CN208120311U - Full-automatic paper feeder - Google Patents
Full-automatic paper feeder Download PDFInfo
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- CN208120311U CN208120311U CN201820133041.1U CN201820133041U CN208120311U CN 208120311 U CN208120311 U CN 208120311U CN 201820133041 U CN201820133041 U CN 201820133041U CN 208120311 U CN208120311 U CN 208120311U
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- paper advance
- advance mechanism
- paper
- front apron
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Abstract
The utility model discloses Full-automatic paper feeders, it mainly includes being disposed with Ya Cha mechanism, first paper advance mechanism and the second paper advance mechanism, the side of the Ya Cha mechanism and rack hingedly form the first rotary shaft, so that the cardboard stacked in Ya Cha mechanism can be poured at the first paper advance mechanism, front apron shield is provided with above second paper advance mechanism, a watt product front apron is installed on the front apron shield, described watt long-pending to be provided with the gap that feedboard passes through between front apron and the second paper advance mechanism, the height of first paper advance mechanism is higher than the second paper advance mechanism, cardboard is sent at watt product front apron of the second paper advance mechanism by the first paper advance mechanism, the dexter feeder of the utility model can realize Unmanned operation, cardboard can be accurately sent in dexter feeder, can meet the needs of high-speed press.
Description
Technical field
The utility model relates to board applications on printing machine, in particular to Full-automatic paper feeder.
Background technique
When printing machine at work, need constantly to printing machine carry out paper pushing board behaviour operation, at present carry out paper pushing board
Paper pushing board operation mostly is carried out using artificial when operation, i.e., is manually constantly transported to cardboard according to the printing rate of printing machine
In printing machine, but such method speed is slow, and worker's amount of labour is big, very inconvenient.
Utility model content
The technical issues of the utility model solves is to provide a kind of Full-automatic paper feeder for improving paper feeding plate efficiency.
Technical solution adopted by the utility model to solve its technical problems is：Full-automatic paper feeder, including rack, it is described
Ya Cha mechanism, the first paper advance mechanism and the second paper advance mechanism, the side of the Ya Cha mechanism and rack are disposed in rack
It is hinged to form the first rotary shaft, it is additionally provided with driving Ya Cha mechanism in the rack and is driven around the tooth fork rotation that the first rotary shaft rotates
Motivation structure, so that the cardboard stacked in Ya Cha mechanism can be poured at the first paper advance mechanism, above second paper advance mechanism
It is provided with front apron shield, watt product front apron, described watt of long-pending front apron and second dexter feeder are installed on the front apron shield
The gap that feedboard passes through is provided between structure, the height of first paper advance mechanism is higher than the second paper advance mechanism, so that first
Cardboard can be sent at watt product front apron of the second paper advance mechanism by paper advance mechanism, and the rack side is additionally provided with for detecting paper
The photoelectric sensor of plate height, the photoelectric sensor be located at watt product front apron and the first paper advance mechanism between.
It is further：Second paper advance mechanism two sides are provided with the direction second being mounted on front apron shield and send
Watt product side clappers of mechanism of paper, described watt of long-pending side baffle are located at watt product front apron close to the first paper advance mechanism side, described watt of product
Side baffle includes rack-mounted driving cylinder and the side clappers being fixed on cylinder output shaft.
It is further：Second paper advance mechanism two sides are provided with the second linear slide rail, front apron shield two sides
It is mounted on the second linear slide rail, described watt long-pending to be provided with third linear sliding rail between front apron and front apron shield, further include
It is fixed on the rack the front apron shield drive mechanism and be mounted on front that driving front apron shield is moved along the second linear slide rail
Watt product front apron driving mechanism that driving watt product front apron is moved along third linear sliding rail on plate shield.
It is further：First paper advance mechanism includes host arm and lifting arm, and the host arm is located to be pitched close to tooth
Mechanism side, the lifting arm are mounted in the second rotary shaft close to host arm side, and second rotating shaft terminal passes through axis
It holds and is fixed on the rack, so that lifting arm can be rotated around the second rotary shaft, driving lifting arm rotation is further fixed in the rack
Lifting arm rotary drive mechanism, the first paper advance mechanism close to the second paper advance mechanism side be also equipped with it is automatic shrink roller shutter, also
Including driving automatic roller shutter stretching and the volume of shrinking to the roller shutter drives below the second paper advance mechanism.
