the operation target device is displayed on the display panels of at least two adjacent devices including the operation target device. Furthermore, the embodiment discloses an aspect in which three operation instruction screens are displayed with the display panel of the operation target device as the main screen and the display panels of the adjacent devices on both sides as the

sub screens

1 and 2. According to this, an operation instruction screen can be displayed on the display panel with a necessary and sufficient amount of information, and an accurate operation instruction can be performed.

JP 2009-094270 A

By the way, in the technique of Patent Document 1, it is preferable that the amount of information displayed is increased by displaying operation instruction screens on a plurality of display panels. However, if the amount of production process information to be displayed is large, it cannot be displayed on one display panel at a time, and it is displayed divided into a plurality of screens or divided into a plurality of display panels. Then, since the production process information that is preferably displayed on one screen is divided and displayed, the visibility is remarkably lowered. Further, the operator needs to go back and forth between the main screen and the

sub screens

1 and 2 that are spaced apart from each other, and is troublesome and takes time to confirm and set the production process information.

Conventionally, in order to display production process information that cannot be displayed on one screen due to a large amount of information, a method of switching a plurality of divided screens by operation or a method of scrolling a large screen by operations has been used. These methods do not solve the problem of reduced visibility, the troublesome operation of the operator, and the trouble.

The present invention has been made in view of the above problems of the background art, and provides a substrate production machine and a substrate production line that can ensure good visibility when displaying production process information with a large amount of information on a monitor device. It is a problem to be solved.

A substrate production machine of the present invention that solves the above problems is based on a work execution device that performs a predetermined production process work on a substrate, a control device that controls the operation of the work execution device, and a command from the control device. A monitor device for displaying production process information related to at least one of the production process work and the work execution device, and a substrate production machine provided on a machine base, wherein an auxiliary monitor device is disposed adjacent to the monitor device An auxiliary monitor position is set, and the control device is integrally formed by a single display mode for displaying the production process information on the monitor device, an auxiliary monitor device arranged at the auxiliary monitor position, and the monitor device. And a connected display mode for displaying the production process information on the connected display unit.

The substrate production line of the present invention is a substrate production line in which a plurality of substrate production machines of the present invention are arranged in series, and the first monitoring device of the first substrate production machine is adjacent to the substrate production line. Also serving as the auxiliary monitor device arranged adjacent to the second monitor device of the second substrate production machine arranged, the second control device of the second substrate production machine is the connection display A first screen and a second screen for separately displaying the production process information in a mode are created, the second screen is displayed on the second monitor device, and the first screen is displayed on the first screen. The first control device displays the first screen on the first monitor device.

According to the substrate production machine of the present invention, a large connection display unit can be integrally formed by arranging the auxiliary monitor unit adjacent to the monitor unit, and the control unit can display production process information on this connection display unit. For this reason, the whole production process information with a large amount of information can be displayed on the connection display unit as one large screen of connected images, and good visibility can be secured.

Further, according to the substrate production line of the present invention, the monitor device of the first substrate production machine also serves as the auxiliary monitor device of the second substrate production machine arranged adjacent to each other, so that a large connection display unit is integrated. Can be formed. Therefore, a connection display unit can be formed by the substrate production machine desired in the board production line and the adjacent board production machine, so that the entire production process information with a large amount of information can be displayed, and good visibility can be ensured.

It is a functional block diagram which shows the structure of the board | substrate production line of embodiment. It is a front view showing typically the state where the 1st component mounting machine and the 2nd component mounting machine which are examples of the board production machine of a 1st embodiment are arranged adjacent. It is a front view which shows the state in which the connection display part was integrally formed by arrange | positioning the monitor apparatus of a 1st and 2nd component mounting machine adjacent. It is a figure of the control flow in which the control apparatus of the 1st and 2nd component mounting machine performs control regarding a display. It is a figure which shows the example of a screen of the job data name displayed on a connection display part in 1st Embodiment. It is a figure which shows the example of a screen as which the same job data name as FIG. 5 was displayed on the display part of the monitoring apparatus of a prior art. It is a figure which shows the example of a screen of the feeder list | wrist displayed on a connection display part in 1st Embodiment. It is a front view of the 1st and 2nd component mounting machine explaining the effort of an operator's movement. It is a front view of the 1st and 2nd component mounting machine explaining the effect | action which reduces the effort of an operator's movement. It is a front view which shows typically the structure of the board | substrate production machine of 2nd Embodiment.

