CN1691885A - Surface mounting machine - Google Patents
Surface mounting machine Download PDFInfo
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- CN1691885A CN1691885A CN 200510065736 CN200510065736A CN1691885A CN 1691885 A CN1691885 A CN 1691885A CN 200510065736 CN200510065736 CN 200510065736 CN 200510065736 A CN200510065736 A CN 200510065736A CN 1691885 A CN1691885 A CN 1691885A
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- surface mounting
- spool
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Abstract
The surface mounting machine has a reel 7 for winding a tape to which a plurality of the electronic parts are mounted, a mounting machine body 1 for mounting the electronic parts fed from the reel 7 on an electronic circuit board, and a tape feeder 5 for detachably fitting the reel 7 to the mounting machine body 1. In the surface mounting machine, the reel 7 has a reel-side IC tag 20 in which an information related to the electronic parts is stored, and the tape feeder 5 has a feeder-side antenna 21 receiving the information from the reel-side IC tag 20, and a feeder-side external communication I/F 22 transmitting the information received by the feeder-side antenna 21 to the mounting machine body 1. This invention can mount an electronic part such as an IC chip at a proper place more surely.
Description
Technical field
The present invention relates to, and in the feed appliance setting area of surface mounting apparatus main body, the surface mounting apparatus of a plurality of feed appliances is installed in dismounting possibly.
Technical background
As everyone knows, as the electronic component of IC chip and so on is installed to surface mounting apparatus used on the circuit board of printed circuit board (PCB) and so on, generally comprise the spool that the belt that is mounted a plurality of electronic components is reeled, to load and unload the feed appliance that possible state keeps this spool and installed possibly with respect to above-mentioned surface mounting apparatus main body loading and unloading, with respect to above-mentioned surface mounting apparatus main body a plurality of above-mentioned feed appliances can be installed simultaneously.
This surface mounting apparatus must be confirmed which kind of electronic component feed appliance has accommodated by the operator by estimating, and where this feed appliance be installed in surface mounting apparatus, and this affirmation work is very numerous and diverse, also might produce the affirmation error simultaneously.
Therefore, the recent technology of developing is to make the owned relevant information of electronic component of accommodating with feed appliance and feed appliance of feed appliance, and when feed appliance being installed on the surface mounting apparatus main body, above-mentioned information just is provided for the surface mounting apparatus main body.
Shown in patent documentation 1 (Japan Patent open communique spy open flat 11-317595 number), on feed appliance, be provided be used for magazine feed device sign and above-mentioned electronic component information etc. reservoir and can receive and dispatch the splicing ear portion of the stored information of this reservoir, on the surface mounting apparatus main body, be provided with simultaneously and above-mentioned corresponding terminal of splicing ear portion and the computer that combines with this terminal, when feed appliance being installed on the surface mounting apparatus main body, the splicing ear portion of feed appliance contacts with the terminal of surface mounting apparatus main body, under this state, reservoir direct communication by aforementioned calculation machine and feed appliance, discern the feeder that is arranged on which position by the aforementioned calculation machine and send which kind of information, judge with this whether above-mentioned feed appliance is provided with in position.
But, the disclosed structure of above-mentioned communique, the reservoir that is arranged on above-mentioned feed appliance has only stored above-mentioned feed appliance sign and above-mentioned electronic component information etc., but can not judge whether the spool self that is installed on the above-mentioned feed appliance is suitable, just in case above-mentioned feed appliance has been installed inappropriate spool, it is just very difficult to discern such situation.
Summary of the invention
The objective of the invention is to by can judging whether suitable spool has been installed on above-mentioned feed appliance, thereby can positively above-mentioned electronic component be installed in the appropriate location of foregoing circuit plate.
Surface mounting apparatus of the present invention comprises, contained the spool that the belt of a plurality of electronic components is reeled, loading and unloading keep the feed appliance of this spool possibly, and will be installed to surface mounting apparatus main body on the circuit board from the electronic component that this feed appliance provided, above-mentioned feed appliance loading and unloading are installed on the above-mentioned surface mounting apparatus main body possibly, wherein said reel has the spool side storage device of the information that stores the above-mentioned electronic component in pass and the sender unit that the information that this spool side storage device is stored sends to above-mentioned feed appliance, above-mentioned feed appliance has reception from the feed appliance side signal receiving device of information that above-mentioned sender unit sends and the feed appliance side sender unit that the information that above-mentioned feed appliance side signal receiving device is received is sent to above-mentioned surface mounting apparatus main body, above-mentioned surface mounting apparatus main body has the main body side signal receiving device that receives above-mentioned feed appliance side information that sender unit sends, store information that described main body side signal receiving device received and as the main body side storage device of the set position of the spool of the information source of above-mentioned information, judge that based on the stored information of aforementioned body side storage device whether said reel is set at the decision maker of appropriate location, shows the result's that above-mentioned decision maker is judged display unit.
