JP3860511B2 - Collective exchange cart, component mounting system, and connection confirmation method - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a component mounting technology for mounting electronic components on a printed board, and in particular, a collective exchange cart for collectively mounting a plurality of component supply feeders for supplying electronic components for mounting on a component mounting apparatus, and the collective exchange cart And a component mounting system including a component mounting apparatus and a connection confirmation method for a collective exchange truck.
[0002]
[Prior art]
Generally, a mounter is a device that mounts electronic components, such as resistors, capacitors, transistors, or IC chips, that are configured on a printed circuit board used in electronic devices and the like that are reduced in size year by year. There is known a component mounting apparatus called. This component mounting apparatus has a conveyor belt that sequentially takes in a printed circuit board to be mounted at a mounting position for mounting an electronic component, acquires the electronic component from a predetermined position, and places the electronic component at the mounting position on the printed circuit board. The integrated processing such as movement and mounting of electronic components at the mounting position, etc., the suction shaft equipped with the component suction nozzle is optimized in the management terminal that manages the component mounting device and mounted in the component mounting device Run according to the program. The suction shaft has a function of sucking an electronic component from a predetermined position and sucking the electronic component to the component suction nozzle, and includes three axes of two axes orthogonal to each other in an upper space on the plane of the printed circuit board and an axis orthogonal to the two axes. The above processing is executed by moving in the direction of the axis. When the electronic component is picked up by the component suction nozzle, the electronic component suction posture is photographed during the movement of the electronic component to the mounting position on the printed circuit board in order to recognize an image of the displacement of the electronic component suction posture. A camera is provided. By matching the suction posture of the electronic component photographed by the camera here with the correct posture recorded in advance, adjustment is made so that the electronic component is mounted in the correct posture at the time of mounting. The captured image can be confirmed through a display monitor provided in the component mounting apparatus. Further, in the component mounting apparatus controlled in this way, various information can be extracted or set through a management monitor provided in the component mounting apparatus.
[0003]
In such a component mounting apparatus, there are various component supply feeders as devices for feeding the electronic component to a component suction position for giving the suction shaft. One of them is a component supply feeder called a tape feeder. The tape feeder contains the electronic parts to be supplied (hereinafter referred to as supply parts) in an equally-spaced recess provided on the tape, and is transparent on the tape to prevent loss or damage due to dropping of the supply parts. Sheets are bonded together, wound up and held in a spiral shape, and when feeding, they are sent from the end that is wound and held in order to the component suction position, and the supply parts are supplied one by one while peeling off the transparent sheet. To go. When such a tape feeder is mounted at a predetermined position on the mounting base that is the mounting location, the supply component is sent to a predetermined component suction position, and the component suction of the suction shaft that has been moved based on computer control The supply component is sucked at the position by the nozzle, and the supply component is correctly mounted at a predetermined mounting position on the printed board.
[0004]
As a method for mounting such a tape feeder on a component mounting apparatus, there are a method of mounting a tape feeder on a mounting base of the component mounting apparatus one by one and a method of mounting a plurality of tape feeders at once. These methods are properly used in the scene where the tape feeder is mounted. The former method is mainly used in the case of spot replacement of a target single or a small number of tape feeders when supply parts are insufficient, and the latter method starts a mounting process on a printed circuit board. It is used in situations where a large number of tape feeders are to be mounted and a situation where the types of printed circuit boards to be mounted are changed and a large number of tape feeders are replaced. And in the latter method, it is usually called a batch exchanging carriage itself, which itself has a mounting base that can be attached to and detached from the component mounting apparatus, and a number of tape feeders are attached thereto, and the position of the carriage is moved by the wheels of the carriage. It is an easy-to-mount trolley. By setting a large number of predetermined tape feeders on this collective exchanging cart and connecting it to the corresponding place of the component mounting apparatus (stage, however, the component mounting apparatus usually has a plurality of stages), When the supply parts from each tape feeder are set in a state where they can be supplied at a time and separated from the stage, the mounting base on which the tape feeder is mounted can be replaced with the entire carriage.
