CN102234035A

CN102234035A - Error detection mechanism, error responding method and sheet medium supply mechanism

Info

Publication number: CN102234035A
Application number: CN2011100596641A
Authority: CN
Inventors: 杉本绅也
Original assignee: Toshiba Corp; Toshiba TEC Corp
Current assignee: Toshiba Corp; Toshiba TEC Corp
Priority date: 2010-04-21
Filing date: 2011-03-11
Publication date: 2011-11-09
Also published as: US20110260391A1; JP2011225375A

Abstract

An error detection mechanism, an error responding method and a sheet medium supply mechanism. The error detection device includes a sensor which detects a state where an object has moved to a predetermined position, a drive device which drives the object to a predetermined position, and an error determination device which reports that a predetermined process is to be performed with respect to the target, if the sensor detects a state where the target does not move to the predetermined position within a predetermined time from if the drive device starts driving.

Description

Error detection mechanism, mistake countermeasure and laminated dielectric feed mechanism

CROSS-REFERENCE TO RELATED APPLICATIONS

The application based on and require the preceence and the rights and interests of the U.S. Provisional Patent Application the 61/326585th submitted on April 21st, 2010, and its full content is incorporated into this, as a reference.

Technical field

Present embodiment relates to the error-detecting method of image processing system and thin slice (sheet) maintaining body.

Background technology

Toner (developer) is transferred on the laminated dielectric according to graphicinformation, and photographic fixing is on laminated dielectric.(photographic fixing has toner) laminated dielectric is a kind of hard copy.

The thin slice maintaining body holds laminated dielectric.The each requirement exported hard copy, and thin slice one by one moves to the position that toner moves from the thin slice maintaining body.

The thin slice maintaining body is holding " 0 " when opening laminated dielectric, report " vacant ".

In addition, the output when not detecting the laminated dielectric that holds to position that toner moves mobile of thin slice maintaining body " is carried the misinformation that stops up ".

Yet, (being the treatable mistake of user) situation that the situation (being the mistake that the user can not handle) or do not need that needs service (supplier is to user's support) is served separately in, " misinformation " is general sometimes, and this is to be necessary situation such as minimum (influence) because make the sensor number from cost consideration.

On the other hand, although be not need (user the is treatable) mistake of serving, " misinformation " of output request service is very unfavorable concerning the user.

Summary of the invention

According to an embodiment of the invention, provide error detection mechanism to comprise: sensor, the detected object thing has moved to assigned position; Actuating device moves to assigned position with object; And wrong decision maker, begin at the appointed time at described sensor from the driving of described actuating device that the detected object thing does not move under the situation of assigned position, the processing that notice puts rules into practice to object.

Description of drawings

Realize the general structure of each feature of present embodiment below with reference to description of drawings.Accompanying drawing and relevant description only are used to illustrate embodiment, and are not the scope that is used to limit embodiment.

Fig. 1 is the scheme drawing that the example of the MFP that embodiment relates to is shown;

Fig. 2 is the scheme drawing that the example of the MFP that embodiment relates to is shown;

Fig. 3 is the scheme drawing of an example that the thin slice maintaining body of the MFP that embodiment relates to is shown;

Fig. 4 is the scheme drawing of an example that the thin slice maintaining body of the MFP that embodiment relates to is shown;

Fig. 5 is the scheme drawing of an example that the thin slice maintaining body of the MFP that embodiment relates to is shown;

Fig. 6 is the scheme drawing that thin slice that the MFP that embodiment relates to is shown keeps an example in path;

Fig. 7 is the scheme drawing of an example that the thin slice maintaining body of the MFP that embodiment relates to is shown;

Fig. 8 is the scheme drawing that the example of the MFP that embodiment relates to is shown;

Fig. 9 is the scheme drawing that the example of the MFP that embodiment relates to is shown;

Figure 10 is the scheme drawing that the example of the MFP that embodiment relates to is shown;

Figure 11 is the scheme drawing that the example of the MFP that embodiment relates to is shown;

Figure 12 is the scheme drawing that the example of the MFP that embodiment relates to is shown;

Figure 13 is the scheme drawing that the example of the MFP that embodiment relates to is shown.

