CN206134655U - Smart card chip takes conveyor - Google Patents
Smart card chip takes conveyor Download PDFInfo
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- CN206134655U CN206134655U CN201621126480.7U CN201621126480U CN206134655U CN 206134655 U CN206134655 U CN 206134655U CN 201621126480 U CN201621126480 U CN 201621126480U CN 206134655 U CN206134655 U CN 206134655U
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- chip
- chip belt
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- wheel
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Abstract
The utility model discloses a smart card chip takes conveyor, including two core assembly film strip conveying mechanism, every core assembly film strip conveying mechanism is including not die -cut chip stripe winding wheel, chip stripe protection film winding wheel, chip stripe drive mechanism, die -cut chip stripe winding wheel, drive chip stripe protection film winding wheel pivoted protection film rolling conveying mechanism 0, drive die -cut chip stripe winding wheel pivoted die -cut chip stripe rolling conveying mechanism 0 and chip stripe guide, chip stripe among the two core assembly film strip conveying mechanism passes through chip blanking mechanism's mould parallelly, and two chip stripe are in the direction of delivery of mould department is opposite, and the orientation of the chip on the chip stripe is also opposite. The utility model discloses a smart card chip takes conveyor can carry the opposite chip stripe of chip orientation for chip blanking mechanism to can rush out the opposite chip of orientation, make the packaging efficiency of multicore piece card higher, the precision is better.
Description
Technical field
This utility model is related to smart card manufacturing equipment, and in particular to the chip belt in a kind of intelligent card chip packaging system
Conveyer device.
Background technology
In smart card production process, need to encapsulate chip into card.When chip package is carried out, need by chip
Blanking mechanism is punched the chip on chip belt, then the chip being punched is transported to into card by chip carrying packaging mechanism
It is packaged at the chip slot of piece.Because chip to be punched is arranged on chip belt, in chip blanking process, chip is needed
Band conveyer device is conveyed to chip belt, so that constantly chip to be punched is delivered at the mould of chip blanking mechanism.
Existing chip blanking mechanism can only be punched out to wall scroll chip belt, therefore existing card chip belt conveyer device
It is only used for conveying wall scroll chip belt.The direction of the chip on same chip belt is identical, but for multi-chip card
For, the direction positioned at the chip at card two ends is generally inconsistent, so by the chip gone out on same chip belt in encapsulation
When, segment chip needs to be packaged again through 180 ° of rotations, and this causes the efficiency of chip package to reduce, and chip carries packaging machine
The structure of structure is more complicated, and the encapsulation precision of chip is also influenced whether in addition.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, there is provided a kind of intelligent card chip band conveyer device,
The device can convey chip towards contrary chip belt for chip blanking mechanism such that it is able to go out towards contrary chip,
So that the packaging efficiency of multi-chip card is higher, precision is more preferable.
The purpose of this utility model is realized by following technical scheme：
A kind of intelligent card chip band conveyer device, including two groups of chip band conveying mechanism, every group of chip belt conveying mechanism bag
Include be not punched chip belt winding wheel, chip belt protecting film winding wheel, chip belt haulage gear, be punched chip belt winding wheel, drive
The protecting film winding power mechanism of dynamic chip belt protecting film winding wheel rotation, driving have been punched the punching of chip belt winding wheel rotation
Chip belt winding power mechanism and chip tape guiding piece are cut, wherein, the chip belt haulage gear includes traction electric machine and leads
Running wheel, chip belt be never punched chip belt winding wheel sequentially pass through chip blanking mechanism mould and traction wheel reach be punched core
Piece band winding wheel；
The two groups of chip with the chip belt in conveying mechanism parallel through chip blanking mechanism mould, and two cores
Conveying direction of the piece band at the mould conversely, and chip on chip belt direction it is also contrary.