It is further：The Ya Cha mechanism includes the tooth fork panel that side and rack hingedly form the first rotary shaft, institute
It states tooth fork panel and the hinged side of rack is equipped with rotary encoder, it is linear sliding that tooth fork lifting is provided on the tooth fork panel
Rail, the tooth pitch the support plate and support plate is driven to move for being also vertically installed on panel and can pitching that lifting linear slide rail is moved along tooth
Support plate driving mechanism, tooth fork panel is provided with multirooted teeth fork heave compensation plate close to host arm side, described more
Tooth fork top, which is provided with, helps paper wheel, and the host arm is made of more first belt transmission lines, adjacent two first skins
With the gap being provided between transmission line for accommodating tooth fork heave compensation plate, so that when Ya Cha mechanism is rotated around the first rotary shaft
After the completion, tooth fork heave compensation plate can be moved to respectively between adjacent two first belt transmission lines, further include being fixed on tooth
Pitch the security warning lamp bar Ya Cha mechanism of panel side.
It is further：The support plate includes power mould group band and power mould group the is arranged in unpowered rolling with two sides
Cylinder, the support plate two sides are provided with electric up-down rubber-coated roller.
It is further：Second paper advance mechanism front end is additionally provided with the second belt transmission line, second dexter feeder
Structure bottom is additionally provided with driving telescoping drive mechanism of second belt transmission line to front stretching.
It is further：It has the final say and is fixed under the second belt transmission line after being provided in second belt transport line front end
Have the final say the rear clappers driving mechanism to travel forward after side's driving, it is described after clappers driving mechanism include driving cylinder, the driving
Buffer spring is provided between cylinder and rear clappers.
It is further：Second paper advance mechanism is mounted in third rotary shaft close to the first paper advance mechanism side, institute
Third rotating shaft terminal is stated to be fixed on the rack by bearing, so that the second paper advance mechanism can be rotated around third rotary shaft, it is described
The second paper advance mechanism rotary drive mechanism of driving the second paper advance mechanism rotation is further fixed in rack.
It is further：First paper advance mechanism is equipped with that multiple power are encapsulated to help paper close to the second paper advance mechanism side
Wheel.
The utility model has the beneficial effects that：The dexter feeder of the utility model can realize Unmanned operation, can be by cardboard standard
True is sent in dexter feeder, can meet the needs of high-speed press.
Detailed description of the invention
Fig. 1 is Full-automatic paper feeder schematic diagram.
Fig. 2 is Full-automatic paper feeder test chart.
Fig. 3 is schematic diagram when cardboard is toppled over by Ya Cha mechanism.
Fig. 4 has the final say area schematic after being.
In figure label for：Front apron shield 1, watt product front apron 2, watt a product side clappers the 3, second linear slide rail 4, third linear
Sliding rail 5, host arm 6, lifting arm 7, tooth fork panel 8, tooth fork lifting linear slide rail 9, power mould group band 10, support plate driving mechanism
11, tooth is pitched heave compensation plate 12, lifting rubber-coated roller 13, the second belt transmission line 14,15, third rotary shaft 16 of having the final say afterwards, is moved
Power is encapsulated help paper wheel 17, the second paper advance mechanism 18, no-power drum 19, help paper wheel 20, buffer spring 21, automatic winding curtain 22,
Security warning lamp bar 23, host arm belt 24.
Specific embodiment
The present invention will be further described below with reference to the accompanying drawings and specific embodiments.