The specific embodiment

An embodiment of the invention provide error detection mechanism to comprise: sensor, and the detected object thing has moved to assigned position; Actuating device moves to assigned position with object; And wrong decision maker, begin at the appointed time at described sensor from the driving of described actuating device that the detected object thing does not move under the situation of assigned position, the processing that notice puts rules into practice to object.

Describe embodiment in detail below with reference to accompanying drawing.

Fig. 1 is the scheme drawing of the MFP (Multi-Functional Peripheral, multi-function peripheral) that can be suitable for embodiment.

MFP 101 has: image forming part (chopping machine portion) 1 is used for graphicinformation is output as the output image that is called as hard copy or printout; Sheet feed section 3 is supplied with the laminated dielectric that is used for image output with optional size to image forming part 1; And scanner section 5, the view data of original copy is provided to image forming part 1.

In addition, scanner section 5 has integratedly original copy is transported to the auto document delivery section (ADF) 7 that reads the position on the scanner section 5.

Control panel 9 is arranged at being fixed on the pole 9a on image forming part 1 and the swing arm 9b of corner on left side behind the scanner section 5 or right side, is used for sending the instruction that the image of beginning image forming part 1 forms and begins to read by scanner section 5 original copy.

In most MFP, the thin slice maintaining body that sheet feed section 3 comprises more than 2 is a box 31.

Nowadays, in most MFP, (sheet feed section 3) each box 31 has following structure: since can with preprocessor 103 and LCF (Large Capacity Feeder, the high capacity paper feeder) 105 connect, therefore when at additional laminated dielectric etc., move to front side (Z direction), wherein, MFP 101 needed spaces are set are connected reorganizer (fisher) 103 with being used to handle the hard copy of output in order to reduce, this LCF 105 is used to accommodate the laminated dielectric of comparing with the box more than 2 more than 2 times.

The image forming part 1 of MFP 101 shown in Figure 2 comprises: the 1st to the 4th photosensitive drums 11a～11d that keeps sub-image; Sub-image on photosensitive drums 11a～11d provides the developer 13a～13d of toner with the development hue agent image; Keep successively from the transfer belt 15 of the toner image of photosensitive drums 11a～11d transfer printing; Clean cleaner 17a～17d of photosensitive drums 11a～11d respectively; The toner image that transfer belt 15 is kept is transferred to the transfer roll 19 on the laminated dielectric; To be transferred to the fuser 21 of toner image photographic fixing on laminated dielectric on the laminated dielectric by transfer roll 19; And the exposure device 23 that on photosensitive drums 11a～11d, forms sub-image.

The the 1st to the 4th developer 13a～13d stores the toner that is used for obtaining by subtractive color process coloured image with Y (yellow), M (magenta), C (cyan) and these four kinds of selective colors of Bk (black), and develop (visual) is by the sub-image of each photosensitive drums 11a～11d with arbitrary color maintenance among color Y, M, C and the Bk.According to deciding each color according to image forming course or the predetermined order of toner characteristic.

The toner image that transfer belt 15 is formed by the 1st to the 4th photosensitive drums 11a～11d and corresponding developer 13a～13d by the maintenance of (toner image formation) order with each color.

Sheet feed section 3 is supplied with the laminated dielectric that is used for by transfer roll 19 transfer printing toner images.

The box 31 that is arranged in a plurality of box grooves stores the laminated dielectric with optional size.Carry out image forms and to operate then that pick-up roller 33 takes out laminated dielectric from corresponding box at every turn.The size of laminated dielectric is corresponding to the size of the toner image of image forming part 1 formation.