[0005]
Since the mounting position of the tape feeder and the type of housing parts with respect to the mounting base of this batch exchanging cart differ depending on the type of printed circuit board on which electronic components are mounted, it is necessary to prepare for mounting the batch exchanging cart according to the type of this printed circuit board There is. This mounting preparation is based on the parts to be mounted on the printed circuit board to be mounted and the type and mounting position of the tape feeder including the parts supplied to the mounting base of the batch replacement cart that is not used by the component mounting equipment that is currently in operation. For example, the list of mounting schedules that are described in the package is based on the supply parts, tape feeders, and mounting positions that have been confirmed by checking from the monitor of the management terminal that manages the production line or the output medium that has been output on paper. It is possible to prepare for installation (preparation) offline on the mounting table. In addition, such setup is performed for the number of stages specified for one component mounting device, and if the line production is performed, other component mounting devices on the same line, It will also be done for component mounting equipment used in other lines, and it is natural to prepare many batch exchange carts at once and grasp the connection location of each cart on their own. I have been.
[0006]
That is, the setup flow of the collective exchange cart has been carried out in the following manner.
FIG. 5 shows an example of the entire production process including the setup flow. First, based on the determined line plan, create data such as the type of printed circuit board to be produced, create data such as component codes and component standards for electronic components mounted on the printed circuit board, and collective exchange cart ID Correspondingly, the management terminal reads the suction point data that causes the component mounting apparatus to correct the component suction position (S500). Also, component mounting position data (coordinate data) is acquired from the printed circuit board design drawing and CAD data read from the image scanner installed in the management terminal (S502). Then, the data relating to these mounted components is totaled (S504), and based on this totaled data, a mounting program for determining the accommodation destination of various components, the mounting position of various tape feeders, the moving path of the suction shaft, and the like is optimized. (S506). Further, the production time for mounting processing is calculated based on the optimized mounting program (S508). This production time can be confirmed at the management terminal. This optimized mounting program is transmitted via a portable medium such as a floppy disk, Ethernet (registered trademark) or a local area network (LAN) connected between the management terminal and the component mounting device. Then, it is incorporated into the computer of the component mounting apparatus to be mounted (510).
[0007]
Note that reference numeral 600 shown in FIG. 6 denotes a management terminal provided with the image scanner 602, and various devices (for example, component mounting devices that place components at predetermined positions on a printed circuit board) arranged on the respective lines indicated by numbers 1 to 4. 604, a soldering device 606, a reflow device 608 for solidifying solder, or a component mounting device 610 for soldering a component to a predetermined position on a printed circuit board) by Ethernet (registered trademark) or LAN 612 indicated by a bold line in the figure. Has been.
[0008]
On the other hand, as shown in FIG. 5A, the continuation of step S510 is shown in the batch exchanging cart 614, the mounting component data tabulated by the management terminal 600, the tape feeder mounting position based on the optimized mounting path, and the like. On the basis of the mounted component list, the worker sets a tape feeder including the supplied components for each cart 614 (S512). This operation (setup) is usually performed in a predetermined area (setup space) 616 surrounded by a broken line in FIG. In the batch exchanging cart 614 that has been set up, notes such as paper and files not shown in the figure showing the connection destination for each cart 614 are placed (S514), and the batch exchanging cart 614 is replaced with the component mounting apparatus 604. , 610 confirms this memo at the stage of connection to 610 (S516), and connects the collective exchange cart 614 corresponding to the predetermined stage of the predetermined component mounting apparatuses 604, 610 in the direction of the arrow in FIG. S518). With this connection, the component mounting apparatuses 604 and 610 that have received the connection acquire the ID of the collective replacement truck 614 by electrical connection (S520), and the truck 614 that has been registered in the computer of the component mounting apparatuses 604 and 610 in advance. Are extracted from the ID (S522), and the suction points of the part mounting apparatus are made to correspond (S524). Then, the supply parts are mounted on the printed circuit board by a predetermined procedure (S526), and the production is finished by following the predetermined procedure (S528).