Full-automatic paper feeder as shown in Figure 1 to Figure 3, including rack are disposed with Ya Cha mechanism, in the rack
One paper advance mechanism and the second paper advance mechanism 18, first paper advance mechanism and the second paper advance mechanism 18 can be belt conveyor or rolling
Cylinder transmission etc., the side of the Ya Cha mechanism and rack hingedly form the first rotary shaft, and driving tooth is additionally provided in the rack
The tooth fork rotary drive mechanism that fork mechanism rotate around the first rotary shaft, so that the cardboard stacked in Ya Cha mechanism can be poured into the
At one paper advance mechanism, it is provided with front apron shield 1 above second paper advance mechanism 18, is equipped on the front apron shield 1
Watt product front apron 2, is provided with the gap that feedboard passes through between described watt of long-pending front apron 2 and the second paper advance mechanism 18, and described the
The height of one paper advance mechanism is higher than the second paper advance mechanism 18, enables the first paper advance mechanism that cardboard is sent into the second paper advance mechanism 18
Watt product front apron 2 at, the rack side is additionally provided with the photoelectric sensor for detecting cardboard height, the photoelectric sensing
Device be located at watt product front apron 2 and the first paper advance mechanism between, at work, cardboard heap by external agency be transported to tooth fork machine
On structure, tooth fork rotary drive mechanism driving Ya Cha mechanism is rotated around the first rotary shaft, so that tooth pitches cardboard heap within the organization and inclined
It pours on the first paper advance mechanism, when photoelectric sensor does not receive the block signal of cardboard, represents at watt product front apron 2 at this time
In scarce cardboard state, the first paper advance mechanism setting in motion, cardboard is sent at the second paper advance mechanism 18 at this time, when cardboard is fallen into
After at second paper advance mechanism 18, the cardboard heap of accumulation is stopped by a watt product front apron 2, under the action of the second paper advance mechanism 18,
Cardboard heap across watt gap of the product front apron 2 with the second paper advance mechanism 18 with fish-scale pattern as fish scale, a pressure one
It opens and is transported to printing machine, after photoelectric sensor receives block signal, then the first paper advance mechanism stop motion, such structure can
It realizes Unmanned operation, cardboard can be accurately sent in dexter feeder, can meet the needs of high-speed press.
On the basis of the above, as shown in Figure 1,18 two sides of the second paper advance mechanism are provided with installation front apron shield 1
On the second paper advance mechanism 18 of direction watt product side clappers 3, described watt of long-pending side baffle be located at watt long-pending front apron 2 close to the first paper feeding
Mechanism side, described watt of long-pending side baffle include that rack-mounted driving cylinder and the side being fixed on cylinder output shaft are clapped
Plate drives the continuous driving side clappers of cylinder to be pushed forward at this time, realizes cardboard since cardboard heap is deposited at watt product front apron 2
It reforms, so that cardboard is flow in printing machine from the center of dexter feeder, ensure that the accuracy of paper pushing board.
On the basis of the above, described as shown in Figure 1,18 two sides of the second paper advance mechanism are provided with the second linear slide rail 4
1 two sides of front apron shield are mounted on the second linear slide rail 4, and described watt long-pending to be provided between front apron 2 and front apron shield 1
Three linear slide rails 5 further include the front apron shield 1 that driving front apron shield 1 is moved along the second linear slide rail 4 in fixed rack
Driving mechanism drives watt product front apron 2 to drive along watt product front apron 2 that third linear sliding rail 5 moves with front apron shield 1 is mounted on
The setting of motivation structure, second linear slide rail 4 and third linear sliding rail 5 can adjust a watt present position for product front apron 2
It is whole, so that the dexter feeder can be suitble to the paper pushing board of each specification cardboard to operate.
On the basis of the above, as shown in Figure 1 to Figure 3, first paper advance mechanism includes host arm 6 and lifting arm 7, described
The host arm belt 24 for driving paper to move is provided on host arm, the host arm 6 is located at close to Ya Cha mechanism side, institute
It states lifting arm 7 to be mounted in the second rotary shaft close to 6 side of host arm, second rotating shaft terminal is fixed on machine by bearing
On frame, so that lifting arm 7 can be rotated around the second rotary shaft, the lifting arm 7 that driving lifting arm 7 rotates is further fixed in the rack
Rotary drive mechanism, first paper advance mechanism are also equipped with automatic contraction roller shutter 22 close to 18 side of the second paper advance mechanism, also
The stretching of roller shutter 22 and volume are shunk automatically to the roller shutter drives below the second paper advance mechanism including driving, and are sent when carrying out first time
When cardboard operates, due to the cardboard heap not stacked at the first paper advance mechanism, at this point, the driving of 7 rotary drive mechanism of lifting arm rises
It drops arm 7 to rotate around the second rotary shaft, so that lifting arm 7 declines close to 18 one end of the second paper advance mechanism, the automatic roller shutter 22 that shrinks is received
Enter below lifting arm, so that cardboard heap can be smoothly transported at the second paper advance mechanism 18, thus prevents because of lifting
The difference in height of arm 7 and the second paper advance mechanism 18 is excessively high and causes cardboard that situations such as standing or tilting occurs.