Operation principle of the above-mentioned intelligent card chip with conveyer device be：For every group of chip belt conveying mechanism, it is not punched
Chip belt winding not being punched chip belt winding wheel, a wherein side surface overlying lid of chip belt by protecting film, to protect chip；
Protecting film winding power mechanism driving chip band protecting film winding wheel rotates and protecting film is peeled off and received from chip belt during work
Volume, while pull not being punched chip belt winding wheel and rotate discharging chip belt, chip belt haulage gear is pullled chip belt,
So that chip belt passes through step by step from the mould of chip blanking mechanism, so that the chip on chip belt is punched down one by one
Come；Chip belt after punching winds in the case where the driving of chip belt winding power mechanism is punched and is being punched chip belt winding wheel
On.Two groups of chip band conveying mechanism chips band is conveyed in the opposite direction at the mould, and the chip on chip belt
Direction is also contrary so that the direction of the chip gone out in chip blanking mechanism is also conversely, can be respectively used to be encapsulated in card
Towards in different chip slots, so as to carry chip processes in without the need for rotary chip.
A preferred version of the present utility model, wherein, it is described not to be punched chip belt in every group of chip belt conveying mechanism
Winding wheel, chip belt protecting film winding wheel and protecting film winding power mechanism are arranged under the mould of chip blanking mechanism
Side, it is described to be punched chip belt winding wheel and be punched the mould that chip belt winding power mechanism is arranged at chip blanking mechanism
Top.So can be by part is more and structure the is more complicated cabinet being partially disposed in below chip blanking mechanism so that
Compact conformation, the trend of chip belt is reasonable.
Preferably, the two groups of chip band conveying mechanism is respectively first group of chip belt conveying mechanism and second group of chip belt
Conveying mechanism, wherein, it is not punched chip belt winding wheel and second group of chip belt conveyer in first group of chip belt conveying mechanism
Protecting film winding power mechanism in structure is arranged at the same side, and in second group of chip belt conveying mechanism chip belt winding is not punched
Protecting film winding power mechanism in wheel and first group of chip belt conveying mechanism is arranged at opposite side；First group of chip belt conveyer
Chip belt in structure and second group of chip belt conveying mechanism extends from bottom to top and reverse from the both sides edge of the mould of blanking mechanism
Through the mould, finally upwards about being punched on chip belt winding wheel.After using said structure, first group of chip belt conveying
Mechanism and second group of chip belt conveying mechanism facilitate implementation chip of the two groups of chip with conveying mechanism close to being symmetrical arranged, not only
The reverse conveying of band, and allow compact overall structure, it is reasonably distributed.
A preferred version of the present utility model, wherein, every group of chip belt conveying mechanism is on the extension path of chip belt
In be equipped with chip belt strainer and lower chip belt strainer, wherein, the upper chip belt strainer is arranged at core
Piece blanking mechanism and be not punched between chip belt winding wheel, on this chip belt strainer include the swing component that is hinged with frame with
And the break-in wheel being located on swing component, the chip belt of punching extended out from the mould bypasses the break-in wheel further around
On punching chip belt winding wheel；The lower chip belt strainer is arranged at and is not punched chip belt winding wheel and chip blanking mechanism
Between, the lower chip belt strainer includes the swing component being hinged with frame and the break-in wheel being located on swing component, from described
The chip belt that is not punched for not being punched that chip belt winding wheel extends out bypasses the break-in wheel and enters back in the mould.
It is using the purpose of above-mentioned preferred version：Released not being punched chip belt winding wheel using lower chip belt strainer
The chip belt released is tensioned, and obtains the length signals of the chip belt of release so as to control not being punched chip belt winding wheel
Rotation；The chip belt of punching pulled out to chip belt haulage gear using upper chip belt strainer is tensioned, and
The length signals for being punched chip belt that pulls out of acquisition is so as to controlling to be punched the rotation of chip belt winding wheel.Specifically, it is right
For lower chip belt strainer, when chip belt winding wheel release chip belt is not punched, the break-in wheel can follow swing
Part, so as to all the time be tensioned chip belt, when break-in wheel drops to certain position, is arranged at the sensor of the position to lower swing
The down position signal of break-in wheel is detected, so as to form control the letter that chip belt winding wheel stops release chip belt is not punched
Number (specifically control protecting film winding wheel stop operating), subsequently under the traction of chip belt haulage gear chip belt little by little from
Pass through in mould so that break-in wheel follows swing component to be swung up, when break-in wheel rises to certain position, be arranged at the position
Sensor detect the lifting position signal of break-in wheel, discharge core again so as to forming control and not being punched chip belt winding wheel
The signal (specifically controlling protecting film winding wheel to start to rotate) of piece band, so constantly repeatedly works.In the same manner, for upper chip
For band strainer, when chip belt haulage gear will be punched chip belt to be pulled out, the break-in wheel can follow swing
Part, so as to will be punched chip belt tensioning all the time, when break-in wheel drops to certain position, is arranged at the position to lower swing
Sensor detects the down position signal of break-in wheel, so as to formed control be punched chip belt winding wheel rotate will be punched
Chip belt winding 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 the position
Sensor detects the lifting position signal of break-in wheel, so as to formed control be punched chip belt winding wheel stop winding rushing
Chip belt is cut, is so constantly repeatedly worked.
