CN106298596A - A kind of intelligent card chip band conveyer device - Google Patents
A kind of intelligent card chip band conveyer device Download PDFInfo
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- CN106298596A CN106298596A CN201610900538.7A CN201610900538A CN106298596A CN 106298596 A CN106298596 A CN 106298596A CN 201610900538 A CN201610900538 A CN 201610900538A CN 106298596 A CN106298596 A CN 106298596A
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- 238000004804 winding Methods 0.000 claims abstract description 107
- 238000005096 rolling process Methods 0.000 claims description 20
- 238000004806 packaging method and process Methods 0.000 abstract description 6
- 238000000034 method Methods 0.000 description 3
- 238000004080 punching Methods 0.000 description 3
- 238000005520 cutting process Methods 0.000 description 2
- 238000005538 encapsulation Methods 0.000 description 2
- 238000004519 manufacturing process Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000008450 motivation Effects 0.000 description 1
Classifications
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01L—SEMICONDUCTOR DEVICES NOT COVERED BY CLASS H10
- H01L21/00—Processes or apparatus adapted for the manufacture or treatment of semiconductor or solid state devices or of parts thereof
- H01L21/67—Apparatus specially adapted for handling semiconductor or electric solid state devices during manufacture or treatment thereof; Apparatus specially adapted for handling wafers during manufacture or treatment of semiconductor or electric solid state devices or components ; Apparatus not specifically provided for elsewhere
- H01L21/67005—Apparatus not specifically provided for elsewhere
- H01L21/67011—Apparatus for manufacture or treatment
- H01L21/67121—Apparatus for making assemblies not otherwise provided for, e.g. package constructions
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- Condensed Matter Physics & Semiconductors (AREA)
- General Physics & Mathematics (AREA)
- Manufacturing & Machinery (AREA)
- Computer Hardware Design (AREA)
- Microelectronics & Electronic Packaging (AREA)
- Power Engineering (AREA)
- Credit Cards Or The Like (AREA)
Abstract
The invention discloses a kind of intelligent card chip band conveyer device; including two groups of chip belt conveyor structure, every core assembly sheet belt conveyor structure includes protecting film winding power mechanism, the most die-cut chip belt winding power mechanism driving the most die-cut chip belt winding wheel to rotate and the chip belt guide that the most die-cut chip belt winding wheel, chip belt protecting film winding wheel, chip belt haulage gear, the most die-cut chip belt winding wheel, driving chip band protecting film winding wheel rotate；Chip belt in described two groups of chip belt conveyor structure is parallel through the mould of chip blanking mechanism, and the conveying direction that two chip belts are at described mould is contrary, and the chip on chip belt towards the most contrary.The intelligent card chip band conveyer device of the present invention can be for chip blanking mechanism conveying chip towards contrary chip belt such that it is able to go out towards contrary chip so that the packaging efficiency of multi-chip card is higher, and precision is more preferable.
Description
Technical field
The present invention relates to smart card and manufacture equipment, the chip belt being specifically related in a kind of intelligent card chip packaging system carries
Device.
Background technology
In smart card production process, need to encapsulate chip in card.When carrying out chip package, need to pass through chip
Blanking mechanism gets off die-cut for the chip on chip belt, then by chip carrying packaging mechanism, the die-cut chip got off is transported to card
It is packaged at the chip slot of sheet.Owing to chip to be punched is arranged on chip belt, in chip blanking process, need chip
Chip belt is carried by band conveyer device, in order to be constantly delivered to by chip to be punched at the mould of chip blanking mechanism.
Wall scroll chip belt can only be punched out by existing chip blanking mechanism, the most existing card chip belt conveyer device
It is only used for carrying wall scroll chip belt.Chip on same chip belt towards being identical, but for multi-chip card
For, be positioned at card two ends chip towards the most inconsistent, so by the chip gone out on same chip belt encapsulation
Time, segment chip needs to be packaged through 180 ° of rotations again, and this makes the efficiency of chip package reduce, chip carrying packaging machine
The structure of structure is more complicated, the most also influences whether the encapsulation precision of chip.
Summary of the invention
It is an object of the invention to overcome the deficiencies in the prior art, it is provided that a kind of intelligent card chip band conveyer device, this dress
Putting can be for chip blanking mechanism conveying chip towards contrary chip belt such that it is able to go out towards contrary chip so that
The packaging efficiency of multi-chip card is higher, and precision is more preferable.