On the basis of the above, as shown in Figure 1 to Figure 3, the Ya Cha mechanism includes that side and rack hingedly form the first rotation
The tooth of shaft pitches panel 8, and the tooth fork panel 8 and the hinged side of rack are equipped with rotary encoder, set on the tooth fork panel 8
It is equipped with tooth fork lifting linear slide rail 9, being also vertically installed on the tooth fork panel 8 can pitch what lifting linear slide rail 9 moved along tooth
The support plate driving mechanism 11 of support plate and driving support plate movement, the tooth fork panel 8 are provided with more close to 6 side of host arm
Rooted tooth pitches heave compensation plate 12, and multirooted teeth fork top, which is provided with, helps paper wheel 20, and the host arm 6 is by more first belts
Transmission line composition is provided between adjacent two first belt transmission lines for accommodating between tooth fork heave compensation plate 12
Gap, so that tooth fork heave compensation plate 12 can move to adjacent two respectively when Ya Cha mechanism is after the completion of the rotation of the first rotary shaft
The first belt transmission line between, further include be fixed on tooth fork 8 side of panel security warning lamp bar Ya Cha mechanism, working
When, under the conveying of external agency, the cardboard of stacking is transported in support plate, and then Ya Cha mechanism is revolved around the first rotary shaft
Turn, so that multirooted teeth fork heave compensation plate 12 is moved to respectively in the gap between adjacent two first belt transmission lines, then
Support plate driving mechanism 11 drives support plate that the cardboard stacked is pushed to move on host arm 6, and gradually shifts cardboard onto host
On arm 6, the conveying operations by cardboard on from Ya Cha mechanism to host arm 6 are completed, and due to the setting of rotary encoder, Ke Yishi
Now to the accurate control of rotation angle, and security warning lamp bar 23 is additionally provided in the present apparatus, the security warning lamp bar is three
Colored lights, when the stop motion of Ya Cha mechanism, safety warning light gives a green light, and when the operation of Ya Cha mechanism, safety alarm strip 23 is bright orange
Lamp, when Ya Cha mechanism emergency stop, safety alarm strip 23 sends out a warning, and the setting of paper wheel 20 is helped so that cardboard is transmitting in tooth fork top
Shi Buhui causes to damage to cardboard.
On the basis of the above, as shown in Figure 1, the support plate includes power mould group band 10 and is arranged in power mould group band two
The no-power drum 19 of side, the support plate two sides are provided with electric up-down rubber-coated roller (13), and such design is so that only need outer
Portion's conveying mechanism moves at support plate, makes support plate automatic under the action of power mould group band 10 and no-power drum 19
The cardboard of the stacking of external delivery mechanisms transmission is taken over, and the cardboard of stacking is inwardly transmitted at tooth fork panel 8, realizes heap
The setting of the automatic receive capabilities of stacker plate, electric up-down rubber-coated roller 13 can play barrier effect to cardboard from side, simultaneously
Cardboard will not be damaged.
On the basis of the above, as shown in Fig. 2, 18 front end of the second paper advance mechanism is additionally provided with the second belt transmission line
14,18 bottom of the second paper advance mechanism is additionally provided with driving telescoping drive mechanism of second belt transmission line 14 to front stretching,
The setting of telescopic second belt transmission line 14 can be changed the length for mutually lengthening the second paper advance mechanism 18, so that this
Paper advance mechanism can be suitble to the conveying operations of the cardboard of various specifications.
On the basis of the above, as shown in Fig. 2, clappers 15 and are fixed on after 14 front end of the second belt transmission line is provided with
The rear clappers driving mechanism that clappers 15 travel forward after driving below second belt transmission line 14, driving mechanism of having the final say after described
It including driving cylinder, the driving cylinder and has the final say be provided with buffer spring 21 between 15 afterwards, during paper feeding, have the final say 15 afterwards
Clappers 15 are pushed forward after driving mechanism driving, and the cardboard that will be fed into printing machine is clapped neatly, and due to the setting of buffer spring 21, so that
Clappers have certain elasticity afterwards, so that rear clappers will not cause to damage when clapping paper to paper.
