CN106395282A - Bilateral-open door device applied to bagged cargo stacking production line - Google Patents
Bilateral-open door device applied to bagged cargo stacking production line Download PDFInfo
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- CN106395282A CN106395282A CN201611014232.8A CN201611014232A CN106395282A CN 106395282 A CN106395282 A CN 106395282A CN 201611014232 A CN201611014232 A CN 201611014232A CN 106395282 A CN106395282 A CN 106395282A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G35/00—Mechanical conveyors not otherwise provided for
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Abstract
The invention provides a bilateral-open door device applied to a bagged cargo stacking production line and belongs to the technical field of mechanical equipment. The bilateral-open door device solves the technical problems that existing bagged cargoes do not fall precisely in the stacking process and the like. The bilateral-open door device comprises a mounting frame; two door panels capable of swinging are arranged at the upper part of the mounting frame; a driving motor and two rotating wheels are mounted on the mounting frame, wherein the driving motor has a locking function, and each rotating wheel is capable of driving the corresponding door panel to swing; the two rotating wheels can do synchronous reverse rotation under the driving of the driving motor; a sensor capable of sensing whether the bagged cargoes on the door panels are put in place is also arranged on the mounting frame. According to the bilateral-open door device provided by the invention, opening of the door panels is controlled by the driving motor; reliable and correct opening and closing actions of the door panels are realized; by arranging the sensor, the time when the bagged cargoes are put in place can be precisely known to control the driving motor to drive the door panels to act, so that precise opening of the door panels is realized, and the falling bagged cargoes can be stacked in place more precisely and more reliably.
Description
Technical field
The invention belongs to mechanical equipment technical field, it is related to a kind of production line for bag cargo closed assembly, particularly one
Plant for the split door gear on bag cargo closed assembly production line.
Background technology
Substantial amounts of granular, powdered goods, adopt including cement, flyash, breeze, chemical fertilizer, grain, feedstuff, industrial chemicals etc.
Pack the manner of packing being to commonly use most at present with bag, the features such as it has convenient, fast, low cost.At present, bag cargo
Carrying, transfer, handling be all manually one bag one bag folded bag, and arrange in pairs or groups certain plant equipment lifting, transfer, load and unload,
This not only will consume a lot of man power and materials, and working strength is high, and work efficiency is low, and easily causes the broken of material packing
Damage the loss with goods and materials.For filling the bag bag of powdered goods, substantial amounts of airborne dust can be produced in carrying, not only dirt be caused to environment
Dye, also seriously threatens the healthy of workman simultaneously.Become using streamline integration automatic overlapping and assembling for bag cargo
For a kind of trend.Bag cargo can be started to concentrate bundling repeated packing by it from delivery source, adapts to modernization turn to reach
The purpose of fortune handling, substantially increases shipment efficiency.
Chinese patent (notification number：CN202337376U, publication date：2012-07-18) disclose one kind and automatically fold bag collection
Installation, the top of bag bag input equipment is obliquely installed marsupial bag straightening from high to low and keeps in slide plate, the output of bag bag input equipment
End is connected with folded bag buffering slide plate one end, and the other end of folded bag buffering slide plate is arranged on the bag being controlled its action by the bag bag inputting
The top of bag packaging door gear, is provided with folded lodge running track in the lower section of bag bag packaging door gear, sets in running track
Be equipped with two can in running track automatic alternate operation and the folded lodge with bag bag packaging door gear interoperation, folded lodge
By the action control of bag bag packaging door gear, the action of bag bag input equipment is by the action control of folded lodge for action.
In Full-automatic bag folding containerized machine disclosed in above-mentioned patent documentation, also there is split door gear, but this clamshell doors dress
Putting is to be opened door using the self gravitation of bag cargo, then is resetted by balancing weight and drawstring, and whole process is not easy
Control it is difficult to ensure the accurate reliability of split door gear opening and closing action, thus the accuracy of blanking cannot be ensured.