The purpose of the present invention is realized by following technical scheme:
A kind of intelligent card chip band conveyer device, including two groups of chip belt conveyor structure, every core assembly sheet belt conveyor structure bag
Include the most die-cut chip belt winding wheel, chip belt protecting film winding wheel, chip belt haulage gear, the most die-cut chip belt winding wheel, drive
The punching that the protecting film winding power mechanism of dynamic chip belt protecting film winding wheel rotation, the most die-cut chip belt winding wheel of driving rotate
Cutting chip belt winding power mechanism and chip belt guide, wherein, described chip belt haulage gear includes traction electric machine and leads
Running wheel, chip belt the most die-cut chip belt winding wheel sequentially passes through mould and the traction wheel the most die-cut core of arrival of chip blanking mechanism
Sheet band winding wheel；
Chip belt in described two groups of chip belt conveyor structure is parallel through the mould of chip blanking mechanism, and two cores
Sheet band conveying direction at described mould is contrary, and the chip on chip belt towards the most contrary.
The operation principle of above-mentioned intelligent card chip band conveyer device is: for every core assembly sheet belt conveyor structure, the most die-cut
Chip belt rolling at the most die-cut chip belt winding wheel, chip belt wherein a side surface overlying lid is by protecting film, to protect chip；
During work, protecting film winding power mechanism driving chip band protecting film winding wheel rotates and is peeled off from chip belt by protecting film and receive
Volume, pulls the most die-cut chip belt winding wheel simultaneously and rotates chip belt release, and chip belt is pullled by chip belt haulage gear,
Chip belt is passed through step by step from the mould of chip blanking mechanism, in order under the most die-cut for the chip on chip belt
Come；Chip belt after die-cut under the driving of the most die-cut chip belt winding power mechanism rolling at the most die-cut chip belt winding wheel
On.Two groups of chip belt conveyor structure chips band carries at described mould in the opposite direction, and the chip on chip belt
Towards the most contrary so that the chip gone out in chip blanking mechanism towards also contrary, can be respectively used to be encapsulated in card
In different chip slot, thus without rotary chip in carrying chip processes.
One preferred version of the present invention, wherein, in every core assembly sheet belt conveyor structure, the most die-cut described chip belt rolling
Wheel, chip belt protecting film winding wheel and protecting film winding power mechanism are arranged at the lower section of the mould of chip blanking mechanism, institute
State the most die-cut chip belt winding wheel and the most die-cut chip belt winding power mechanism is arranged at the top of mould of chip blanking mechanism.
So can be by more for parts and more complicated being partially disposed in the cabinet below chip blanking mechanism of structure so that structure is tight
Gathering, the trend of chip belt is reasonable.
Preferably, described two groups of chip belt conveyor structure is respectively the first core assembly sheet belt conveyor structure and second group of chip belt
Conveying mechanism, wherein, the most die-cut chip belt winding wheel in the first core assembly sheet belt conveyor structure and the second core assembly sheet belt conveyor
Protecting film winding power mechanism in structure is arranged at the same side, the most die-cut chip belt rolling in the second core assembly sheet belt conveyor structure
Protecting film winding power mechanism in wheel and the first core assembly sheet belt conveyor structure is arranged at opposite side；First core assembly sheet belt conveyor
Chip belt in structure and the second core assembly sheet belt conveyor structure extends and from the both sides of the mould of blanking mechanism from bottom to top along reversely
Through described mould, finally upwards about on the most die-cut chip belt winding wheel.After using said structure, first group of chip belt conveying
Mechanism and the second core assembly sheet belt conveyor structure, close to being symmetrical arranged, not only facilitate implementation the chip of two groups of chip belt conveyor structure
The reverse conveying of band, and allow compact overall structure, it is reasonably distributed.
One preferred version of the present invention, wherein, every core assembly sheet belt conveyor structure on the extension path of chip belt in all
Being provided with chip belt strainer and lower chip belt strainer, wherein, described upper chip belt strainer is arranged at chip punching
Cutting out between mechanism and the most die-cut chip belt winding wheel, on this, chip belt strainer includes the swing component hinged with frame and sets
Break-in wheel on swing component, the most die-cut chip belt extended out from described mould walks around described break-in wheel further around the most die-cut
On chip belt winding wheel；Described lower chip belt strainer be arranged at the most die-cut chip belt winding wheel and chip blanking mechanism it
Between, this lower chip belt strainer include the swing component hinged with frame and be located on swing component break-in wheel, from described not
The most die-cut chip belt that die-cut chip belt winding wheel extends out is walked around described break-in wheel and is entered back in described mould.