[0009]
[Problems to be solved by the invention]
By the way, in the above-described process using a computer, in the method of confirming the connection destination of the work in which the operator connects the collective exchanging cart 614 to the predetermined stage of the component mounting apparatuses 604 and 610, preparation is made in the setup space 616. This is done in a primitive way, such as by the operator confirming a note that describes the connection destination that has been placed on or suspended from the batch exchanging cart 614. If the operator cannot connect the collective exchange cart 614 smoothly due to a mistake in hooking the exchange cart 614, or if the mounting parts are misplaced as a result of connecting to the wrong place, the collective exchange cart 614 is changed. Only the work to connect requires a large time loss and an increase in defective products due to mistakes, which can be cited as a factor causing deterioration in production efficiency. It was one of the.
[0010]
Therefore, an object of the present invention is to provide a collective exchange cart, a component mounting system, and a connection confirmation method for the collective exchange cart that facilitate the operation of connecting the collective exchange cart to the component mounting apparatus.
[0011]
[Means for Solving the Problems]
In order to solve the above problems, the present invention is configured as follows.
That is, according to one aspect of the present invention, a plurality of component supply feeders that supply the electronic components are collectively connected to the component mounting device by connecting to a stage of a component mounting device that automatically arranges electronic components at predetermined positions on the substrate. A collective exchange cart to be installed, wherein an input instruction means for instructing input, a display means for indicating information, and a connection line such as a collective exchange truck connected to the display means based on the input instruction And a control means for controlling to display information on the connection stage of the component mounting apparatus to which the collective exchanging cart is connected, information on the production model for performing the electronic component mounting process, and the like.
[0012]
By configuring in this way, it becomes possible to display the connection destination information on the display means configured in the collective exchange cart by giving an input instruction.
According to another aspect of the present invention, a plurality of component supply feeders that supply the electronic components are connected to a stage of a component mounting device that automatically arranges electronic components at predetermined positions on a base. A collective exchanging cart that is collectively mounted to the communicator, and a communication means that communicates with an external device such as a component mounting apparatus to which the collective exchanging cart is connected and a management terminal that manages the component mounting apparatus, and based on the communication Connection destination information, for example, information about the production line to which the collective exchange cart is connected, information about the connection stage of the component mounting apparatus to which the collective exchange cart is connected, or information about the production model that performs the electronic component mounting process, etc. A holding unit for recording or storing; a display unit for displaying information; and a control unit for displaying the recorded or stored connection destination information on the display unit. To configure.
[0013]
With this configuration, connection destination information can be acquired from an external device via communication, and information can be displayed on a display unit based on the connection destination information.
The control means in each aspect described above may be configured to selectively or simultaneously display the connection destination information on the display means.
[0014]
By configuring in this way, a plurality of pieces of connection destination information can be switched and displayed on a single display unit, or can be displayed on a plurality of display units at a time, for example.
In another aspect of the present invention, a plurality of component supply feeders that supply the electronic components are collectively mounted by connecting to a stage of a component mounting apparatus that automatically arranges the electronic components at predetermined positions on the substrate. A method for confirming a connection of a collective exchange cart, wherein information including a connection destination of the collective exchange cart equipped with the parts supply feeder is acquired by the collective exchange cart via a communication or portable recording medium, and the acquired The connection destination is displayed on the collective exchange cart, and the collective exchange cart is connected to the component mounting apparatus based on the displayed connection destination.
[0015]
Further, at the time of this connection, the information on the connection destination of the collective exchange cart and the information on the connection destination of the component mounting apparatus are collated through communication, and the result of the collation is obtained as the collective exchange cart. Alternatively, it may be displayed on the component mounting apparatus.
[0016]
In this way, information related to the connection destination can be retained and displayed by the collective exchange cart. Therefore, it is only necessary to connect the collective exchange cart to the connection destination indicated by the display. Based on the information on the connection destination that is held, it can be compared with the information of the component mounting apparatus that the actually connected component mounting apparatus has, and it is possible to display whether or not this connection destination is the correct connection destination.