Adopt said structure, said reel has the storage device that stores the said reel side of closing above-mentioned electronic component information, and above-mentioned information that can this spool side storage device is stored sends to the surface mounting apparatus main body via above-mentioned sender unit, above-mentioned feed appliance side signal receiving device and above-mentioned feed appliance side sender unit thus.
That is to say, make the information of owned id information of said reel and relevant electronic component, and these information can be sent to above-mentioned surface mounting apparatus main body side by above-mentioned feed appliance, thereby can judge whether in position above-mentioned feed appliance and said reel have been installed.
Therefore, can prevent from spool is installed in wrong position, thereby positively above-mentioned electronic component be installed in position.
In addition, in surface mounting apparatus of the present invention, comparatively it is desirable to, above-mentioned sender unit constitutes by sending electromagnetic radio communication circuit; Above-mentioned feed appliance side signal receiving device is to constitute by receiving the electromagnetic antenna that above-mentioned sender unit sent.
Adopt said structure, be subjected to the information of device to pass on and to be undertaken by electromagnetic wave is just wireless from above-mentioned sender unit to above-mentioned feed appliance side joint, even, also can the information that said reel is had self be sent to above-mentioned feed appliance side signal receiving device so above-mentioned sender unit does not contact really with above-mentioned feed appliance side signal receiving device.Therefore can more above-mentioned information be sent to the surface mounting apparatus main body.
In addition, in surface mounting apparatus of the present invention, above-mentioned feed appliance side sender unit and aforementioned body side signal receiving device can be made of connector, by connecting above-mentioned feed appliance side sender unit and aforementioned body side signal receiving device, can the information that above-mentioned feed appliance side signal receiving device is received be sent to above-mentioned main body side signal receiving device from above-mentioned feed appliance side sender unit.
Adopt said structure,, can supply electric power by above-mentioned coupling part to above-mentioned feed appliance from above-mentioned surface mounting apparatus main body because above-mentioned feed appliance side sender unit is connected with aforementioned body side signal receiving device.Therefore above-mentioned feed appliance there is no need to be provided with the power supply that makes above-mentioned feed appliance side signal receiving device running, thereby can realize the miniaturization of above-mentioned feed appliance.
In addition, in surface mounting apparatus of the present invention, above-mentioned feed appliance side sender unit can constitute by sending electromagnetic radio communication circuit, and aforementioned body side signal receiving device can be made of the electromagnetic antenna that the above-mentioned feed appliance side sender unit of reception is sent.
Adopt said structure, pass on and to be undertaken by electromagnetic wave is just wireless to the information of the signal receiving device of above-mentioned main body side from above-mentioned feed appliance side sender unit, even, also can send above-mentioned information to above-mentioned main body side signal receiving device so above-mentioned feed appliance side sender unit does not contact really with aforementioned body side signal receiving device.Therefore the information that can more positively said reel be had self sends to the surface mounting apparatus main body.
And, surface mounting apparatus of the present invention, also can comprise and to carry a plurality of above-mentioned feed appliances, and can be with the dismounting simultaneously of a plurality of above-mentioned feed appliances in the chassis of above-mentioned surface mounting apparatus main body, this chassis has information that reception sent from above-mentioned feed appliance side sender unit and the chassis side signal receiving/transmission device that sends to aforementioned body side signal receiving device.
Adopt said structure, because above-mentioned chassis has information that reception sent from above-mentioned feed appliance side sender unit and the chassis side signal receiving/transmission device that sends to aforementioned body side signal receiving device is arranged, so in order to improve the installation rate of above-mentioned feed appliance to above-mentioned surface mounting apparatus main body, even adopted the chassis that can load and unload a plurality of feed appliances simultaneously, also the information that can positively said reel self be had sends to above-mentioned surface mounting apparatus main body.
As mentioned above, surface mounting apparatus of the present invention, make the information of owned id information of said reel and relevant electronic component, and these information can be sent to above-mentioned surface mounting apparatus main body via above-mentioned feed appliance, thereby can judge whether above-mentioned feed appliance and said reel are installed in position.
Therefore, can prevent from spool is installed in wrong position, thereby positively above-mentioned electronic component is installed in the appropriate location of foregoing circuit plate.