The purpose using above-mentioned preferred version is: utilize lower chip belt strainer to release the most die-cut chip belt winding wheel
The chip belt released carries out tensioning, and obtains the length signals of the chip belt of release thus control the most die-cut chip belt winding wheel
Rotation；The most die-cut chip belt that in utilization, chip belt haulage gear is pulled out by chip belt strainer carries out tensioning, and
Obtain the length signals of the most die-cut chip belt pulled out thus control the rotation of the most die-cut chip belt winding wheel.Specifically, right
For lower chip belt strainer, when the most die-cut chip belt winding wheel release chip belt, described break-in wheel can follow swing
Part swung downward thus all the time by chip belt tensioning, when break-in wheel drops to certain position, be arranged at the sensor of this position
This down position signal that break-in is taken turns detected, thus form the letter controlling the most die-cut chip belt winding wheel stopping release chip belt
Number (specifically control protecting film winding wheel stop operating), subsequently under the traction of chip belt haulage gear chip belt little by little from
Mould passes through so that break-in wheel is followed swing component and is swung up, when break-in wheel rises to certain position, be arranged at this position
Sensor this lifting position signal that break-in is taken turns detected, thus form the most die-cut chip belt winding wheel of control and again discharge core
The signal (specifically controlling protecting film winding wheel to start to rotate) of sheet band, so constantly repeatedly works.In like manner, for upper chip
For band strainer, when the most die-cut chip belt is pulled out by chip belt haulage gear, described break-in wheel can follow swing
Part swung downward thus all the time by the most die-cut chip belt tensioning, when break-in wheel drops to certain position, be arranged at this position
Sensor detects this down position signal that break-in is taken turns, thus forms the most die-cut chip belt winding wheel of control and rotate the most die-cut
Chip belt rolling is got up, and now break-in wheel starts to be raised above, and when break-in wheel rises to certain position, is arranged at this position
Sensor detects this lifting position signal that break-in is taken turns, thus forms control the most die-cut chip belt winding wheel stopping rolling and rush
Cut chip belt, so constantly repeatedly work.
The present invention compared with prior art has a following beneficial effect:
Owing to being provided with two groups of chip belt conveyor structure, and two chips of correspondence are allowed to pass through along the contrary direction of motion
Two chip belts are punched out, it is possible to go out towards just by chip blanking mechanism by arranging two groups of chip blanking mechanism
Two kinds of contrary chips, both chips can the most directly be transported to the two ends of card and be encapsulated in chip slot, handling process
In without rotary chip so that the packaging efficiency of multi-chip card is higher, and precision is more preferable.
Accompanying drawing explanation
Fig. 1 and Fig. 2 is that the structure of a detailed description of the invention of intelligent card chip band conveyer device of the present invention is shown
Being intended to, wherein, Fig. 1 is front view, and Fig. 2 is rearview, and wherein, in Fig. 1, thick double dot dash line represents the first core assembly sheet belt conveyor
Chip belt in structure, thin double dot dash line represents the chip belt in the second chip belt conveying mechanism；In Fig. 2, thick double dot dash line represents
Chip belt in two core assembly sheet belt conveyor structures, thin double dot dash line represents the chip belt in the first core assembly sheet belt conveyor structure.
Fig. 3 is the perspective view of main composition part in Fig. 1 and Fig. 2 illustrated embodiment.
Detailed description of main elements in figure: same names in the first core assembly sheet belt conveyor structure and the second core assembly sheet belt conveyor structure
Technical characteristic use identical Arabic numerals numbering, and after these Arabic numerals, increase letter a and b make a distinction,
Wherein, a represents the technical characteristic that the first core assembly sheet belt conveyor structure is corresponding, and b represents that the second core assembly sheet belt conveyor structure is corresponding
Technical characteristic.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, the present invention is described in further detail, but embodiments of the present invention do not limit
In this.