[0017]
In another aspect of the present invention, there is provided a component mounting apparatus that automatically arranges electronic components at predetermined positions on a base, a collective exchanging carriage on which a plurality of component supply feeders that supply the electronic components are collectively mounted, The collective exchanging cart includes at least first communication means for communicating with external devices and first holding means for recording or storing first connection destination information. The component mounting apparatus includes at least a second communication unit that communicates with an external device, a second holding unit that records or stores second connection destination information, and a display unit that displays information. Control means for controlling to collate the first connection destination information and the second connection destination information via the first communication means and the second communication means and to display the collation result on the display means. The bulk exchanging cart or the parts It has the instrumentation unit, configured to.
[0018]
The control may be performed when the collective exchanging cart is connected to the component mounting apparatus.
With this configuration, the connection destination information can be collated through the first communication unit and the second communication unit, and the collation result is displayed on the display unit of the component mounting apparatus. Become so.
[0019]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
FIG. 1 is an external perspective view showing an example of a component mounting apparatus and a collective exchange cart. In the ejection mark indicated by a solid line in the figure, a portion surrounded by a broken line indicated by an arrow of the ejection mark is shown enlarged.
[0020]
The component mounting apparatus 100 shown in the figure has a stage 102 that houses a tape feeder to be mounted on a mounting base of a batch exchanging cart together with the mounting base, one of which is located on the back side, but is not shown in the figure, but facing two places. Have. This component mounting apparatus 100 performs suction of an electronic component supplied from a tape feeder, movement, and mounting of a printed circuit board at a predetermined position by executing a mounting program incorporated in a computer (not shown) of the component mounting apparatus. (Uses a detachable component adsorption nozzle that directly adsorbs electronic components at the tip), multiple types of replacement component adsorption nozzles that can be attached to the adsorption shaft according to the size and shape of the electronic components, and the attitude of the adsorbed electronic components A camera for photographing, a first monitor 104 composed of a liquid crystal or CRT for displaying the photographed image, and a second monitor 106 composed of a liquid crystal or CRT for displaying various settings such as a mounting program incorporated in the computer. The component mounting apparatus can be operated by computer control.
[0021]
Also, the collective exchange cart 150 shown in the figure has four wheels 152 on the installation surface with respect to the floor for facilitating the movement of the collective exchange cart, and the progress of the wheels 152 so that the travel direction of the cart 150 can be easily changed. The direction is not fixed but is directed to a free direction. The rigid frame of the carriage 150 is made of, for example, iron, which is not easily deformed. A mounting base 154 to which a tape feeder is attached is formed above the carriage 150. The mounting base 154 is configured to have such a height that the supply component is supplied from the tape feeder mounted on the mounting base 154 to the component suction position of the component mounting apparatus 100 when connected to the stage 102 of the component mounting apparatus 100. Has been. As can be seen from the enlarged view in the figure, the mounting base 154 is provided with a plurality of sets of holes 156 that form one set in parallel at equal intervals. Each set of holes 156 is used to fit two convex portions (referred to as positioning pins) provided in a tape feeder (not shown) so that one set of holes is occupied by one tape feeder. The A circuit 158 including a memory and the like is built in a table 158 below the mounting table 154 and is electrically connected to the component mounting apparatus 100 via a cord 160. In the tape feeder as in this example, the transparent sheet attached to the tape is peeled off when the supply component is sent to the component suction position, and therefore the box 162 for accommodating the peeled transparent sheet is also shown in FIG. It is configured as follows.
[0022]
Moreover, in the example of the collective exchange truck in the present embodiment, as shown in the enlarged view in the figure, a display device is configured on the frame. In the example of the enlarged view in the figure, a line display device 164 for displaying which line is a cart to be connected, a stage display device 166 for displaying which stage of the line is a cart to be connected, In addition, three types of display devices, that is, a display device for production model 168 that displays which type of printed circuit board should be used for the cart, are configured in parallel in the frame. These display devices may be configured so as not to communicate with external devices such as the component mounting apparatus 100 and the management terminal 600 as shown in FIG. 6, or can communicate with these external devices. You may comprise.
[0023]
FIG. 2 is a diagram showing an example of a block configuration of the display device.