Separation device 35 prevents that pick-up roller 33 from taking out at least two laminated dielectrics from box.

The laminated dielectric that a plurality of conveying rollers 37 are divided into the individual sheets medium with separated mechanism 35 is transported to accurate position roller (aligning roller) 39.

Accurate position roller 39 is transported to laminated dielectric the transfer position that contacts with each other from the timing transfer roll 19 of transfer belt 15 transfer printing toner images and transfer belt 15 at transfer roll 19.

Fixation unit 21 comprises: be used to come heat-producing first roller 121 from the heat of temperature booster 122; Receive heats, be set up in second roller 123 and first roller 121 and from first roller 121 transfer of heat of first roller 121 load-transfer device 124 to second roller, 123 sides; And the 3rd roller 125, contact with load-transfer device 124 and to the pressure that regulation is provided at the laminated dielectric that moves between it and the load-transfer device 124.

Arbitrary part of load-transfer device 124 forms pressing member with the periphery of the 3rd roller 125 by second roller 123 and the 3rd roller 125 applied pressures.Therefore, apply the pressure of regulation and can dissolve the temperature (fixing temperature) of toner to laminated dielectric, with the toner (toner image) that fixedly laminated dielectric was kept by pressing member.

Fuser 21 will with the cooresponding toner image of graphicinformation as output image (hard copy, printout) photographic fixing on laminated dielectric, and output image is transported in the temporary storage box 47 in the space between scanner section 5 and image forming part 1.

Fixation unit 21 comprises reverse roll 49, this reverse roll 49 is independent of the action of moving output image (hard copy, printout) to temporary storage box 47, moves to the reversing paths 43 of the automatic double-sided unit (ADU) 41 on the two sides that is used to change laminated dielectric with maintaining laminated dielectric with the cooresponding toner image of graphicinformation.

If laminated dielectric is blocked between conveying roller 37 (last) and the accurate position roller 39 or between accurate position roller 39 and fuser 21 promptly in transfer roll 19 or fuser 21, then ADU 41 moves to a side (right side) of image forming part 1.ADU 41 has the cleaner 25 of cleaning transfer roll 19 integratedly.

Fig. 3 is illustrated in the feature of 1 box 31 under the state of pulling out along the Z direction.

Box 31 comprises: pallet 31-2 keeps laminated dielectric and is the center rotation with respect to the bottom surface 31-1a of casing 31-1 with fulcrum 31-2a; And 1 couple of guide plate device 31-3, set the position of laminated dielectric on the Z direction that pallet 31-2 keeps.Guide plate 31-3 suppresses to be positioned at laminated dielectric on the pallet 31-2 (on the Z direction) change in location.The laminated dielectric that pallet 31-2 is kept by open end (free end opposite) 31-2b that adopts picking-up described later unit 32 and make pallet 31-2 with fulcrum 31-2a at Y direction top offset, thereby move to the direction that contacts with pick-up roller 33.

Pallet 31-2 is by being that the center rotates laminated dielectric is pushed to pick-up roller 33 with the two fulcrum 31-2a of place.

Pallet 31-2 is the center rotation by picking-up unit 32 shown in Figure 4 with fulcrum 31-2a.Hold up unit 32 rotations coupler 32a shown in Figure 5 so that the thrust that makes pallet 31-2 displacement to be provided.By rotation-linear motion conversion mechanisms such as for example worm gears, pallet 31-2 is along with transmission shaft 31-2c moves from the Y direction that is rotated in that coupler 32a accepts.Therefore, the laminated dielectric that pallet 31-2 is kept contacts with pick-up roller 33, and pick-up roller 33 becomes the arbitrary state that is positioned at/is not positioned at assigned address.Wherein, whether pick-up roller 33 is positioned at assigned address by picking-up detector switch 34 detections by Fig. 6 and Fig. 7 explanation.In addition, near for example coupler 32a, by with being connected of box sensor 32b test example such as transmission shaft 31-2c and coupler 32a, thereby can manage for holder 31/ replenishes laminated dielectric etc. moving on the Z direction (from the assigned address of sheet feed section 3 mobile).