Seeing Fig. 1-Fig. 3, the intelligent card chip band conveyer device of the present invention is made up of two groups of chip belt conveyor structure a, b,
This two groups of chip belt conveyor structure a, b are respectively the first core assembly sheet belt conveyor structure a and the second core assembly sheet belt conveyor structure b.Often
Core assembly sheet belt conveyor structure a, b include the most die-cut chip belt winding wheel 1a, 1b, chip belt protecting film winding wheel 2a, 2b, chip belt
The protecting film that haulage gear 3a, 3b, the most die-cut chip belt winding wheel 4a, 4b, driving chip band protecting film winding wheel 2a, 2b rotate
Winding power mechanism, the most die-cut chip belt winding power mechanism driving the most die-cut chip belt winding wheel 4a, 4b rotation and core
Sheet tape guiding piece, wherein, described chip belt haulage gear 3a, 3b include traction electric machine 3-1a, 3-1b and traction wheel 3-2a, 3-
2b, chip belt 5a, 5b the most die-cut chip belt winding wheel 1a, 1b sequentially pass through mould 2 and the traction wheel 3-of chip blanking mechanism
2a, 3-2b arrive the most die-cut chip belt winding wheel 4a, 4b.Chip belt 5a, 5b in described two groups of chip belt conveyor structure a, b puts down
Capablely by the mould 2 of chip blanking mechanism, and the conveying direction that two chip belts 5a, 5b are at described mould 2 is contrary, and core
Chip on sheet band 5a, 5b towards the most contrary.
See Fig. 1-Fig. 3, in every core assembly sheet belt conveyor structure a, b, the most die-cut described chip belt winding wheel 1a, 1b, core
Sheet band protecting film winding wheel 2a, 2b and protecting film winding power mechanism are arranged at the lower section of the mould 2 of chip blanking mechanism, institute
State the most die-cut chip belt winding wheel 4a, 4b and the most die-cut chip belt winding power mechanism is arranged at the mould 2 of chip blanking mechanism
Top.So more for parts and more complicated being partially disposed in the cabinet below chip blanking mechanism of structure can be made
Obtaining compact conformation, the trend of chip belt 5a, 5b is reasonable.
See Fig. 1-Fig. 3, the most die-cut chip belt winding wheel 1a in described first core assembly sheet belt conveyor structure a and second group
Protecting film winding power mechanism in chip belt conveying mechanism b is arranged at the same side, in the second core assembly sheet belt conveyor structure b not
Protecting film winding power mechanism in die-cut chip belt winding wheel 1b and the first core assembly sheet belt conveyor structure a is arranged at opposite side；
Chip belt 5a, 5b in first core assembly sheet belt conveyor structure a and the second core assembly sheet belt conveyor structure b extend and from bottom to top from punching
Cut out the both sides of mould 2 of mechanism along passing back through described mould 2, finally upwards about on the most die-cut chip belt winding wheel 4a, 4b.
After using said structure, the first core assembly sheet belt conveyor structure a and the second core assembly sheet belt conveyor structure b is close to being symmetrical arranged, no
But facilitate implementation the reverse conveying of chip belt 5a, 5b of two groups of chip belt conveyor structure a, b, and allow compact overall structure,
It is reasonably distributed.
Seeing Fig. 1-Fig. 3, described protecting film winding power mechanism is passed by protecting film rolling power motor 11a, 11b and belt
Motivation structure 12a, 12b are constituted, and described protecting film rolling power motor 11a, 11b are arranged in frame 1, belt gear 12a,
12b is arranged between the main shaft of protecting film rolling power motor 11a, 11b and the rotating shaft of chip belt protecting film winding wheel 2a, 2b.
The most die-cut described chip belt winding power mechanism is by the most die-cut chip belt rolling power motor 13a, 13b and belt gear
14a, 14b are constituted, and described the most die-cut chip belt rolling power motor 13a, 13b are arranged in frame 1, belt gear 14a,
14b is arranged on the main shaft of the most die-cut chip belt rolling power motor 13a, 13b and the rotating shaft of the most die-cut chip belt winding wheel 4a, 4b
Between.
See Fig. 1-Fig. 3, every core assembly sheet belt conveyor structure a, b on the extension path of chip belt 5a, 5b in be equipped with
Chip belt strainer and lower chip belt strainer, wherein, described upper chip belt strainer is arranged at chip blanking mechanism
And the most die-cut between chip belt winding wheel 1a, 1b, on this chip belt strainer include the upper swing component 8a hinged with frame 1,
8b and upper break-in wheel 9a, 9b of being located on swing component 8a, 8b, the most die-cut chip belt 5-extended out from described mould 2
2a, 5-2b walk around described upper break-in wheel 9a, 9b further around on the most die-cut chip belt winding wheel 4a, 4b.Described lower chip belt tensioning
Mechanism is arranged between the most die-cut chip belt winding wheel 1a, 1b and chip blanking mechanism, this lower chip belt strainer include with
The bottom moving part 6a, 6b that frame 1 is hinged and lower break-in wheel 7a, the 7b being located on the bottom moving part 6a, 6b, from the most die-cut described core
The most die-cut chip belt that sheet band winding wheel 1a, 1b extend out walk around described lower break-in wheel 6a, 6b, be located in frame 1 turn to
Wheel 10a, 10b, be positioned at the chip belt guiding rail 4 outside mould 2 and card conveying 3 after enter in described mould 2.