The block diagram shown in FIG. 2 includes a display unit 200, an input instruction unit 202, and a control unit 204, and the display unit 200 is controlled by the control unit 204 based on an input instruction from the input instruction unit 202. ing.
[0024]
These blocks can be configured as shown in the following example.
As an example, in the case of an apparatus in which identification characters such as a plurality of printed characters and engraved characters are switched and displayed by a rotation operation or a slide operation based on the mechanism itself, the rotation operation or the slide operation is directly or indirectly displayed on this mechanism. A changeover switch (input button or lever) that can be operated from the outside of the display device is configured as the input instruction unit 202, and a plurality of identification characters are provided by operating this changeover switch to give a change instruction to this mechanism. A control unit 204 is configured in which the position of the identification character is controlled by the member being rotatable or slidable based on this mechanism, and the desired identification character that has been moved by the movement of the member having the identification character is confirmed from the outside of the display device. The display part 200 which displays a desired identification character by the display window etc. which enabled it can be comprised.
[0025]
As another example, in the case of a device that displays the content displayed on the display unit 200 based on electronic control by direct input, selection input, or switching input, the display unit 200 is configured by an LED, a liquid crystal, or the like. Then, a signal is input by an input instruction such as pressing from the input instruction unit 202 configured by an input button or the like, and the control unit 204 configured by an electronic circuit or the like calculates a corresponding identification character based on the signal. The calculated identification character can be displayed on the display unit 200 such as an LED or a liquid crystal.
[0026]
Although not particularly shown in the drawing, if the display unit 200 or the like operates based on an electrical action, for example, the above-described LED or liquid crystal is used as the display unit, it is a matter of course. In order to supply power to the necessary parts, a power supply means such as a battery is provided on the display device or outside thereof.
[0027]
By configuring the display device as described above, when the operator confirms the connection destination of the collective exchange cart, the operator connects with the display unit 200 shown in FIG. 2 of such a display device attached to the collective exchange cart. Since it becomes easy to confirm the destination, it is possible to connect the collective exchanging cart to a predetermined position without causing a misrecognition of the connection destination due to a mistake in the memo or a delay in connection work due to loss of the memo.
[0028]
FIG. 3 is a diagram showing an example of a block configuration when the display device is a normal computer.
The figure shows a recording unit 300 which is a portable or built-in recording medium for recording data such as recognition characters, ID numbers of collective exchange carts, and bar code information of a set of tape feeders attached to the collective exchange carts each time. A storage unit 302 such as a ROM (Read Only Memory) or a RAM (Random Access Memory) that stores control programs and data, a CPU (Central Processing Unit) 304 that reads and processes various programs and data, and an external Input interface unit 306 such as a keyboard, an ON / OFF switch, a barcode scanner, etc., a display unit 308 composed of a monitor such as a CRT or a liquid crystal, and a tape Communication interface unit that communicates with external devices such as feeders, component mounting devices, and management terminals Is composed of a 10, they are connected by a bus 312 to each other. Examples of communication modes in the communication interface unit 310 include cable communication by cable connection with an external device, wireless communication by infrared technology and Bluetooth technology, and the like. Further, although not particularly shown in FIG. 3, the power supply means for operating the computer as described above is supplied, for example, in a form in which a battery or the like is incorporated, or by electrical connection with an external device. Or be supplied.
[0029]
FIG. 4 shows an example of control that can be performed by providing the configuration of FIG. The following control will be described by replacing the collective exchange cart 614 and the component mounting apparatuses 604 and 610 shown in FIG. 6 with the collective exchange cart 150 and the component mounting apparatus 100 shown in FIG. Further, in the description of this control, it is assumed that power is supplied to the computers included in the collective exchange cart and the external device.
[0030]
First, a mounting component list of supply components to be supplied to each stage of the component mounting apparatus 100 is created in the management terminal 600 of FIG. 6, and bar code information of a set of tape feeders mounted on the batch exchanging cart 150 each time is obtained. It is given to the corresponding part of the list (S400). Based on the mounting component list output from the management terminal 600 on a paper basis, the worker mounts the tape feeder containing the supply components on the batch exchanging carriage 150 that is not used in the setup space 616 (S402).