(1. Configuration of the board production line 1 of the embodiment)
The configuration of the substrate production line 1 according to the embodiment of the present invention will be described with reference to FIG. FIG. 1 is a functional block diagram illustrating a configuration of a substrate production line 1 according to the embodiment. The substrate production line 1 is composed of seven substrate production machines 21 to 27 arranged in series. More specifically, the board production line 1 includes a solder printer 21, a solder inspection machine 22, first to fourth component mounting machines 23 to 26, and a board appearance inspection machine 27 arranged in series. The solder printer 21 is on the upstream side, and the board appearance inspection machine 27 is on the downstream side.

The solder printer 21 includes a board transport device 211, a printing execution device 212, a control device 214, and a monitor device 215. The board conveying device 211 and the printing execution apparatus 212 are work execution apparatuses that print paste-like solder on the board. The control device 214 controls the operations of the substrate transport device 211 and the print execution device 212. The monitor device 215 displays solder printing process information related to the solder printing operation and the board conveying device 211 and the printing execution device 212 based on a command from the control device 214.

The solder inspection machine 22 includes a board transfer device 221, a solder imaging device 222, a control device 224, and a monitor device 225. The board transfer device 221 and the solder imaging device 222 are work execution devices that inspect the state of solder on the board. The control device 224 controls the operations of the board transfer device 221 and the solder imaging device 222. The monitor device 225 displays solder inspection process information related to the solder inspection work and the board conveying device 221 and the solder imaging device 222 based on a command from the control device 224.

The first component mounter 23 includes a board transfer device 231, a component supply device 232, a component transfer device 233, a control device 234, and a monitor device 235. The substrate transfer device 231, the component supply device 232, and the component transfer device 233 are work execution devices that mount components on a substrate. The control device 234 controls operations of the substrate transport device 231, the component supply device 232, and the component transfer device 233. The monitor device 235 displays component mounting process information related to the component mounting operation, the substrate transport device 231, the component supply device 232, and the component transfer device 233 based on a command from the control device 234.

The second component mounter 24 includes a substrate transfer device 241, a component supply device 242, a component transfer device 243, a control device 244, and a monitor device 245. The third component mounter 25 includes a substrate transfer device 251, a component supply device 252, a component transfer device 253, a control device 254, and a monitor device 255. The fourth component mounter 26 includes a board transfer device 261, a component supply device 262, a component transfer device 263, a control device 264, and a monitor device 265. Since the second to fourth component mounters 24 to 26 have the same configuration as the first component mounter 23, detailed description thereof is omitted. The first to fourth component mounters 23 to 26 share a large number of components and mount them on the board.

The substrate appearance inspection machine 27 includes a substrate transfer device 271, a substrate appearance imaging device 272, a control device 274, and a monitor device 275. The substrate transfer device 271 and the substrate appearance imaging device 272 are work execution devices that inspect the appearance of the substrate. The control device 274 controls operations of the substrate transport device 271 and the substrate appearance imaging device 272. The monitor device 275 displays substrate appearance inspection process information related to the substrate appearance inspection work and the substrate transfer device 271 and the substrate appearance imaging device 272 based on a command from the control device 274.

The

control devices

214, 224, 234, 244, 254, 264, and 274 of each of the board production machines 21 to 27 are communicatively connected to the host computer 91 via the communication line 92. The host computer 91 manages and controls the overall operation of the board production line 1. Each

control device

214, 224, 234, 244, 254, 264, and 274 performs control of the work execution device and control of the

monitor devices

215, 225, 235, 245, 255, 265, and 275 in parallel. Each

control device

214, 224, 234, 244, 254, 264, 274 is configured to be able to exchange information with each other via the communication line 92.

(2. Configuration of the board production machine of the first embodiment)
Here, each of the solder printing machine 21, the solder inspection machine 22, the first to fourth component mounting machines 23 to 26, and the board appearance inspection machine 27 corresponds to the board production machine of the first embodiment of the present invention. In the following, the description will proceed mainly using the first and

second component mounters

23 and 24 as an example. FIG. 2 is a front view schematically showing a state in which a first component mounting machine 23 and a second component mounting machine 24 which are examples of the board production machine of the first embodiment are arranged adjacent to each other. As shown in the figure, the first component mounter 23 and the second component mounter 24 include

monitor devices

235 and 245 at the upper front part of the machine base 31, respectively.