Description of drawings
Fig. 1 is the plane graph that the surface mounting apparatus integral body of first example represented in summary;
Fig. 2 is the electrical system key diagram of the surface mounting apparatus of main expression control first example;
Fig. 3 is the surface mounting apparatus of first example, spool and banded feed appliance is installed to the plane graph of the state on the surface mounting apparatus main body;
Fig. 4 is the functional-block diagram of control system of the surface mounting apparatus of first example;
Fig. 5 is the flow chart of an example of the surface mounting apparatus control of first example;
Fig. 6 is the surface mounting apparatus of second example, spool and banded feed appliance is installed to the plane graph of the state on the surface mounting apparatus main body;
Fig. 7 is the functional-block diagram of control system of the surface mounting apparatus of second example;
Fig. 8 is the flow chart of an example of control of the surface mounting apparatus of second example;
Fig. 9 is the plane graph that the surface mounting apparatus of three examples represented to calculate in summary;
Figure 10 is the signal processing of the mainly surface mounting apparatus of expression the 3rd example and the electrical system key diagram of control;
Figure 11 is the functional-block diagram of control system of the surface mounting apparatus of the 3rd example;
Figure 12 is the flow chart of an example of control of the surface mounting apparatus of the 3rd example;
Figure 13 is the plane graph of variation of the structure of the spool of surface mounting apparatus and banded feeder.
Embodiment
With reference to drawing desirable example of the present invention is described.
First example is (with reference to Fig. 1～Fig. 5)
Fig. 1 is the surface mounting apparatus that first example of the present invention represented in summary.In the drawings, disposed the conveyer belt 2 that transports printed circuit board (PCB) on the base of surface mounting apparatus main body 1, printed circuit board (PCB) P is transported by above-mentioned conveyer belt 2, and stops at the designated mounting operating position.
Both sides, front and back (left and right sides of Fig. 1) at above-mentioned conveyer belt 2 are respectively equipped with feed appliance setting area 3, and 3 li are provided with the feed appliance mounting disc 4 parallel with above-mentioned conveyer belt 2 in these feed appliance setting areas.A plurality of banded feed appliances 5 that installation elements is provided have been installed in loading and unloading possibly in these feed appliance mounting discs 4 then, and in diagram, a plurality of banded feed appliances 5 are set up in parallel, and load and unload under the state of being located respectively and installed possibly.
And, on each banded feed appliance 5, the spool 7 (with reference to Fig. 2) that the belt that contained electronic components such as a plurality of IC chips is reeled has been installed.Also have, on banded feed appliance 5, be equipped with alignment pin 5b (with reference to Fig. 3).Also be provided with anchor clamps (not shown) simultaneously.With under this alignment pin 5b and the state that the shrinkage pool that is formed at feed appliance mounting disc 4 engages, by tightening anchor clamps or unclamping anchor clamps, just can be from load and unload belt feed appliance 5 in the feed appliance mounting disc 4.
Above above-mentioned base, equipped head unit (ヘ ッ De ユ ニ Star ト) 8.This head unit 8 can move along X-direction (direction parallel with conveyer belt 2) and Y direction (in Fig. 1 direction) vertical with conveyer belt 2.
That is to say that on the base of surface mounting apparatus main body (1), the holding components 10 of head unit 8 can move on the trapped orbit 11 that is arranged on Y direction possibly.On holding components 10, head unit 8 can move supported possibly along the guide member (not shown) of X-direction.And by Y-axis servo motor 12 and utilize ball screw (ballscrew) 13, holding components 10 can be moved on Y direction, simultaneously by X-axis servo motor 14 and utilize ball screw 15, head unit 8 can be moved on X-direction.
Be equipped with a plurality of component mounting heads 16 on above-mentioned head unit 8, in this example, 8 installation head 16 are row in X-direction and are arranged side by side.Be provided with suction nozzle (figure is not) on the top of these installation head 16, can stick electronic components by the attraction that negative pressure produced that offers this suction nozzle.
Next, the summary of the control system of this surface mounting apparatus main body 1 is described with Fig. 2～Fig. 4.