This utility model has compared with prior art following beneficial effect：
Due to being provided with two groups of chip band conveying mechanism, and corresponding two chips 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 directly be transported to respectively the two ends of card and be encapsulated in chip slot, handling process
In without the need for rotary chip so that the packaging efficiency of multi-chip card is higher, and precision is more preferable.
Description of the drawings
Fig. 1 and Fig. 2 are the knot of with conveyer device specific embodiment of intelligent card chip described in the utility model
Structure schematic diagram, wherein, Fig. 1 is front view, and Fig. 2 is rearview, wherein, thick double dot dash line in Fig. 1 represents that first group of chip belt is defeated
The chip belt in mechanism, thin double dot dash line is sent to represent the chip belt in the second chip belt conveying mechanism；Thick double dot dash line table in Fig. 2
Show the chip belt in second group of chip belt conveying mechanism, thin double dot dash line represents the chip in first group of chip belt conveying mechanism
Band.
Fig. 3 is the dimensional structure diagram of main composition part in Fig. 1 and Fig. 2 illustrated embodiments.
Detailed description of main elements in figure：Same names in first group of chip belt conveying mechanism and second group of chip belt conveying mechanism
Technical characteristic using identical Arabic numerals number, and behind the Arabic numerals increase letter a and b make a distinction,
Wherein, a represents the corresponding technical characteristic of first group of chip belt conveying mechanism, and b represents that second group of chip belt conveying mechanism is corresponding
Technical characteristic.
Specific embodiment
This utility model is described in further detail with reference to embodiment and accompanying drawing, but enforcement of the present utility model
Mode not limited to this.
Referring to Fig. 1-Fig. 3, intelligent card chip band conveyer device of the present utility model is by two groups of chip band conveying mechanism a, b structure
Into this two groups of chip band conveying mechanism a, b are respectively first group of chip belt conveying mechanism a and second group of chip belt conveying mechanism b.
Every group of chip belt conveying mechanism a, b include not being punched chip belt winding wheel 1a, 1b, chip belt protecting film winding wheel 2a, 2b, chip
With haulage gear 3a, 3b, the protection that chip belt winding wheel 4a, 4b, driving chip are rotated with protecting film winding wheel 2a, 2b has been punched
Film winding power mechanism, driving be punched chip belt winding wheel 4a, 4b rotation the chip belt of punching winding power mechanism and
Chip 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 are never punched the mould 2 and traction wheel 3- that chip belt winding wheel 1a, 1b sequentially pass through chip blanking mechanism
2a, 3-2b are reached and have been punched chip belt winding wheel 4a, 4b.The two groups of chip is put down with chip belt 5a, the 5b in conveying mechanism a, b
Capablely by the mould 2 of chip blanking mechanism, and the conveying direction of two chip belts 5a, 5b at the mould 2 is conversely, and core
Direction of the piece with the chip on 5a, 5b is also contrary.
It is described not to be punched chip belt winding wheel 1a, 1b, core in every group of chip belt conveying mechanism a, b referring to Fig. 1-Fig. 3
Piece is arranged at the lower section of the mould 2 of chip blanking mechanism, institute with protecting film winding wheel 2a, 2b and protecting film winding power mechanism
State and be punched chip belt winding wheel 4a, 4b and be punched the mould 2 that chip belt winding power mechanism is arranged at chip blanking mechanism
Top.So can make in part is more and structure the is more complicated cabinet being partially disposed in below chip blanking mechanism
Compact conformation is obtained, the trend of chip belt 5a, 5b is reasonable.