The width dimension Wm of each

monitor device

235, 245 is smaller than the width dimension width Wk of the machine base 31. Each

monitor device

235, 245 includes

display units

411, 412 and

operation units

421, 422. The

display units

411 and 412 are generally rectangular and are arranged at an intermediate height in the vertical direction, and extend substantially over the entire width dimension Wm. As the

display units

411 and 412, liquid crystal display units can be exemplified, and the present invention is not limited to this. The

operation units

421 and 422 are configured by a plurality of rectangular operation buttons arranged below the

display units

411 and 412. For example, the

display units

411 and 412 may be touch panels and may also serve as an operation unit.

In the center of the lower edge of the

monitor devices

235 and 245, a positioning recess 43 recessed in a wedge shape is formed. Connecting magnets 44 are provided above and below the left and right edges of the

monitor devices

235 and 245, respectively. The

monitor devices

235 and 245 are communicatively connected to the

control devices

234 and 244 using a communication cable (not shown). The communication cable is flexible and is expected to have a sufficient length, and the

monitor devices

235 and 245 can move in the width direction as will be described later. However, the present invention is not limited to this, and the

monitor devices

235 and 245 and the

control devices

234 and 244 may be connected by wireless communication.

The machine base 31 has a moving rail 32 extending in the entire width direction at an intermediate height position on the front surface. The moving rail 32 holds the

monitor devices

235 and 245 so as to be movable in the width direction and not to fall off. A positioning pin 33 is provided through the center of the moving rail 32 in the width direction up and down. The positioning pin 33 is urged upward by an urging spring 34 and can be operated downward by an operator.

The single use position is set at the center in the width direction of the moving rail 32, and the connection use positions are set on the left and right sides in the width direction. In FIG. 2, the positioning pin 33 is fitted in the positioning recess 43. Thus, the two

monitor devices

235 and 245 are positioned so as not to move to the single use position. When the operator operates the positioning pin 33 downward, the positioning pin 33 comes out of the positioning recess 43, and the

monitor devices

235 and 245 can be moved in the width direction.

FIG. 3 is a front view showing a state in which the connection display unit 5 is integrally formed by arranging the

monitor devices

235 and 245 of the first and second

component mounting machines

23 and 24 adjacent to each other. As shown by the white arrows A1 and A2 in the figure, the two

monitor devices

235 and 245 move so that the left edge or the right edge thereof coincides with the left edge or the right edge of the machine base 31, and are connected and used. To reach. In the adjacent connection use position, the two

monitor devices

235 and 245 are attracted by the connection magnets 44, and the positions in contact with each other are stably held. At this time, the display units 41 of the two

monitor devices

235 and 245 are arranged side by side with a very small gap, and the large connected display unit 5 is integrally formed.

The connection display unit 5 can also be formed between the solder inspection device 22 and the first component mounter 23 and between the second component mounter 24 and the third component mounter 25. The connection display unit 5 may be formed between all of the board production machines 21 to 27 constituting the board production line 1 and limited to a specific area of the board production machines 21 to 27. May be.

The function of the connected display unit 5 is determined by the operator selecting and setting the single display mode or the connected display mode with the

operation units

421 and 422. Not limited to this, the single display mode is automatically set when the two

monitor devices

235 and 245 are separated from each other, and the connected display mode is automatically set when the two

monitor devices

235 and 245 contact each other. May be. When the single display mode is set, the two

monitor devices

235 and 245 each perform independent display. That is, the monitor device 235 of the first component mounter 23 displays component mounting process information related to the first component mounter 23, and the monitor device 245 of the second component mounter 24 displays the second component mounter 24. Display related component mounting process information.

When the connection display mode is set, the two

monitor devices

235 and 245 cooperate to display the component mounting process information related to one of the component mounting machines (23 or 24) on the connection display unit 5. To do. Which component mounting process information is displayed is determined by performing settings on the master side and the slave side with the

operation units

421 and 422. Hereinafter, the case where the first component mounter 23 is set on the slave side and the second component mounter 24 is set on the master side will be described as an example.