On the spool 7, wireless identification (tag) has been installed, promptly spool side IC sign 20.On banded feed appliance 5, be provided with reception from the feed appliance side antenna 21 (feed appliance side signal receiving device) of the information of this spool side IC sign 20 transmissions and the feed appliance side external communication interface 22 (feed appliance side sender unit) that the information that is received by feed appliance side antenna 21 is sent to surface mounting apparatus main body 1.Also have, on surface mounting apparatus main body 1, be provided with the substrate-side external communication interface 23 (main body side signal receiving device) that receives these feed appliance side external communication interface 22 information that send, based on the data of being imported from substrate-side external communication interface 23 carry out the control basal plate 24 of the identification of these data and judgement, the controller 25 that transmits control signal to the various elements of surface mounting apparatus main body 1 inside based on the control data of this control basal plate 24, based on the suitable monitoring of information device 26 (display unit) of control signal demonstration of controller 25.
Spool side IC sign 20 is to be called as RFID (wireless identification of radio frequency identification is installed in the position of the central shaft that roughly is positioned at spool 7, by spool side storage device 20a and signal sending circuit 20b (sender unit).
The information of the identiflication number (id information) that in spool side storage device 20a, has a spool 7 and the electronic component of relevant kind that is wound on the electronic component on this spool 7 and residue number etc.In addition, these information can be used suitably rewritings such as read-write heads.
Feed appliance side antenna 21 is set at the position that roughly is positioned at the central shaft when being installed to spool 7 on the banded feed appliance 5, and identifies 20 relative with spool side IC.Control the information that the control by this communication control unit 5a comes received signal transtation mission circuit 20b to be sent then by the communication control unit 5a that is installed on the banded feed appliance 5.
Feed appliance side external communication interface 22 and substrate-side external communication interface 23 are connectors, are separately positioned on the lower surface of banded feed appliance 5 and the upper surface of feed appliance mounting disc 4, can load and unload mutually.Then by banded feed appliance 5 is installed in the feed appliance mounting disc 4, feed appliance side external communication interface 22 is connected with substrate-side external communication interface 23, utilize feed appliance side external communication interface 22 and feed appliance side antenna 21 to power to spool side IC sign 20 from substrate-side external communication interface 23 thus, the information that feed appliance side antenna 21 is received sends to substrate-side external communication interface 23 from feed appliance side external communication interface 22 simultaneously.
Control basal plate 24, differentiate and the position being set and being wound on the kind etc. of electronic component on this spool 7 of storage reel 7 according to the information that sends from a plurality of substrate external communication interface 23, be installed on the surface mounting apparatus main body 1 below the feed appliance mounting disc 4, having microcomputer 241 and body interior side external communication interface 242.
And this control basal plate 24 receives the information of sending from a plurality of feed appliance side external communication interface 22 by serial communication (serial communication), and the information that is received is kept among the storage device 241a.At this moment,, discern the installation site of each banded feed appliance 5, the installation site of being discerned also is kept among the storage device 241a by the feed appliance side external communication interface 22 of this information of decision maker 241b judgement transmission.Also have, in storage device 241a, store expression with according to as the kind of the printed circuit board (PCB) P of mounting object and the corresponding electronic component in the installation site of predefined electronic component is provided with the position, just represent the data configuration (data map) of the allocation position of spool 7.This data configuration is checked by decision maker 241b with being kept at the identiflication number of the spool 7 of storage device 241a, the kind of electronic component, the allocation position of spool 7, and whether the spool 7 that decidable is suitable thus is provided with in position.Then, by body interior side external communication interface 242 content that this decision maker 241b is judged is sent to controller 25.
Also have, also be provided with external communication interface 25a in controller 25, this external communication interface 25a is connected with monitor 26.That is to say that the above-mentioned judgement content that is received at controller 25 can show at monitor 26 by external communication interface 25a.
Below, the operating sequence of this example is described with Fig. 5.And the flow process shown in this figure has comprised operator's operation and has communicated the processing procedure of control by communication control unit 5a, communication control unit 241c etc.
At first, spool 7 is installed on the banded feed appliance 5 (S101), then this band shape feed appliance 5 is installed in the feed appliance mounting disc 4 of surface mounting apparatus main body 1, so just feed appliance side external communication interface 22 and substrate-side external communication interface 23 is coupled together (S102).
Then, utilize substrate-side external communication interface 23, feed appliance side external communication interface 22 and feed appliance side antenna 21 to power to spool side IC sign 20 from surface mounting apparatus main body 1, make 20 runnings of spool side IC sign, information such as identification signal at the stored kinds of electronic components of the storage device 20a of spool side, spool 7 are sent out from signal sending circuit 20b, receive this information (S103) by feed appliance side antenna 21.That is to say the information of the IC of spool side sign 20 is sent to banded feed appliance 5 by wireless mode.
And, the information from spool side IC sign 20 that is received by feed appliance side antenna 21 is sent (S104) from feed appliance external communication interface 22 to substrate-side external communication interface 23.