On the basis of the above, second paper advance mechanism 18 is mounted on third rotary shaft 16 close to the first paper advance mechanism side
On, 16 both ends of third rotary shaft are fixed on the rack by bearing, so that the second paper advance mechanism 18 can be around third rotary shaft
16 rotate, and the second paper advance mechanism rotary drive mechanism of driving the second paper advance mechanism 18 rotation is further fixed in the rack, the
Two paper advance mechanism rotary drive mechanisms can drive the second paper advance mechanism 18 to rotate around third rotary shaft 16, send to realize to second
The fine tuning of the opposite printing machine height of mechanism of paper 18, so that this dexter feeder can be suitble to the use of different height printing machine.
On the basis of the above, as shown in Figure 1, first paper advance mechanism be equipped with close to 18 side of the second paper advance mechanism it is more
A power is encapsulated to help paper wheel 17, and the encapsulated setting for helping paper wheel 17 of the power can be transported to second from the first paper advance mechanism to cardboard
Buffer function is played when paper advance mechanism 18, prevents cardboard from hitting.Situations such as damaged.
Particular embodiments described above has carried out into one the purpose of this utility model, technical scheme and beneficial effects
Step is described in detail, it should be understood that being not limited to this foregoing is merely specific embodiment of the utility model
Utility model, within the spirit and principle of the utility model, any modification, equivalent substitution, improvement and etc. done should all wrap
Containing being within the protection scope of the utility model.
Claims (10)
1. Full-automatic paper feeder, including rack, it is characterised in that：Ya Cha mechanism, the first paper feeding are disposed in the rack
Mechanism and the second paper advance mechanism (18), the side of the Ya Cha mechanism and rack hingedly form the first rotary shaft, in the rack
It is additionally provided with driving Ya Cha mechanism and pitches rotary drive mechanism around the tooth that the first rotary shaft rotates, so that the paper stacked in Ya Cha mechanism
Plate can be poured at the first paper advance mechanism, front apron shield (1) is provided with above second paper advance mechanism (18), before described
Watt product front apron (2) is installed on baffle shield (1), is arranged between described watt of long-pending front apron (2) and the second paper advance mechanism (18)
There is the gap that feedboard passes through, the height of first paper advance mechanism is higher than the second paper advance mechanism (18), so that the first dexter feeder
Cardboard can be sent at watt product front apron (2) of the second paper advance mechanism (18) by structure, and the rack side is additionally provided with for detecting
The photoelectric sensor of cardboard height, the photoelectric sensor be located at watt product front apron (2) and the first paper advance mechanism between.
2. Full-automatic paper feeder as described in claim 1, it is characterised in that：Second paper advance mechanism (18) two sides are respectively provided with
There are watt product side clappers (3) for the direction the second paper advance mechanism (18) being mounted on front apron shield (1), described watt of long-pending side baffle position
In watt product front apron (2) close to the first paper advance mechanism side, described watt of long-pending side baffle includes rack-mounted driving cylinder
With the side clappers being fixed on cylinder output shaft.
3. Full-automatic paper feeder as claimed in claim 2, it is characterised in that：Second paper advance mechanism (18) two sides are provided with
Second linear slide rail (4), front apron shield (1) two sides are mounted on the second linear slide rail (4), described watt of long-pending front apron
(2) it is provided between front apron shield (1) third linear sliding rail (5), further includes being fixed on the rack driving front apron shield
(1) watt product is driven with front apron shield (1) is mounted on along front apron shield (1) driving mechanism of the second linear slide rail (4) movement
Watt product front apron (2) driving mechanism that front apron (2) is moved along third linear sliding rail (5).
4. Full-automatic paper feeder as described in claim 1, it is characterised in that：First paper advance mechanism includes host arm (6)
With lifting arm (7), the host arm (6) is located at close to Ya Cha mechanism side, and the lifting arm (7) is close to host arm (6) side
It is mounted in the second rotary shaft, second rotating shaft terminal is fixed on the rack by bearing, so that lifting arm (7) can be around
Two rotary shafts rotate, and lifting arm (7) rotary drive mechanism of driving lifting arm (7) rotation is further fixed in the rack, described
First paper advance mechanism is also equipped with automatic contraction roller shutter (22) close to the second paper advance mechanism (18) side, further includes driving automatic receipts
Crinkle curtain (22) is stretched out and is rolled up to the roller shutter drives below the second paper advance mechanism.