According to the above setting example, the monitoring device 235 of the first component mounting machine 23 on the slave side also serves as an auxiliary monitoring device arranged adjacent to the monitoring device 245 of the second component mounting machine 24. And the connection use position of the monitor apparatus 235 shown in FIG. 3 becomes an auxiliary monitor position. If the settings on the master side and the slave side are reversed, the monitor device 245 of the second component mounter 24 also serves as an auxiliary monitor device, and the connection usage position of the monitor device 245 becomes the auxiliary monitor position.

(3. Operation of the board production machine of the first embodiment)
Next, operations of the first and second

component mounting machines

23 and 24 will be described together with functions of the

control devices

234 and 244. FIG. 4 is a control flow diagram in which the

control devices

234 and 244 of the first and

second component mounters

23 and 24 perform control related to display. When a display command is set in the

operation units

421 and 422 in step S1 of FIG. 4, the

control devices

234 and 244 receive the display command and start control related to display. However, the present invention is not limited to this, and when the component mounting process information to be notified to the operator is generated in the operating state of the first and second

component mounting machines

23 and 24, the

control devices

234 and 244 autonomously control the display. Start.

In the next step S2, the

control devices

234 and 244 determine whether the display mode is the linked display mode or the single display mode. When in the single display mode, the two

control devices

234 and 244 each independently perform display-related control. That is, each

control device

234, 244 creates a screen to be displayed alone in step S3, and displays the screen on each

monitor device

235, 245 in step S4. This display method is not different from the prior art.

In the connected display mode, in step S5, it is determined whether the

control devices

234 and 244 are the master side or the slave side. The control device 244 of the second component mounter 24 set on the master side advances the execution of the control flow to step S6, and the control device 234 of the first component mounter 23 set on the slave side controls the control flow. Advances to step S9.

In step S6, the control device 244 on the master side creates a first screen and a second screen that divide and display the entire component mounting process information of the second component mounter 24 on the connection display unit 5. Here, the first screen and the second screen are one large screen of connected images while being displayed on

different monitor devices

235 and 245. In the next step S7, the control device 244 sends the information on the first screen to the slave-side control device 234. In step S <b> 8, the control device 244 displays the second screen on the monitor device 245 that controls the second screen, in other words, displays the second screen on the right half of the connection display unit 5.

The control device 234 on the slave side stands by after step S5, and receives information on the first screen from the control device 244 on the master side in step S9. In the next step S <b> 10, the control device 234 displays the first screen on the monitor device 235 that controls itself, in other words, displays the first screen on the left half of the connection display unit 5. One display is completed by any one of step S4, step S8, and step S10.

Next, an example of a screen displayed on the connection display unit 5 will be described in comparison with the prior art. FIG. 5 is a diagram illustrating a screen example of job data names displayed on the connection display unit 5 in the first embodiment. FIG. 6 is a diagram showing an example of a screen in which the same job data name as in FIG. 5 is displayed on the display unit 94 of the monitor device 93 of the prior art. The job data name is attached to data describing details of the work contents to be performed for each board production machine and each board type. The job data name is represented by characters, but the length of the character string is not constant.

In FIG. 5, five types of job data names that can be executed in the current state of the second component mounter 24 are displayed on the connection display unit 5. For convenience, the five types of job data names are represented by symbols *, ○, ×, Δ, and ◎. Among these, the first, third, and fifth job data names (symbols *, x, ◎) are short character strings and are displayed on the first screen of the display unit 411 on the first component mounter 23 side. ing. The second and fourth job data names (symbols ○ and Δ) are long character strings and are displayed on the first and second screens extending over the two

display parts

411 and 412 forming the connection display part 5. . As a result, all five types of job data names are displayed in one line. The operator can recognize the connected display unit 5 as one large screen of connected images, and the visibility is good.

On the other hand, in the prior art of FIG. 6, since one monitor device 93 is used alone, the second and fourth job data names (symbols ○ and Δ) are displayed over two lines of the display unit 94. For this reason, it is difficult to see the job data name of one line and the job data name of two lines together, and the visibility is not good. Further, since the amount of information is large, the second line of the fourth job data name (symbol Δ) and the fifth job data name (◎) are not displayed on the display unit 94. For this reason, switching operation or scrolling operation of the displayed screen is required, and operability is not good.