Then, information storage (S105) in storage device 241a from spool side IC sign 20.Also have by decision maker 241b and judge that the installation site of banded feed appliance 5 judges the allocation position of spool side IC sign 20, and with the data storing (S106) in storage device 241a of this allocation position.
And, the allocation position of the stored information of decision maker 241b, spool 7 from spool 7 identifying informations of spool side IC sign 20 and relevant electronic component, be stored in the information such as data configuration that expression electronic component among the storage device 241a is provided with the position in advance and import among the decision maker 241b (S107), and check information from said reel side IC sign 20, said reel 7 position and above-mentioned data configuration be set, judge whether suitable spool 7 is provided with in position (S108).
At last this result is sent to monitor 26 via controller 25 and external communication interface 25a, and show this result (S109).
By above structure, spool 7, has spool side IC sign 20, this IC sign 20 comprises the spool side storage device 20a of the information of the identifying information of storage reel 7 and relevant electronic component, and the stored information of spool side storage device 20a can be to 1 transmission of surface mounting apparatus main body via signal sending circuit 20b, feed appliance side antenna 21 and feed appliance side external communication interface 22 thus.
That is to say, under this example, spool 7 self can have the information of identifying information and relevant electronic component, so just can this information be sent to surface mounting apparatus main body 1 via banded feed appliance 5, thereby whether banded feed appliance 5 of decidable and spool 7 disposes in position.
Therefore, can prevent from spool 7 is installed in wrong position, thereby can more banded feed appliance 5 be installed in position.
Also have, spool side IC sign 20 has signal sending circuit 20b, spool side IC sign 20 information that had can be sent to banded feed appliance 5 with wireless mode, even, also can identify 20 information that had to spool side IC to banded feed appliance 5 transmissions so spool side IC sign 20 does not contact with feed appliance side antenna 21.Therefore, can more positively spool side IC sign 20 information that had be sent to surface mounting apparatus main body 1.
And, when banded feed appliance 5 is installed on the surface mounting apparatus main body 1, because the feed appliance side external communication interface 22 that is arranged on the banded feed appliance 5 is connected with substrate-side external communication interface 23 on being arranged on surface mounting apparatus main body 1, can power by the coupling part to banded feed appliance 5 from surface mounting apparatus main body 1.Therefore, on banded feed appliance 5, unnecessary setting makes the power supply of feed appliance side antenna 21 runnings, can realize the miniaturization of banded feed appliance 5.
Also have, spool side IC sign 20 and feed appliance side antenna 21 all are arranged on the position of the central shaft that roughly is positioned at spool 7, spool side IC sign 20 is near state with feed appliance side antenna 21, thereby can more exactly the information from spool side IC sign 20 be received by feed appliance side antenna 21.
And concrete structure of the present invention not merely is limited to above-mentioned example, also multiple variation can be arranged.The part of following this variation of illustration.In addition, the part identical with above-mentioned example only enclosed same-sign, and omits its detailed description.
Second example is (with reference to Fig. 6～Fig. 8)
This example carries out with wireless mode to the information transmission of surface mounting apparatus main body 1 from banded feed appliance 5.
Feed appliance side IC sign 22a is a wireless identification, is provided with feed appliance side storage device 22b and feed appliance side signal sending circuit 22c (feed appliance side sender unit).Feed appliance side storage device 22b is used for storing the information that is received by feed appliance side antenna 21.Feed appliance side signal sending circuit 22c mainly is that the circuit by coil and so on constitutes, and the information that is stored in feed appliance side storage device 22b is sent to surface mounting apparatus main body 1.
In surface mounting apparatus main body 1, be provided with the substrate-side antenna 23a (main body side signal receiving device) that substitutes substrate-side external communication interface 23, receive the above-mentioned information that feed appliance side signal sending circuit 22c is sent with this substrate-side antenna 23a, this information of accepting is sent to control basal plate 24.
The control sequence of this example is described with Fig. 8 below.
At first, illustrate by S201～S204 the spool side IC of spool 7 is identified the order that 20 stored information send to banded feed appliance 5.
At first, spool 7 is installed on the banded feed appliance 5 (S201).
Next, power supply 5c by banded feed appliance 5 utilizes feed appliance side antenna 21 to 20 power supplies of spool side IC sign, make 20 runnings of spool side IC sign, and the kinds of electronic components that stores, the information such as IC numbering of spool 7 are sent with electromagnetic wave to spool side storage device 20a by signal sending circuit 20b, this information is by 21 receptions (S202) of feed appliance side antenna.That is to say, the information with spool side IC sign 20 is sent to banded feed appliance 5 with wireless mode.