[0031]
Subsequently, the barcode information of the mounted component list is input from the input interface unit 306 of FIG. 3 such as a keyboard or a barcode scanner configured in the installed collective exchange cart 150 (S404). When the bar code information is input, wireless communication via the communication interface unit 310 of FIG. 3 and information exchange via a portable recording medium or electric code are performed with the management terminal 600 (S406). The data of the production model, the data of the production line where the production is performed, and the data of the stage where the production is performed (data of the connection destination stage) related to the registered barcode information are the diagrams of the collective exchange cart 150. 3 and the ID of the batch exchanging cart 150 is registered in the management terminal 600 (S408). Note that data indicating the connection destination stage and the ID of the carriage 150 are appropriately transmitted from the management terminal 600 to the component mounting apparatus 100 to be connected. The data recorded in step S408 is displayed on the display unit 308 of FIG. 3 by the CPU 304 of FIG. 3 in a predetermined format such as numbers and characters (S410).
[0032]
Under the control as described above, when it is time to connect the collective exchange cart 150 to the designated stage, the operator follows the display content displayed on the display unit 308 of FIG. It is possible to connect the batch exchanging carriage 150 to a designated stage instantly and reliably.
[0033]
The communication by electrical connection or the like between the collective exchange cart 150 and the component mounting apparatus 100 when connected is, for example, the display circuit configured in the collective exchange cart 150 and the electronic circuit provided in the base 158 of the collective exchange cart 150. Can be connected to the component mounting apparatus 100 for communication, and before this connection, the ID data of the connected collective cart 150 is connected. If it is recorded in the component mounting apparatus 100, matching can be achieved using the mutual ID data. If the matching result is displayed on the display unit 308 shown in FIG. 3 or the second display unit such as the second monitor 106 of the component mounting apparatus 100, the connection destination after the connection can be confirmed. The person can connect the batch exchanging carriage 150 more reliably to the designated stage. When the matching result is displayed on the second display unit of the component mounting apparatus 100 as in the latter case, the data of the production model, the data of the production line where the production is performed, and the data of the stage where the production is performed (connection A recording unit 300 or a storage unit 302 in which information such as data of the previous stage) or ID data of the collective exchange cart 150 related to these data is recorded, and a communication interface unit 310 that communicates with external devices Can be configured at least in the collective exchanging carriage 150, and the information recorded in the recording unit of the computer having the configuration shown in FIG. Matching with the information in the recording unit 300 of the exchange cart 150 can be achieved through the mutual communication interface unit. It made. Then, the matching result is displayed on the second display unit of the component mounting apparatus 100 by the control of the CPU of the component mounting apparatus 100 or the CPU 304 further provided in the collective replacement truck 150, so that the collective replacement truck 150 can display the component mounting apparatus 100. The connection destination can be verified at the stage of connection to the operator, and the operator can easily check the connection destination.
[0034]
In addition, the configuration shown in each block of the present embodiment does not need to be incorporated in the display device shown in FIG. It may be dispersed as appropriate, for example, by being incorporated in the electronic circuit of 150 units 158.
[0035]
Further, in the data processing with the external device via the communication shown in the present embodiment, the calculation process may be performed by the batch exchanging cart 150, or the external device performs the calculation processing and the burden of the collective exchanging cart 150 is. May be reduced.
In addition, the content displayed on the display unit described in this embodiment and the number of types thereof may be determined as appropriate, and a plurality of types may be displayed on one screen or may be switched.
[0036]
In the present embodiment, the tape feeder has been described as an example of the component supply feeder, but naturally other types included in the component supply feeder, such as a bulk feeder and a stick feeder, can be similarly implemented. Also, under the above configuration, the operator confirms the connection destination of the collective exchange cart 150 on the display unit 308 of FIG. 3 of the collective exchange cart 150, and is designated the collective exchange cart 150 without error or delay. From the connection to the connection destination, it is also possible to automate the connection destination confirmation work after the batch exchange of the tape feeder by the batch exchange cart 150 using the communication interface 310 of FIG.