FIG. 7 is a diagram showing an example of a feeder list screen displayed on the connection display unit 5 in the first embodiment. In the example of the feeder list screen, the entire information of the 12 feeder devices installed in the component supply device 242 of the second component mounter 24 is displayed as a list. Examples of the displayed information include, but are not limited to, a feeder number No. and a model of the feeder device, a type of component to be supplied, and a quantity of each component mounted on one board. As shown in the figure, feeder numbers No. 1 to 8 are displayed on the first screen, and feeder numbers No. 9 to 12 are displayed on the second screen. The operator can recognize the entire feeder list displayed on the connection display unit 5 as one large screen of connected images, and the visibility is good.

If this feeder list is displayed on the prior art monitor device 93 shown in FIG. 6, a screen switching operation or a horizontal scrolling operation is required, and the visibility and operability are not good. The component mounting process information is not limited to the exemplified job data name and feeder list, and includes various information handled by the

control devices

234 and 244. Further, when the information amount of the component mounting process information is particularly large and not all information can be displayed at the same time using the connection display unit 5, the first screen and the second screen may be scrolled together. . Even in this case, the visibility and operability are improved as compared with the prior art.

Next, the operation of reducing the labor of the operator's movement in the board production machine of the first embodiment will be described. FIG. 8 is a front view of the first and

second component mounters

23 and 24 for explaining the labor of moving the operator Op. In FIG. 8, the

monitor devices

235 and 245 of the first and second

component mounting machines

23 and 24 are positioned at the single display position in the center in the width direction. The operator Op is located in front of the monitor device 235 of the first component mounting machine 23, can see the display unit 411 of the monitor device 235 well, and can easily operate the operation unit 421.

However, it is difficult for the operator Op at this position to access the monitor device 245 of the second component mounter 24 as indicated by the dashed arrow A3. This is because the display unit 412 of the monitor device 245 is viewed obliquely from a distance, which is difficult to view due to a problem of viewing angle. In addition, the hand cannot reach the operation unit 422 of the monitor device 245, or even if it reaches, it is difficult to operate. Therefore, the operator Op needs to move to the front of the monitor device 245 of the second component mounting machine 24. In particular, when the display contents of the two

monitor devices

235 and 245 are compared and collated, as shown by the arrow A4, the user goes back and forth between the two

monitor devices

235 and 245 many times. , Trouble of movement increases.

On the other hand, FIG. 9 is a front view of the first and second

component mounting machines

23 and 24 for explaining the action of reducing the labor of the operator Op. In FIG. 9, the

monitor devices

235 and 245 of the first and second

component mounting machines

23 and 24 are positioned at the connected display positions in contact with each other. The operator Op is positioned in the middle of the two

monitor devices

235 and 245, can visually recognize both the

display units

411 and 412, and can easily operate both the

operation units

421 and 422. Therefore, the movement of the operator indicated by the white arrow A4 in FIG. 8 becomes unnecessary. In this case, either the single display mode or the connected display mode may be used.

(4. Aspects and effects of the board production machine of the first embodiment and the board production line 1 of the embodiment)
The first and

second component mounters

23 and 24 described in the first embodiment control work execution devices 231 to 233 and 241 to 243 that perform predetermined production process work on the board, and operations of the work execution devices. The machine base 31 includes

control devices

234 and 244 and monitor

devices

235 and 245 that display production process information related to at least one of the production process work and the work execution device based on instructions from the

control devices

234 and 244. An auxiliary monitor position for setting an auxiliary monitor device (monitor device 235) adjacent to the monitor device 245 is set, and the

control devices

234 and 244 send production process information to the

monitor devices

235 and 245, respectively. By the independent display mode for displaying and the auxiliary monitor device (235) and the monitor device 245 arranged at the auxiliary monitor position Switching and connecting the display mode for displaying the production process information in the connection display unit 5 which is a body formed, the.

According to this, by arranging the auxiliary monitor device 235 adjacent to the monitor device 245, the large connection display unit 5 can be integrally formed, and the

control devices

234 and 244 display the production process information on the connection display unit 5. it can. For this reason, the whole production process information with a large amount of information can be displayed on the connection display unit 5 as one large screen of connected images, and good visibility can be secured. Further, as an accompanying effect, the conventional screen switching operation and scrolling operation are no longer necessary, which eliminates the troublesome and troublesome operations of the operator.