And the feed appliance side storage device 22b to feed appliance side IC sign 22a stores the data that received by feed appliance side antenna 21, just spool side IC sign 20 information that had (S203).
Then, by S211～S217 the processing sequence of data in surface mounting apparatus main body 1 that sends to surface mounting apparatus main body 1 is described.
At first, banded feed appliance 5 is installed in the feed appliance side mounting disc 4 of surface mounting apparatus main body 1 (S211).Thus, just the stored information of feed appliance side storage device 22b is sent to surface mounting apparatus main body 1, and received (S212) by substrate-side antenna 23a from feed appliance side signal sending circuit 22c.That is to say with wireless mode spool side IC sign 20 information that had are sent to surface mounting apparatus main body 1.
Next, the information storage (S213) in storage device 241a that substrate-side antenna 23a is received from spool side IC sign 20.In addition, judge the position that banded feed appliance 5 is installed, judge the allocation position of spool side IC sign 20 with this by decision maker 241b, and the data storing of this allocation position (S214) in storage device 241a.
And, the data configuration of allocation position that is stored in the expression electronic component of storage device 241a is imported decision maker 241b (S215) the allocation position of the information such as the identifying information of spool 7 and relevant electronic component from spool side IC sign 20 that is stored in decision maker 241b, spool 7, in advance, by checking above-mentioned information, the allocation position of said reel 7, above-mentioned data configuration, judge whether suitable spool 7 disposes in position (S216) from spool side IC sign 20.
At last, this result of determination is sent to monitor 26, and show this result (S217) by controller 25 and external communication interface 25a.
Pass through said structure, feed appliance side IC sign 22a has feed appliance side storage device 22b and feed appliance side signal sending circuit 22c, when spool 7 is installed to banded feed appliance 5, can read the information of spool side IC sign 20, when banded feed appliance 5 is installed to surface mounting apparatus main body 1, can send to surface mounting apparatus main body 1 to this information.
And, even feed appliance side IC sign 22a does not contact with substrate-side antenna 23a, also can send to surface mounting apparatus main body 1 to the information of spool side IC sign 20.Thus, the information that can more exactly spool 7 self be had sends to surface mounting apparatus main body 1.
The 3rd example is (with reference to Fig. 9～Figure 12)
This example is as Fig. 9, shown in Figure 10, and the part in feed appliance setting area 3 has been equipped whole changing carriage 6, and banded feed appliance 5 is installed on this integral body changing carriage 6.
In legend, half of the feed appliance setting area 3 on front side (right side of Fig. 9) installed whole changing carriage 6.This integral body changing carriage 6 has loading and unloading and supports a plurality of feed appliance mounting discs 4 that are in the banded feed appliance 5 of the state of being set up in parallel possibly, simultaneously, wheel (not shown) is installed in the bottom, and whole whole changing carriage can load and unload from surface mounting apparatus main body 1 under the state that carries a plurality of banded feed appliances 5.
And other partial fixings in feed appliance setting area 3 are equipped with feed appliance mounting disc 4, and banded feed appliance 5 is in the form that can directly install.This form is the same with second example, and its explanation is omitted.
The control system of the mounting portion of whole changing carriage 6 then, is described with Figure 11.And the part identical with second example only enclosed same-sign, and detailed.
Whole changing carriage 6 has chassis side antenna 6a, chassis side external communication interface 6b and controls the communication control unit 6c of above-mentioned parts.And chassis side signal receiving/transmission device of the present invention is made of chassis side antenna 6a, chassis side external communication interface 6b and communication control unit 6c.
Chassis side antenna 6a is used for receiving the electromagnetic wave that comprises the information that feed appliance side storage device 22b had that is sent by feed appliance side signal sending circuit 22c.
Chassis side external communication interface 6b is a connector, and loading and unloading are entrenched togather with the substrate-side external communication interface 23 of surface mounting apparatus main body 1 possibly.Then,, chassis side external communication interface 6b and substrate-side external communication interface 23 are entrenched togather, chassis side external communication interface 6b is connected with substrate-side external communication interface 23 by whole changing carriage 6 is installed on the surface mounting apparatus main body 1.
By above-mentioned connection, to chassis side antenna 6a power supply, can receive the information that sends from feed appliance side IC sign 22a by chassis side antenna 6a simultaneously from chassis side external communication interface 6b.