Referring to Fig. 1-Fig. 3, in first group of chip belt conveying mechanism a chip belt winding wheel 1a and second group are not punched
Protecting film winding power mechanism in chip belt conveying mechanism b is arranged at the same side, in second group of chip belt conveying mechanism b not
Protecting film winding power mechanism in punching chip belt winding wheel 1b and first group of chip belt conveying mechanism a is arranged at opposite side；
Chip belt 5a, 5b in first group of chip belt conveying mechanism a and second group of chip belt conveying mechanism b extends from bottom to top and from punching
The both sides of mould 2 of mechanism are cut out along passing back through the mould 2, finally upwards about being punched on chip belt winding wheel 4a, 4b.
After using said structure, first group of chip belt conveying mechanism a and second group of chip belt conveying mechanism b close to being symmetrical arranged, no
But facilitate implementation the reverse conveying of chip belt 5a, 5b with conveying mechanism a, b of two groups of chip, and allow compact overall structure,
It is reasonably distributed.
Referring to Fig. 1-Fig. 3, the protecting film winding power mechanism winds power motor 11a, 11b by protecting film and belt is passed
Motivation structure 12a, 12b are constituted, and described protecting film winding power motor 11a, 11b are arranged in frame 1, belt gear 12a,
12b is arranged between the main shaft of protecting film winding power motor 11a, 11b and the rotating shaft of chip belt protecting film winding wheel 2a, 2b.
The chip belt winding power mechanism that is not punched is not by being punched chip belt winding power motor 13a, 13b and belt gear
14a, 14b are constituted, and described chip belt winding power motor 13a, 13b of not being punched is arranged in frame 1, belt gear 14a,
14b is arranged on the main shaft and the rotating shaft for not being punched chip belt winding wheel 4a, 4b for not being punched chip belt winding power motor 13a, 13b
Between.
Referring to Fig. 1-Fig. 3, every group of chip belt conveying mechanism a, b on the extension path of chip belt 5a, 5b in be equipped with
Chip belt strainer and lower chip belt strainer, wherein, the upper chip belt strainer is arranged at chip blanking mechanism
Be not punched between chip belt winding wheel 1a, 1b, chip belt strainer includes being hinged with frame 1 on this upper swing component 8a,
8b and upper break-in wheel 9a, 9b for being located on swing component 8a, 8b, from the chip belt 5- of punching that the mould 2 extends out
2a, 5-2b bypass described upper break-in wheel 9a, 9b further around being punched on chip belt winding wheel 4a, 4b.The lower chip belt tensioning
Mechanism is arranged at and is not punched between chip belt winding wheel 1a, 1b and chip blanking mechanism, the lower chip belt strainer include with
Bottom moving part 6a, 6b that frame 1 is hinged and lower break-in wheel 7a, 7b for being located on the bottom moving part 6a, 6b, from described core is not punched
Piece with winding wheel 1a, 1b extend out be not punched chip belt bypass the lower break-in wheel 6a, 6b, be located in frame 1 turn to
Enter in the mould 2 after wheel 10a, 10b, the chip belt guiding rail 4 on the outside of mould 2 and card conveying 3.