5. Full-automatic paper feeder as claimed in claim 4, it is characterised in that：The Ya Cha mechanism includes that side and rack are hinged
Tooth fork panel (8) of the first rotary shaft is formed, tooth fork panel (8) and the hinged side of rack are equipped with rotary encoder, institute
It states and is provided with tooth fork lifting linear slide rail (9) on tooth fork panel (8), being also vertically installed on tooth fork panel (8) can be along tooth
The support plate of fork lifting linear slide rail (9) movement and the support plate driving mechanism (11) of driving support plate movement, the tooth pitch face
Plate (8) is provided with multirooted teeth fork heave compensation plate (12) close to host arm (6) side, and multirooted teeth fork top, which is provided with, to be helped
Paper wheel (20), the host arm (6) are made of more first belt transmission lines, between adjacent two first belt transmission lines
It is provided with the gap for accommodating tooth fork heave compensation plate (12), so that when Ya Cha mechanism is after the completion of the rotation of the first rotary shaft,
Tooth fork heave compensation plate (12) can be moved to respectively between adjacent two first belt transmission lines, further include being fixed on tooth fork face
The security warning lamp bar (23) of plate (8) side.
6. Full-automatic paper feeder as claimed in claim 5, it is characterised in that：The support plate include power mould group band (10) and
No-power drum (19) of the power mould group with two sides is set, and the support plate two sides are provided with electric up-down rubber-coated roller
(13)。
7. Full-automatic paper feeder as described in claim 1, it is characterised in that：Second paper advance mechanism (18) front end is also set up
Have the second belt transmission line (14), the second paper advance mechanism (18) bottom be additionally provided with driving the second belt transmission line (14) to
The telescoping drive mechanism of front stretching.
8. Full-automatic paper feeder as claimed in claim 7, it is characterised in that：Second belt transmission line (14) the front end setting
The rear clappers driving that clappers (15) travel forward after driving below the second belt transmission line (14) is had the final say (15) and is fixed on after having
Mechanism, driving mechanism of having the final say after described include driving cylinder, are provided with buffering elastic between the driving cylinder and rear clappers (15)
Spring (21).
9. Full-automatic paper feeder as described in claim 1, it is characterised in that：Second paper advance mechanism (18) is sent close to first
Mechanism of paper side is mounted on third rotary shaft (16), and third rotary shaft (16) both ends are fixed on the rack by bearing,
So that the second paper advance mechanism (18) can be rotated around third rotary shaft (16), the second paper advance mechanism of driving is further fixed in the rack
(18) the second paper advance mechanism rotary drive mechanism rotated.
10. Full-automatic paper feeder as described in claim 1, it is characterised in that：First paper advance mechanism is close to the second paper feeding
Mechanism (18) side is equipped with that multiple power are encapsulated to help paper wheel (17).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820133041.1U CN208120311U (en) | 2018-01-25 | 2018-01-25 | Full-automatic paper feeder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820133041.1U CN208120311U (en) | 2018-01-25 | 2018-01-25 | Full-automatic paper feeder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208120311U true CN208120311U (en) | 2018-11-20 |
Family
ID=64206346
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820133041.1U Active CN208120311U (en) | 2018-01-25 | 2018-01-25 | Full-automatic paper feeder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208120311U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108082971A (en) * | 2018-01-25 | 2018-05-29 | 昆山麦锐特工业设备有限公司 | Full-automatic paper feeder |
| CN111532821A (en) * | 2020-06-01 | 2020-08-14 | 佛山永久纸业制品有限公司 | Automatic paperboard feeding machine |
-
2018
- 2018-01-25 CN CN201820133041.1U patent/CN208120311U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108082971A (en) * | 2018-01-25 | 2018-05-29 | 昆山麦锐特工业设备有限公司 | Full-automatic paper feeder |
| CN108082971B (en) * | 2018-01-25 | 2024-07-30 | 昆山麦锐特工业设备有限公司 | Full-automatic paper feeder |
| CN111532821A (en) * | 2020-06-01 | 2020-08-14 | 佛山永久纸业制品有限公司 | Automatic paperboard feeding machine |
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