Below, the control sequence of this example is described by Figure 12.At first, illustrate that by S301～S305 the spool side IC with spool 7 identifies the order that 20 stored information send to whole changing carriage.
At first, spool 7 is installed on the banded feed appliance 5 (S301), then this band shape feed appliance 5 is installed in the feed appliance mounting disc 4 of whole changing carriage 6 (S302).
Then, to 21 power supplies of feed appliance side antenna, feed appliance side antenna 21 is generated electromagnetic waves from the power supply 5c of banded feed appliance 5.Make 20 runnings of spool side IC sign by this electromagnetic wave, send the electromagnetic wave of the information such as identiflication number of kind with the stored electronic component of spool side storage device 20a, spool 7 from signal sending circuit 20b, receive these information (S303) by feed appliance side antenna 21.That is to say, spool side IC sign 20 information that had are sent to banded feed appliance 5 with wireless mode.
And the feed appliance side storage device 22b of feed appliance side IC sign 22a stores the data that feed appliance side antenna 21 is received, just spool side IC sign 20 information that had (S304).
Next, by S311～S316 the processing sequence of data in surface mounting apparatus main body 1 that sends to banded feed appliance 5 is described.
At first, whole changing carriage 6 is installed to surface mounting apparatus main body 1 (S311).
Then, by feed appliance side signal sending circuit 22c the stored information of feed appliance side storage device 22b is sent to whole changing carriage 6.6a receives this information (S312) by chassis side antenna.
And, send spool side IC sign 20 information that had (S313) to substrate-side external communication interface 23 by chassis side external communication interface 6b.
Then, spool side IC sign 20 information storage that had (S314) in storage device 241a that received by substrate-side external communication interface 23.In addition, judge the installation site of banded feed appliance 5, judge the allocation position of spool side IC sign 20 with this by decision maker 241b, and the data storing of this allocation position (S315) in storage device 241a.
And, the data configuration etc. of allocation position that is stored in the expression electronic component of storage device 241a is imported decision maker 241b (S316) the allocation position of the information such as the identifying information of spool 7 and relevant electronic component from spool side IC sign 20 that is stored in decision maker 241b, spool 7, in advance, by checking above-mentioned information, the allocation position of said reel 7, above-mentioned data configuration, judge whether suitable spool 7 disposes in position (S317) from spool side IC sign 20.
At last, this result of determination is sent to monitor 26, and show this result (S318) by controller 25 and external communication interface 25a.
Adopt said structure, because whole changing carriage 6, can be with information from the feed appliance side IC sign spool side IC that 22a sent sign 20, utilize chassis side antenna 6a and chassis side external communication interface 6b to send, so in order to improve the installation rate of banded feed appliance 5 to surface mounting apparatus main body 1, even adopted the whole changing carriage 6 that can load and unload a plurality of banded feed appliances 5 simultaneously, also can be positively the institute of spool 7 self be had information and send to surface mounting apparatus main body 1.
Other example
Shown in Figure 13 (a), feed appliance side antenna 21 there is no need to be arranged on a place, can be arranged on apart from a plurality of positions of the roughly the same distance of central shaft of spool 7.Adopt this structure, when spool 7 being installed to banded feed appliance 5, can use in a plurality of positions and identify 20 nearest feed appliance side antennas 21, read the data of spool side IC sign 20, thereby can send data to surface mounting apparatus main body 1 more exactly from spool side IC.
Also have, shown in Figure 13 (b), spool side IC sign 20 can be set also, the lid 5d of the part of the periphery that covers spool 7 is set on banded feed appliance 5, simultaneously feeding side antenna 21 is arranged on this lid 5d in the periphery of spool 7.
Claims (5)
1. surface mounting apparatus, comprise that spool, loading and unloading that the belt that contained a plurality of electronic components is reeled keep the feed appliance of this spool possibly and will be installed to surface mounting apparatus main body on the circuit board from the electronic component that this feed appliance provided, described feed appliance loading and unloading are installed on the described surface mounting apparatus main body possibly, this surface mounting apparatus is characterised in that
Described spool has the sender unit that storage sends to described feed appliance about the spool side storage device of the information of described electronic component, the information that this spool side storage device is stored,
Described feed appliance has the feed appliance side sender unit that reception sends to described surface mounting apparatus main body from the feed appliance side signal receiving device of information that described sender unit sends, information that described feed appliance side signal receiving device is received,
Described surface mounting apparatus main body has the main body side signal receiving device that receives the information that described feed appliance side sender unit sent, store information that described main body side signal receiving device received and as the main body side storage device of the set position of the spool of the information source of above-mentioned information, judge based on the stored information of described main body side storage device whether described spool is arranged on the decision maker of appropriate location, the display unit that shows the result that described decision maker is judged.