After above-mentioned upper chip belt strainer and lower chip belt strainer are set, utilize lower chip belt strainer to not
Chip belt 5a, 5b that die-cut chip belt winding wheel 1a, 1b discharge carries out tensioning, and obtain chip belt 5a, 5b of release
Length signals thus control the most die-cut chip belt winding wheel 1a, 1b rotation；In utilization, chip belt is led by chip belt strainer
Draw the most die-cut chip belt 5-2a, 5-2b that mechanism 3a, 3b pull out and carry out tensioning, and obtain the most die-cut chip belt pulled out
The length signals of 5-2a, 5-2b thus control the rotation of the most die-cut chip belt winding wheel 4a, 4b.Specifically, for lower chip belt
For strainer, when the most die-cut chip belt winding wheel 1a, 1b discharge chip belt 5a, 5b, described lower break-in wheel 7a, 7b can be with
With bottom moving part 6a, 6b swung downward thus all the time by chip 5a, 5b band tensioning, break-in instantly wheel 7a, 7b drop to a location
When putting, the sensor being arranged at this position detects this down position signal of lower break-in wheel 7a, 7b, thus forms control and do not rush
Cut chip belt winding wheel 1a, 1b and stop the signal (specifically controlling protecting film winding wheel 2a, 2b to stop operating) of release chip belt,
Under the traction of chip belt haulage gear 3a, 3b, chip belt 5a, 5b little by little pass through from mould 2 subsequently so that lower break-in is taken turns
7a, 7b follow the bottom moving part 6a, 6b and are swung up, and when break-in instantly wheel 7a, 7b rise to certain position, are arranged at this position
Sensor detects this lifting position signal of lower break-in wheel 7a, 7b, thus forms control the most die-cut chip belt winding wheel 1a, 1b
Again discharge the signal (specifically controlling protecting film winding wheel 2a, 2b to start to rotate) of chip belt, so constantly repeatedly work.
In like manner, for upper chip belt strainer, when the most die-cut chip belt 5-2a, 5-2b are led by chip belt haulage gear 3a, 3b
When extracting, described upper break-in wheel 7a, 7b can follow swing component 8a, 8b swung downward thus all the time by the most die-cut chip belt 5-
2a, 5-2b tensioning, when upper break-in wheel 9a, 9b drop to certain position, the sensor being arranged at this position detects break-in
This down position signal of wheel 9a, 9b, thus form control the most die-cut chip belt winding wheel 4a, 4b and rotate the most die-cut chip belt
5-2a, 5-2b rolling is got up, and now goes up break-in wheel 9a, 9b and starts to be raised above, when upper break-in wheel 9a, 9b rise to certain position
Time, the sensor being arranged at this position detects this lifting position signal of break-in wheel 9a, 9b, thus it is the most die-cut to form control
Chip belt winding wheel 4a, 4b stop rolling the most die-cut chip belt 5-2a, 5-2b, so constantly repeatedly work.
Below in conjunction with the accompanying drawings the operation principle of the intelligent card chip band conveyer device of the present invention is further described: for
Every core assembly sheet belt conveyor structure a, b, the most die-cut chip belt 5a, 5b rolling is at the most die-cut chip belt winding wheel 1a, 1b, chip belt
5a, 5b wherein a side surface overlying lid is by protecting film 5-1a, 5-1b, to protect chip；Protecting film rolling engine during work
Structure driving chip band protecting film winding wheel 2a, 2b rotate and protecting film 5-1a, 5-1b are peeled off from chip belt 5a, 5b and rolling,
Pullling the most die-cut chip belt winding wheel 1a, 1b to rotate chip belt 5a, 5b release, chip belt haulage gear 3a, 3b are to core simultaneously
Sheet band 5a, 5b pull so that chip belt 5a, 5b pass through step by step from the mould 2 of chip blanking mechanism, in order to by chip
Get off with the chip on 5a, 5b is the most die-cut；Chip belt after die-cut is in the driving of the most die-cut chip belt winding power mechanism
Lower rolling is on the most die-cut chip belt winding wheel 4a, 4b.Two groups of chip belt conveyor structure a, b chips band 5a, 5b are at described mould
Have at 2 and carry in the opposite direction, and the chip on chip belt 5a, 5b towards the most contrary so that in chip blanking mechanism
The chip gone out towards also contrary, can be respectively used to be encapsulated in card in different chip slot, thus at carrying core
Without rotary chip during sheet.