Hold up near the assigned position the pick-up roller 33 that detector switch 34 is positioned at sheet feed section 3 sides.Picking-up detector switch 34 detects pick-up roller 33 by pallet 31-2 and is positioned at assigned position.For example, make pallet 31-2 be displaced to position shown in Figure 7, when pick-up roller 33 was positioned at assigned position, the output that holds up detector switch 34 was by H (High: high level) become L (Low: low level).Because the variation that holds up the output of detector switch 34 depends on the characteristic (design) of control circuit, be displaced at pick-up roller 33 under the situation of position shown in Figure 7, also can be to become H (High) from L (Low).

Fig. 8 is the center with picking-up detector switch, box sensor, picking-up unit, and an example of the control system of MFP 1 is shown.

The control part 111 that is positioned at MFP 1 in-to-in assigned position comprises system bus 112.

System bus 112 is a master control clamp dog (CPU) 113 with the master control clamp dog of the output of the duplicating thing of handling the original copy in the image forming part 1.CPU (master control clamp dog) 113 is connected with scanner (image reads) portion 5, ADF (auto document feeder) 7, operating unit 9.In addition, also comprise image processing part 141, be connected with CPU 113 via system bus 112, and the image processing to implementing from scanner section 5 or via the view data of inputs such as LAN (Local Area Network) controller 114 bonded assembly clients (PC (PersonalComputer)) 201 to ask for image forming part 1 forms output image.

In addition, the sum that forms of CPU 113 and ROM (read-only memory (ROM), Read Only Memory) 115, RAM (scratch pad memory, Random Access Memory) 116, memory image or amount to the nonvolatile memory 117 of opening time etc. and connect.

In addition, CPU 113 has been positioned at (inserting) assigned address or has moved (pulling out) to the Z direction according to the box arbitrarily 31 that the output with I/O (input/output port/interface) 118 bonded assembly box sensor 32b detects in the sheet feed section 3.In addition, CPU 113 bases detect the action bad (error detection) that holds up unit 32 with the variation that I/O (input/output port/interface) 118 bonded assemblys hold up the output of detector switch 34.Error detection comprises to (following explanation) picking-up motor 132 indication rotation that for example holds up unit 32 but is detecting less than the situation of the displacement of the 31-2 of pallet through the fixed time with interior picking-up detector switch 34 etc.

In addition, CPU 113 with carry control unit 130 to be connected by the thin slice in the system bus 112 bonded assembly sheet feed sections 3, the action of control motor driver 131a, motor driver 131b etc. constantly, motor driver 131a drives and holds up motor 132, generation makes coupler 32a action that holds up unit 32 and the thrust that pallet 31-2 is moved in the Y direction, motor driver 131b drives and picks up motor 133, rotates constantly from the pick-up roller 33 of each box 31-2 taking-up with the laminated dielectric of the cooresponding size of size of output image in regulation.

Image processing part 141 is gone up at the MAP of bonded assembly page memory 142 (mapping table) and is generated and the cooresponding output data of output image (output image data).

Yet, can not detect the state of the change in location of pallet 31-2 for for example this picking-up detector switch 34 such as overtime, comprise the situation (being the mistake that the user can not handle) that needs service (supplier user support), or do not need the situation (being the treatable mistake of user) of serving.

For example rotate the motor of coupler 32a unusual, the broken string of supplying with the line (electric wire) of drive current, rotary drive mechanism picking-ups unit 32 such as breakage need unusually serve.

Yet, thereby even the action etc. that hinders pallet 31-2 at guide plate 31-3 for example for the power that limits laminated dielectric and strengthen contacting in the position on the Z direction with laminated dielectric by the user simple just the inspection under the situation about eliminate, as mentioned above, also detect mistake by holding up detector switch 34.