[0037]
【The invention's effect】
As described above, according to the present invention, the operator can confirm the connection destination by the display unit when connecting the collective exchanging cart to the designated stage of the component mounting apparatus. Production efficiency is increased because there is no longer any confirmation of the previous confirmation.
[Brief description of the drawings]
FIG. 1 is an external perspective view showing an example of a component mounting apparatus and a batch exchanging cart.
FIG. 2 is an example of a block configuration of a display device.
FIG. 3 is an example of a block configuration when the display device is a normal computer.
FIG. 4 is an example of control under the configuration of FIG. 3;
FIG. 5 is an example of a production flow.
FIG. 6 is an example of a production line.
[Explanation of symbols]
100 Component mounting equipment
102 stages
104 First monitor
106 Second monitor
150 Collective change cart
152 wheels
154 Mounting base
156 holes
158 units
160 code
162 box
164 line display device
166 Stage display device
168 Display device for production model

Claims (7)

It is a collective exchange cart that is connected to a stage of a component mounting apparatus that automatically arranges electronic components at predetermined positions on a base, and a plurality of component supply feeders that supply the electronic components are collectively mounted on the component mounting apparatus,
An input means for inputting connection destination information before connection ;
Display means for displaying information;
And a control means for controlling the display means to display connection destination information before connection based on the input instruction. It is a collective exchange cart that is connected to a stage of a component mounting apparatus that automatically arranges electronic components at predetermined positions on a base, and a plurality of component supply feeders that supply the electronic components are collectively mounted on the component mounting apparatus,
A communication means for communicating with an external device;
Holding means for recording or storing connection destination information based on the communication before connection;
Display means for displaying information; control means for displaying the recorded or stored connection destination information on the display means before connection ;
A collective exchanging cart characterized by comprising: The connection destination information displayed on the display means is production line information, connection stage information, or production model information.
The collective exchanging cart according to claim 1 or 2, characterized in that The control means selectively or simultaneously displays the connection destination information on the display means.
The collective exchange cart according to any one of claims 1 to 3. A connection confirmation method for a collective exchange truck that is connected to a stage of a component mounting apparatus that automatically arranges electronic components at a predetermined position on a base and collectively mounts a plurality of component supply feeders that supply the electronic components,
Obtaining information including the connection destination of the collective exchange truck equipped with the component supply feeder with the collective exchange truck before connection via communication or a portable recording medium,
The acquired connection destination is displayed on the collective exchange cart before connection ,
Connecting the batch exchanging cart to a component mounting apparatus based on the displayed connection destination;
A method for confirming connection of a collective exchange truck characterized by the above. A connection confirmation method for a collective exchange truck that is connected to a stage of a component mounting apparatus that automatically arranges electronic components at a predetermined position on a base and collectively mounts a plurality of component supply feeders that supply the electronic components,
Obtaining information including the connection destination of the collective exchange truck equipped with the component supply feeder with the collective exchange truck before connection via communication or a portable recording medium,
The acquired connection destination is displayed on the collective exchange cart before connection ,
At the time of connecting the collective exchange cart to the displayed connection destination,
The communication between the information related to the connection destination of the collective exchange cart and the information related to the connection destination of the component mounting apparatus is performed via communication,
Displaying the result of the verification on the batch exchanging cart or the component mounting apparatus;
A method for confirming connection of a collective exchange truck characterized by the above. A component mounting system composed of a component mounting apparatus that automatically arranges electronic components at predetermined positions on a base and a collective exchange cart on which a plurality of component supply feeders that supply the electronic components are collectively mounted,
The batch exchange cart is
A first communication means for communicating with an external device;
First holding means for recording or storing first connection destination information;
Having at least first display means for displaying information ;
The component mounting apparatus includes:
A second communication means for communicating with an external device;
Second holding means for recording or storing second connection destination information;
Display means for displaying information;
Having at least
The first connection destination information and the second connection destination information are collated through the first communication means and the second communication means, and the collation result is displayed in the first or second display means before connection. Having at least one of the batch exchanging cart or the component mounting apparatus for controlling to display the
A component mounting system characterized by that.

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