Above-mentioned for the present invention preferably embodiment, but embodiments of the present invention are not limited by foregoing, its
The change made under his any spirit without departing from the present invention and principle, modify, substitute, combine, simplify, all should be
The substitute mode of effect, within being included in protection scope of the present invention.
Claims (4)
1. an intelligent card chip band conveyer device, it is characterised in that including two groups of chip belt conveyor structure, often group chip belt is defeated
The most die-cut chip belt winding wheel, chip belt protecting film winding wheel, chip belt haulage gear, the most die-cut chip belt are received to send mechanism to include
The protecting film winding power mechanism of rolling wheel, driving chip band protecting film winding wheel rotation, the most die-cut chip belt rolling round of driving
The most die-cut dynamic chip belt winding power mechanism and chip belt guide, wherein, described chip belt haulage gear includes traction
Motor and traction wheel, chip belt the most die-cut chip belt winding wheel sequentially passes through mould and the traction wheel arrival of chip blanking mechanism
The most die-cut chip belt winding wheel；
Chip belt in described two groups of chip belt conveyor structure is parallel through the mould of chip blanking mechanism, and two chip belts
Conveying direction at described mould is contrary, and the chip on chip belt towards the most contrary.
Intelligent card chip band conveyer device the most according to claim 1, it is characterised in that at every core assembly sheet belt conveyor structure
In, the most die-cut described chip belt winding wheel, chip belt protecting film winding wheel and protecting film winding power mechanism are arranged at chip
The lower section of the mould of blanking mechanism, the most die-cut described chip belt winding wheel and the most die-cut chip belt winding power mechanism are arranged at core
The top of the mould of sheet blanking mechanism.
Intelligent card chip band conveyer device the most according to claim 2, it is characterised in that described two groups of chip belt conveyor
Structure is respectively the first core assembly sheet belt conveyor structure and the second core assembly sheet belt conveyor structure, wherein, the first core assembly sheet belt conveyor structure
In the most die-cut chip belt winding wheel and protecting film winding power mechanism in the second core assembly sheet belt conveyor structure be arranged at same
Side, the most die-cut chip belt winding wheel in the second core assembly sheet belt conveyor structure and the protecting film in the first core assembly sheet belt conveyor structure
Winding power mechanism is arranged at opposite side；Chip belt in first core assembly sheet belt conveyor structure and the second core assembly sheet belt conveyor structure
Extend from bottom to top and from the both sides of the mould of blanking mechanism along passing back through described mould, finally upwards about at the most die-cut chip
On band winding wheel.
4. according to the intelligent card chip band conveyer device described in any one of claim 1-3, it is characterised in that often group chip belt is defeated
Chip belt strainer and lower chip belt strainer, wherein, institute it is equipped with in sending mechanism on the extension path of chip belt
State chip belt strainer to be arranged between chip blanking mechanism and the most die-cut chip belt winding wheel, chip belt tensioning device on this
Structure includes the swing component hinged with frame and the break-in wheel being located on swing component, the most die-cut core extended out from described mould
Sheet band is walked around described break-in and is taken turns further around on the most die-cut chip belt winding wheel；Described lower chip belt strainer is arranged at the most die-cut
Between chip belt winding wheel and chip blanking mechanism, this lower chip belt strainer includes the swing component hinged with frame and sets
Break-in wheel on swing component, the most die-cut chip belt extended out from the most die-cut described chip belt winding wheel walks around described break-in
Wheel enters back in described mould.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610900538.7A CN106298596A (en) | 2016-10-15 | 2016-10-15 | A kind of intelligent card chip band conveyer device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610900538.7A CN106298596A (en) | 2016-10-15 | 2016-10-15 | A kind of intelligent card chip band conveyer device |
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Application publication date: 20170104 |