Furthermore, the monitor device 235 of the first component mounter 23 also serves as an auxiliary monitor device of the second component mounter 24 arranged adjacent to the first component mounter 23. According to this, the connection display part 5 can be formed, without adding a monitor apparatus newly, and the increase in cost is suppressed.

Furthermore, the

monitor devices

235 and 245 are provided in the machine base 31 so as to be movable between a single use position arranged in the single display mode and a joint use position arranged in the joint display mode. . According to this, the operator Op is positioned in the middle of the two

monitor devices

235 and 245 that are in contact with each other, so that both the

display units

411 and 412 can be seen well, and both the

operation units

421 and 422 can be easily viewed. Can be operated. Therefore, the movement of the operator, which has been conventionally required, becomes unnecessary, and labor is reduced.

The board production line 1 according to the embodiment is a board production line 1 in which a plurality of board production machines 21 to 27 according to the first embodiment are arranged in series, and the monitor device 235 of the first component mounting machine 23 includes: The control device 244 of the second component mounter 24 also divides production process information in the connection display mode, which also serves as an auxiliary monitor device disposed adjacent to the monitor device 245 of the second component mounter 24 disposed adjacently. The first screen and the second screen to be displayed are created, the second screen is displayed on the monitor device 245, and the first screen is sent to the control device 234 of the first component mounter 23 for control. The device 234 receives the first screen and displays it on the monitor device 235.

According to this, since the monitoring device 235 of the first component mounting machine 23 also serves as an auxiliary monitoring device of the second component mounting machine disposed adjacent to each other, the large connection display unit 5 can be integrally formed. Therefore, the connection display part 5 can be formed by the board production machine desired in the board production line 1 and the adjacent board production machine, so that the entire production process information with a large amount of information can be displayed, and good visibility can be secured. Furthermore, as an accompanying effect, the

monitor devices

215, 225, 235, 245, 255, 265, and 275 of each of the board production machines 21 to 27 can also serve as auxiliary monitor devices, so a new monitor device is added. There is no need to do this.

(5. Substrate production machine 6 of the second embodiment)
Next, the difference between the substrate production machine 6 of the second embodiment and the first embodiment will be mainly described. FIG. 10 is a front view schematically showing the configuration of the board production machine 6 of the second embodiment. In the second embodiment, the portable monitor device 7 is used to form the connection display unit 8. The board production machine 6 may be any of a solder printer, a solder inspection machine, a component mounting machine, a board appearance inspection machine, and the like. The board production machine 6 is fixedly provided with a monitor device 62 on the left side of the upper front part of the machine base 61. An auxiliary monitor position 65 is set at a position on the right side of the monitor device 62 of the machine base 61.

The monitor device 62 includes a display unit 621 and an operation unit 622 similar to those in the first embodiment. The monitor device 62 is communicatively connected to the control device 63 and displays production process information based on a command from the control device 63. The control device 63 controls the operation of the work execution device 64 that performs a predetermined production process work on the substrate.

A mounting seat 66 is provided below the auxiliary monitor position 65 of the machine base 61. The mounting seat 66 detachably holds the lower edge of the portable monitor device 7. A communication connector 67 is disposed in the center of the mounting seat 66. The communication connector 67 is connected to the control device 63.

The portable monitor device 7 can be carried into and out of the auxiliary monitor position 65. The portable monitor device 7 has a display unit 71 that is generally rectangular and disposed at an intermediate height in the vertical direction. A communication connector 72 is provided at the center of the lower edge of the portable monitor device 7. As the portable monitor device 7, for example, a tablet terminal can be used, and the portable monitor device 7 is not limited to this.

10, when the portable monitor device 7 is carried into the auxiliary monitor position 65 as indicated by a broken line in FIG. 10, the portable monitor device 7 is disposed in contact with the right side of the monitor device 62. The display unit 621 of the monitor device 62 and the display unit 71 of the portable monitor device 7 are arranged side by side with a very small gap, and integrally form a large connected display unit 8 that matches the width of the machine base 61. To do. Further, the communication connector 72 of the portable monitor device 7 is automatically connected to the communication connector 67 on the machine base 61 side. Thereby, a display control unit (not shown) of the portable monitor device 7 is connected to the control device 63 for communication. However, the present invention is not limited to this, and the display control unit and the control device 63 may be connected by wireless communication.