Therefore, detecting under the unusual situation that holds up unit 32, with misinformation for example shown in Figure 9 be presented at touch panel (display unit) 9A of operating unit 9 last after, by allowing the simple inspection of user whether need service (supplier's user supports) (the prompting user implements easy inspection), can reduce the loss of user because of waiting for that service is suffered.Display message for example is preferably the message that " whether produced mistake, can check needs to arrange service " etc. illustrates the degree of unsve possibility in subsequent step.

In more detail, as Figure 10～shown in Figure 12, a) box 31 is moved and is positioned at the message (Figure 10) of the supply position of laminated dielectric from the assigned position (position when image forms) of sheet feed section 3 to the Z direction the last display reminding user of touch panel (display unit) 9A of operating unit 9.The preferred GI (Graphical interface) that for example is exemplified as " mistake has taken place the laminated dielectric of carrying from box, please pull out box " and/or points out the user to operate that shows shows.

Fig. 9 be used to point out the demonstration of moving of box 31 after, through behind the specified time, or detecting box 31 in the moment that the Z direction moves by box sensor 32b, b) get rid of the message (Figure 11) of laminated dielectric from pallet 31-2 the last display reminding user of touch panel (display unit) 9A of operating unit 9.The GI (Graphical interface, graphical interfaces) that display message for example is preferably " please all taking out the laminated dielectric in the box " and/or points out the user to operate shows.

Then, take out from the prompting of Figure 10 after the demonstration of laminated dielectric through behind the specified time, c) box 31 is turned back to the message (Figure 12) of the assigned position (position during image formation) of sheet feed section 3 the last display reminding user of touch panel (display unit) 9A of operating unit 9.Display message for example is preferably " please all take out the interior thin slice of box and sylphon is restored (please insert) " and/or the GI (Graphical interface) that points out the user to operate shows.

Implement the demonstration of this operation (processing) a)～c) to user prompt in the last demonstration of touch panel (display unit) 9A of operating unit 9, box sensor 32b detects the user will accommodate " 0 " when opening the box 31 of laminated dielectric and returning to the assigned address of sheet feed section 3, hold up the assigned position that unit 32 moves to pallet 31-2 the Y direction.

Below, the output that holds up detector switch 34 at the appointed time can change and pallet 31-2 can be displaced under the situation of assigned position, is judged to be and does not need the treatable mistake of user of serving holding up detector switch 34 detected above-mentioned mistakes.

In the case, when regulation, be engraved in touch panel (display unit) 9A of operating unit 9 last show for example " please pull out box again and put into laminated dielectric ", " box that is placed with laminated dielectric please be turned back to assigned position " wait the prompting execution to be used to continue utilize the message of the processing of MFP 1.

According to message, can detect under the situation that the user " pulls out box once more and put into laminated dielectric; the box that will put into laminated dielectric turns back to assigned position " at box sensor 32b, show and to notify the message that to utilize MFP when for example ", can continue to utilize " cooperation that waits the thanks user though produced problem in the placement of the laminated dielectric in box; under your cooperation, eliminated.

On the other hand, a)～c) after operation (processing) is finished, box sensor 32b detects the assigned position that the box 31 that accommodates " 0 " laminated dielectric turns back to sheet feed section 3, hold up unit 32 actions although make, but can not detect the output that holds up detector switch 34 at the appointed time changes, in the case, picking-up detector switch 34 detected above-mentioned mistakes are judged as needs service (the reluctant mistake of user).

In the case, for example show that " owing to having produced the mistake that needs service, the row of wishing good health service " represented to produce wrong box and be difficult to the message that continues to utilize when waiting the prompting arrangement to serve in that touch panel (display unit) 9A is last.