2. surface mounting apparatus as claimed in claim 1 is characterized in that,
Described sender unit constitutes by sending electromagnetic radio communication circuit,
The antenna that described feed appliance side signal receiving device is used by the reception electromagnetic wave that described sender unit sent constitutes.
3. surface mounting apparatus as claimed in claim 1 or 2 is characterized in that,
Described feed appliance side sender unit and described main body side signal receiving device are made of connector, by connecting described feed appliance side sender unit and described main body side signal receiving device, the information that described feed appliance side signal receiving device is received sends to described main body side signal receiving device from described feed appliance side sender unit.
4. surface mounting apparatus as claimed in claim 1 or 2 is characterized in that,
Described feed appliance side sender unit constitutes by sending electromagnetic radio communication circuit, and described main body side signal receiving device is made of the electromagnetic antenna that the described feed appliance side sender unit of reception is sent.
5. surface mounting apparatus as claimed in claim 1 or 2 is characterized in that,
Also comprise carry a plurality of described feed appliances and can with should a plurality of feed appliances while dismounting in the chassis of described surface mounting apparatus main body, this chassis has information that reception sent from described feed appliance side sender unit and the chassis side signal receiving/transmission device that sends to described main body side signal receiving device.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2004124647 | 2004-04-20 | ||
| JP2004124647A JP4413681B2 (en) | 2004-04-20 | 2004-04-20 | Surface mount machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1691885A true CN1691885A (en) | 2005-11-02 |
| CN100521902C CN100521902C (en) | 2009-07-29 |
Family
ID=35346907
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005100657368A Expired - Fee Related CN100521902C (en) | 2004-04-20 | 2005-04-06 | Surface mounting machine |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP4413681B2 (en) |
| CN (1) | CN100521902C (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104023481A (en) * | 2013-03-01 | 2014-09-03 | 先进装配系统有限责任两合公司 | Device and method for transmitting component to chip mounter and chip mounter |
| CN111096096A (en) * | 2017-09-19 | 2020-05-01 | 株式会社富士 | Component mounting system |
Families Citing this family (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4814046B2 (en) * | 2006-10-17 | 2011-11-09 | ヤマハ発動機株式会社 | Mounting machine and feeder |
| JP4911696B2 (en) * | 2006-11-21 | 2012-04-04 | 富士機械製造株式会社 | Feeder work attachment |
| JP4872864B2 (en) * | 2007-09-20 | 2012-02-08 | パナソニック株式会社 | Component mounting apparatus and information writing method of component mounting apparatus |
| JP5634579B2 (en) * | 2013-09-12 | 2014-12-03 | 株式会社日立国際電気 | Reel parts management system |
| JP6097937B2 (en) * | 2014-01-27 | 2017-03-22 | パナソニックＩｐマネジメント株式会社 | Component verification method and component verification system |
| JP6097938B2 (en) * | 2014-01-27 | 2017-03-22 | パナソニックＩｐマネジメント株式会社 | Component verification method and component verification system |
| JP6890545B2 (en) * | 2015-10-28 | 2021-06-18 | 株式会社Ｆｕｊｉ | Feeder trace log storage system |
| WO2022044565A1 (en) * | 2020-08-31 | 2022-03-03 | パナソニックＩｐマネジメント株式会社 | Mounting system |
-
2004
- 2004-04-20 JP JP2004124647A patent/JP4413681B2/en not_active Expired - Fee Related
-
2005
- 2005-04-06 CN CNB2005100657368A patent/CN100521902C/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104023481A (en) * | 2013-03-01 | 2014-09-03 | 先进装配系统有限责任两合公司 | Device and method for transmitting component to chip mounter and chip mounter |
| CN104023481B (en) * | 2013-03-01 | 2017-03-29 | 先进装配系统有限责任两合公司 | Device and method for transmitting component to chip mounter and chip mounter |
| CN111096096A (en) * | 2017-09-19 | 2020-05-01 | 株式会社富士 | Component mounting system |
| CN111096096B (en) * | 2017-09-19 | 2021-11-26 | 株式会社富士 | Component mounting system |
Also Published As
| Publication number | Publication date |
|---|---|
| JP4413681B2 (en) | 2010-02-10 |
| JP2005310986A (en) | 2005-11-04 |
| CN100521902C (en) | 2009-07-29 |
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Granted publication date: 20090729 Termination date: 20120406 |