The control device 63 always controls the monitor device 62 in the single display mode. When the portable monitor device 7 is connected for communication, the control device 63 automatically switches to the linked display mode. In the linked display mode, the control device 63 creates two screens that display the entire production process information on the linked display unit 8 by performing the function on the master side. Further, the control device 63 sends information on one screen to the portable monitor device 7 and displays the other screen on the display unit 621 of the monitor device 62. The display control unit of the portable monitor device 7 displays the information on one screen received from the control device 63 on the display unit 71 by performing the function on the slave side. In the connection display unit 8 formed by the two

display units

621 and 71, the same display as the connection display unit 5 of the first embodiment is performed.

In the substrate production machine 6 of the second embodiment, the auxiliary monitor device is a portable monitor device 7 that can be carried into and out of the auxiliary monitor position 65 of the substrate production machine 6. According to this, since the big connection display part 8 can be formed integrally, the whole production process information with much information amount can be displayed on the connection display part 8 as one big screen, and favorable visibility can be ensured. Moreover, since the portable monitor apparatus 7 should just be one with respect to the several board | substrate production machine 6, the raise of cost is suppressed.

(6. Application and modification of embodiment)
In the first embodiment, the

monitor devices

235 and 245 can be enlarged to make the width dimension Wm coincide with the width dimension Wk of the machine base 31. According to this aspect, the connected display portion 5 can be formed only by mode switching without moving the

monitor devices

235 and 245 in the width direction. In addition, a connected display unit in which three or more display units are connected in an image manner can be formed. Further, also in the second embodiment, the portable monitor device 7 is arranged between the monitor devices 62 of the two adjacent substrate production machines 6, and a total of three

display units

621, 71, and 621 are imaged. A connected display portion can be formed. Various other applications and modifications are possible for the present invention.

1: Board production line 23: First component mounter 231: Board transport device 232: Component supply device 233: Component transfer device 234: Control device 235: Monitor device 24: Second component mounter 241: Board transport device 242: Component supply device 243: Component transfer device 244: Control device 245: Monitor device 31: Machine base 411, 412: Display unit 5: Connection display unit 6: Substrate production machine 61: Machine stand 62: Monitor device 621: Display unit 63 : Control device 64: Work execution device 65: Auxiliary monitor position 7: Portable monitor device 71: Display unit 8: Connection display unit 93: Monitor device of the prior art

Claims

A work execution device for carrying out a predetermined production process work on a substrate;
A control device for controlling the operation of the work execution device;
A monitor device for displaying production process information related to at least one of the production process work and the work execution device based on a command from the control device;
An auxiliary monitor position is set to place the auxiliary monitor device adjacent to the monitor device;
The controller is
A single display mode for displaying the production process information on the monitor device, an auxiliary monitor device arranged at the auxiliary monitor position, and a connection for displaying the production process information on a connection display unit integrally formed by the monitor device A board production machine that switches between display modes.
2. The substrate production machine according to claim 1, wherein the monitor device also serves as the auxiliary monitor device of another substrate production machine arranged adjacently.
The said monitor apparatus is provided in the said stand so that a movement between the single use position arrange | positioned at the time of the said single display mode and the connection use position arrange | positioned at the time of the said connection display mode is possible. The substrate production machine according to 1 or 2.
The substrate production machine according to claim 1, wherein the auxiliary monitor device is a portable monitor device that can be carried into and out of the auxiliary monitor position.
A substrate production line in which a plurality of substrate production machines according to any one of claims 1 to 3 are arranged in series,
The first monitoring device of the first substrate production machine also serves as the auxiliary monitoring device arranged adjacent to the second monitoring device of the second substrate production machine arranged adjacent to each other,
The second control device of the second substrate production machine creates a first screen and a second screen for separately displaying the production process information in the connection display mode, and displays the second screen. Displaying on the second monitor device and sending the first screen to the first control device of the first substrate production machine;
The first control device is a substrate production line that receives the first screen and displays it on the first monitor device.