In addition, above-mentioned mistake is:

[1] hold up in poor shape (breakage of disrumpent feelings, the driver train of damage/driving power supply line) of unit,

[2] produced the abnormal load relevant, for example with pallet or laminated dielectric

[2a] guide plate closes, or

On [2b] pallet or on the laminated dielectric on the pallet foreign matter is arranged, pallet can not move to assigned address,

The number of the laminated dielectric of placing on [2c] pallet has surpassed admissible number,

[1] situation is above-mentioned " mistake that needs service ".

In addition, the situation of [2] ([2a], [2b], [2c]) is that mistake is eliminated in customer inspection (check) operation of passing through according to said sequence of above-mentioned explanation.

That is to say that Figure 13 shows an example, in the readiness for action, select any box, perhaps check the state [111] that holds up detector switch by in body (sheet feed section), inserting box by selecting size.When holding up the detector switch conducting [111-YES], become the readiness for action [120] of the state that can carry out common action (duplicating).

Hold up detector switch not [111-NO] during conducting, make to hold up the motor rotation and begin to hold up action [112].

After holding up the action beginning, when the output of picking-up detector switch becomes conducting at the appointed time [113-YES], become the readiness for action [120] of the state that can carry out common action (duplicating).

After holding up the action beginning, when the output of picking-up detector switch does not become conducting at the appointed time [113-NO], the demonstration [114] of display reminding user sequentially on the display panel (touch panel) 32 of operating unit 33 to checking as Fig. 9～picking-up mistake shown in Figure 12.

Then, detect box by box sensor 32b and turned back in the body (sheet feed section) [115], rotation holds up motor and begins to hold up action [116].

Hold up after the action, when the output of picking-up detector switch does not become conducting at the appointed time [117-NO], be judged as the picking-up unit exception, for example show that on the display panel (touch panel) 32 of operating unit 33 " having produced the mistake that needs service, the row's of wishing good health service " untill further notice holds up wrong demonstration [118].

When the output of picking-up detector switch begins conducting at the appointed time from holding up action [117-YES], be judged as eliminate laminated dielectric to the placement of pallet picking-up mistake improper or that cause because of the Iso thing, show that on the display panel (touch panel) 32 of operating unit 33 for example " laying state of laminated dielectric may be to detect wrong major cause "/" though the placement of the laminated dielectric box in has produced problem; eliminate, can continue utilization under your cooperation " untill further notice holds up wrong discharged demonstration [119].

Like this, at some error detection results that are accompanied by (whether do not know needs to support) mistake demonstration that need to be not limited to service (user's supports), by allowing the user check (prompting user implement simple inspection) simply, thereby (because simple inspection of user) do not need detecting the mistake arrangement service (service of releasing is waited for) of " not needing service ".

For example, in the enforcement of pulling out the simple inspection that user is not caused big burden that shows vicious box, taking-up laminated dielectric and insert box and so on once more, because the user can not utilize (MFP 1) will become bigger burden because of waiting for service, therefore, the user understands the situation of the mistake that detects " not needing service " easily.

In addition, also having reduced error detection itself is the generation of the doubt of wrong (flase drop survey) and so on, can not damage reliability.

Though embodiments of the present invention are illustrated,, these embodiments only are for example of the present invention is described, are not to be used to limit scope of the present invention.New embodiment described herein can embody by multiple other modes.And in the scope that does not exceed aim of the present invention, described embodiment certainly carries out some omissions, substitutes or distortion.Claims and equivalency range thereof contain these modes or the distortion that falls into scope of the present invention and aim.

Claims

1. error detection mechanism comprises:

Sensor, the detected object thing has moved to assigned position;

Actuating device moves to assigned position with object; And

The mistake decision maker detects under the situation that object do not move to assigned position the processing that notice puts rules into practice to object in the specified time after described sensor begins from the driving of described actuating device.

2. error detection according to claim 1 mechanism also comprises:

Indication mechanism is according to the result of determination display notification content of described wrong decision maker.