After arranging above-mentioned upper chip belt strainer and lower chip belt strainer, using lower chip belt strainer to not
Chip belt 5a, 5b that punching chip belt winding wheel 1a, 1b are discharged is tensioned, and obtain chip belt 5a, 5b of release
Length signals is so as to controlling not being punched the rotation of chip belt winding wheel 1a, 1b；Chip belt is led using upper chip belt strainer
Draw punching chip belt 5-2a, 5-2b that mechanism 3a, 3b pull out to be tensioned, and obtain the punching chip belt for pulling out
The length signals of 5-2a, 5-2b is so as to controlling to be punched the rotation of chip belt winding wheel 4a, 4b.Specifically, for lower chip belt
For strainer, when chip belt winding wheel 1a, 1b release chip belt 5a, 5b is not punched, described lower break-in wheel 7a, 7b can be with
With bottom moving part 6a, 6b to lower swing so as to all the time by chip 5a, 5b band tensioning, instantly break-in wheel 7a, 7b drop to a positioning
When putting, the sensor for being arranged at the position detects the down position signal of lower break-in wheel 7a, 7b, does not rush so as to form control
The signal (specifically controlling protecting film winding wheel 2a, 2b to stop operating) that chip belt winding wheel 1a, 1b stop release chip belt is cut,
Subsequently chip belt 5a, 5b are little by little passed through from mould 2 under the traction of chip belt haulage gear 3a, 3b so that lower break-in wheel
7a, 7b follow the bottom moving part 6a, 6b to be swung up, and when instantly break-in wheel 7a, 7b rise to certain position, are arranged at the position
Sensor detects the lifting position signal of lower break-in wheel 7a, 7b, and so as to form control chip belt winding wheel 1a, 1b are not punched
Again the signal (specifically controlling protecting film winding wheel 2a, 2b to start to rotate) of chip belt is discharged, is so constantly repeatedly worked.
In the same manner, for upper chip belt strainer, when chip belt haulage gear 3a, 3b leads chip belt 5-2a, 5-2b is punched
When extracting, described upper break-in wheel 7a, 7b can follow swing component 8a, 8b to lower swing so as to will be punched chip belt 5- all the time
2a, 5-2b are tensioned, and when upper break-in wheel 9a, 9b drop to certain position, the sensor for being arranged at the position detects break-in
Wheel 9a, 9b the down position signal, so as to formed control be punched chip belt winding wheel 4a, 4b rotate will be punched chip belt
5-2a, 5-2b winding is got up, and is now gone up break-in wheel 9a, 9b and is started to be raised above, when upper break-in wheel 9a, 9b rise to certain position
When, the sensor for being arranged at the position detects the lifting position signal of break-in wheel 9a, 9b, is punched so as to form control
Chip belt winding wheel 4a, 4b stop winding and have been punched chip belt 5-2a, 5-2b, so constantly repeatedly work.
Operation principle of the intelligent card chip of the present utility model with conveyer device is further described below in conjunction with the accompanying drawings：
For every group of chip belt conveying mechanism a, b, chip belt 5a, 5b winding not being punched be not punched chip belt winding wheel 1a, 1b, core
A wherein side surface overlying lid of the piece with 5a, 5b by protecting film 5-1a, 5-1b, to protect chip；Protecting film winding is dynamic during work
Force mechanisms driving chip band protecting film winding wheel 2a, 2b are rotated and protecting film 5-1a, 5-1b are peeled off and received from chip belt 5a, 5b
Volume, rotates chip belt 5a, 5b release, chip belt haulage gear 3a, 3b couple while pullling and not being punched chip belt winding wheel 1a, 1b
Chip belt 5a, 5b are pullled so that chip belt 5a, 5b pass through step by step from the mould 2 of chip blanking mechanism, so as to by core
Piece is punched one by one with the chip on 5a, 5b；Chip belt after punching is being punched the drive of chip belt winding power mechanism
Dynamic lower winding is being punched on chip belt winding wheel 4a, 4b.Two groups of chip band conveying mechanism a, b chips band 5a, 5b are described
Convey in the opposite direction at mould 2, and the direction of the chip on chip belt 5a, 5b is also contrary so that in chip blanking mechanism
In the direction of chip gone out also conversely, can be respectively used to be encapsulated in card towards in different chip slots, so as to carry
Without the need for rotary chip in chip processes.
It is above-mentioned for this utility model preferably embodiment, but embodiment of the present utility model is by the above
Limit, it is other it is any without departing from spirit of the present utility model and the change, modification, replacement made under principle, combine, it is simple
Change, should be equivalent substitute mode, be included within protection domain of the present utility model.
Claims (4)
1. a kind of intelligent card chip is with conveyer device, it is characterised in that including two groups of chip band conveying mechanism, every group of chip belt is defeated
Send mechanism include be not punched chip belt winding wheel, chip belt protecting film winding wheel, chip belt haulage gear, be punched chip belt receipts
Protecting film winding power mechanism that rolling wheel, driving chip are rotated with protecting film winding wheel, driving have been punched chip belt winding rotation
The dynamic chip belt of punching winding power mechanism and chip tape guiding piece, wherein, the chip belt haulage gear includes traction
Motor and traction wheel, chip belt is never punched the mould and traction wheel arrival that chip belt winding wheel sequentially passes through chip blanking mechanism
Chip belt winding wheel has been punched；
The two groups of chip with the chip belt in conveying mechanism parallel through chip blanking mechanism mould, and two chip belts
Conveying direction at the mould conversely, and chip on chip belt direction it is also contrary.
2. intelligent card chip according to claim 1 is with conveyer device, it is characterised in that in every group of chip belt conveying mechanism
In, chip belt winding wheel, chip belt protecting film winding wheel and the protecting film winding power mechanism of not being punched is arranged at chip
The lower section of the mould of blanking mechanism, it is described be punched chip belt winding wheel and be punched chip belt winding power mechanism be arranged at core
The top of the mould of piece blanking mechanism.
3. intelligent card chip according to claim 2 is with conveyer device, it is characterised in that the two groups of chip band conveyer
Structure is respectively first group of chip belt conveying mechanism and second group of chip belt conveying mechanism, wherein, first group of chip belt conveying mechanism
In the protecting film winding power mechanism not being punched in chip belt winding wheel and second group of chip belt conveying mechanism be arranged at it is same
Side, the protecting film not being punched in chip belt winding wheel and first group of chip belt conveying mechanism in second group of chip belt conveying mechanism
Winding power mechanism is arranged at opposite side；Chip belt in first group of chip belt conveying mechanism and second group of chip belt conveying mechanism
Extend both sides simultaneously from the mould of blanking mechanism from bottom to top along the mould is passed back through, finally upwards about being punched chip
On band winding wheel.
4. the intelligent card chip according to any one of claim 1-3 is with conveyer device, it is characterised in that every group of chip belt is defeated
Chip belt strainer and lower chip belt strainer are equipped with during mechanism is sent on the extension path of chip belt, wherein, institute
State chip belt strainer to be arranged at chip blanking mechanism and be not punched between chip belt winding wheel, chip belt tensioning device on this
Structure includes the swing component being hinged with frame and the break-in wheel being located on swing component, from the punching core that the mould extends out
Piece band bypasses the break-in wheel further around being punched on chip belt winding wheel；The lower chip belt strainer is arranged at and is not punched
Between chip belt winding wheel and chip blanking mechanism, the lower chip belt strainer includes the swing component being hinged with frame and sets
Break-in wheel on swing component, is not punched the chip belt that is not punched that chip belt winding wheel extends out and bypasses the break-in from described
Wheel is entered back in the mould.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621126480.7U CN206134655U (en) | 2016-10-15 | 2016-10-15 | Smart card chip takes conveyor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621126480.7U CN206134655U (en) | 2016-10-15 | 2016-10-15 | Smart card chip takes conveyor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206134655U true CN206134655U (en) | 2017-04-26 |
Family
ID=58573255
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621126480.7U Active CN206134655U (en) | 2016-10-15 | 2016-10-15 | Smart card chip takes conveyor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206134655U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106298596A (en) * | 2016-10-15 | 2017-01-04 | 广州明森科技股份有限公司 | A kind of intelligent card chip band conveyer device |
-
2016
- 2016-10-15 CN CN201621126480.7U patent/CN206134655U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106298596A (en) * | 2016-10-15 | 2017-01-04 | 广州明森科技股份有限公司 | A kind of intelligent card chip band conveyer device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20191106 Address after: 510000 2368 Kaitai Avenue, Huangpu District, Guangzhou City, Guangdong Province Patentee after: Guangzhou Mingsen Hexing Technology Co., Ltd. Address before: 510520 Guangdong city of Guangzhou province Tianhe District Guangshan Road No. 500 building 1-5 Patentee before: Guangzhou Mingsen Technologies Co., Ltd. |
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| TR01 | Transfer of patent right |