3. error detection according to claim 2 mechanism, wherein,

Described indication mechanism shows countermeasure to described content of announcement according to the result of determination of described wrong decision maker.

4. wrong countermeasure comprises:

Detect the output that does not move to the sensor of assigned position from the detected object thing; And

Notice is to the object processing that puts rules into practice.

5. wrong countermeasure according to claim 4 also comprises:

Show the order that puts rules into practice and handle.

6. laminated dielectric feed mechanism comprises:

Pallet keeps laminated dielectric;

Detector detects laminated dielectric that described pallet keeps and is positioned at laminated dielectric and supplies with the position;

Pallet rising mechanism moves to laminated dielectric with the described pallet that has kept laminated dielectric and supplies with the position; And

Mistake is judged guidance department, detect described pallet at described detector and be not positioned at laminated dielectric at the appointed time and supply with under the situation of position, prompting is carried out and is used to judge that major cause is the action of described pallet rising mechanism, the predetermined processing of the hold mode of the laminated dielectric that still is described pallet and kept.

7. laminated dielectric feed mechanism according to claim 6 also comprises:

Indication mechanism shows and carries out the described wrong order of judging the predetermined processing that is used for described judgement of guidance department prompting.

8. laminated dielectric feed mechanism according to claim 7, wherein,

Described indication mechanism in turn shows subsequent treatment according to corresponding to the described wrong treatment step of judging the order of guidance department indication.

9. laminated dielectric feed mechanism according to claim 6, wherein,

Move the casing that comprises described pallet by direction, thereby remove being connected of described pallet rising mechanism and the driver train that is used for moving described pallet to the direction quadrature that moves with described pallet.

10. laminated dielectric feed mechanism according to claim 9, wherein,

After detecting described pallet rising mechanism and described driver train being connected, described indication mechanism shows subsequent treatment.

11. laminated dielectric feed mechanism according to claim 10 also comprises:

Roller, the laminated dielectric that is used for described pallet is kept moves to assigned address.

12. laminated dielectric feed mechanism according to claim 11, wherein,

Described pallet rising mechanism moves described pallet moving on the direction of direction quadrature of laminated dielectric with described roller.

13. laminated dielectric feed mechanism according to claim 12, wherein,

The direction that moves the casing that comprises described pallet comprises the direction that moves the direction of laminated dielectric and the direction difference quadrature that described pallet moves with described roller.

14. laminated dielectric feed mechanism according to claim 13, wherein,

Describedly wrong judge that the processing sequence that begins most of guidance department indication comprises the casing that comprises described pallet is moved on described mobile direction.

15. laminated dielectric feed mechanism according to claim 14, wherein,

Described wrong the 2nd processing sequence of judging that guidance department is indicated comprises the laminated dielectric that described pallet kept after temporary transient removal is moved.

16. laminated dielectric feed mechanism according to claim 15, wherein,

Described wrong next processing sequence of judging the guidance department indication comprises to described pallet rising mechanism and described driver train bonded assembly position and moves the casing that i.e. recovery comprises the described pallet that laminated dielectric has been removed.

17. laminated dielectric feed mechanism according to claim 16 also comprises:

Control unit, in described pallet rising mechanism with after being connected of described driver train is disengaged, detect described pallet rising mechanism and move to the position that is connected, and carry out the 2nd time of described pallet by described pallet rising mechanism and move with described driver train.

18. laminated dielectric feed mechanism according to claim 17, wherein,

Detect laminated dielectric that described pallet keeps at described detector and be positioned at laminated dielectric and supply with under the situation of position, described control unit shows that on described display unit the major cause that makes a mistake is the hold mode of the laminated dielectric of described pallet maintenance.

19. laminated dielectric feed mechanism according to claim 17, wherein,

Detect the laminated dielectric that described pallet keeps at described detector and be not positioned under the situation of laminated dielectric supply position, described control unit shows that on described display unit the major cause that makes a mistake is the action of described pallet rising mechanism.