Content of the invention
The present invention is directed to the problems referred to above that existing technology exists, and provides on a kind of closed assembly production line for bag cargo
Split door gear, the technical problem to be solved is：How to ensure the accurate reliability of bag cargo blanking stacking.
The purpose of the present invention can be realized by following technical proposal：
A kind of split door gear on closed assembly production line for bag cargo, including installing rack, the top of described installing rack
It is provided with the two fan door-plates swinging；It is characterized in that, described installing rack be provided with have latch functions motor and
Two runners that corresponding door-plate swings can be driven, two runners can synchronous under the drive of motor rotate backward；Institute
State to be additionally provided with installing rack and can sense the sensor that on described door-plate, whether bag cargo puts in place.
Its operation principle is as follows：This split door gear is arranged on bag cargo closed assembly production line, positioned at delivery track
End, the lower section of this split door gear is provided with charging carriage；Two door-plates are oppositely arranged, and during original state, two door-plates are in
Closure state, bag cargo enters into two door-plates from the end of delivery track, and two door-plates play support to bag cargo
Effect, now because motor has latch functions, the door-plate being connected with motor will not be moved, and bag cargo is complete
After putting in place, the signal that bag cargo puts in place is obtained by sensor sensing, motor drives two runner synchronous backwards to rotate,
Thus driving the equal swung downward in two adjacent sides of door-plate, the smooth blanking of bag cargo enters in charging carriage, realizes loading；
After the completion of bag cargo blanking stacking, motor drives the reverse action of runner again, thus realizing the closure of two door-plates.This skill
Door-plate in art scheme is opened by what motor was controlled, and the reliable in action that door-plate opens and closes is errorless, passes through
Setting sensor can accurately know the opportunity that bag cargo puts in place, thus controlling motor to drive door-plate action, realizes door
The accurate unlatching of plate, the position of bag cargo blanking stacking is more reliable；A motor is utilized in the technical program
Realize two runner synchronous backwards to rotate, thus driving two door-plate synchronization actions, the bag cargo on door-plate is all from two doors
The position of plate middle falls, and is not in deviation phenomenon, precisely may be used in the position further ensuring bag cargo blanking stacking
Lean on.
Motor in the technical program can realize locking by installing the dependency structure of auto-lock function, as excellent
First, the motor in the technical program adopts servomotor.
In the split door gear on the above-mentioned closed assembly production line for bag cargo, two door-plates are respectively door-plate one He
Door-plate two, the side of described door-plate one has rotating cylinder one, and the side of described door-plate two has rotating cylinder two, and two runners are respectively and turn
Wheel one and runner two, described runner one can drive rotating cylinder one reciprocating rotation, and described runner two can drive rotating cylinder two reciprocating rotary
Dynamic.Runner one and runner two rotate and drive rotating cylinder one and rotating cylinder two to rotate certain angle, thus realizing door-plate one and door respectively
The swing of plate two, motor pass through two drive mechanisms control door-plate one and door-plate two synchronization action respectively it is achieved that
Bag cargo sequentially accurate reliable blanking from this split door gear.
In the split door gear on the above-mentioned closed assembly production line for bag cargo, the end position of described rotating cylinder one is solid
It is provided with eccentric block one, between described runner one and described eccentric block one, is provided with connecting rod one, one end of described connecting rod one is inclined with described
The end of heart block one is hinged, and the other end of described connecting rod one is hinged at the eccentric position of described runner end face；Described turn
The end position of cylinder two is installed with eccentric block two, is provided with connecting rod two, described connecting rod between described runner two and described eccentric block two
Two one end is hinged with the end of described eccentric block two, and the other end of described connecting rod two is hinged on the inclined of described runner biend
At heart position.Motor simultaneously drives runner one and runner two rotation, thus drivening rod one and connecting rod two swing, then passes through
Swing is converted into rotating cylinder one and the rotation of rotating cylinder two by eccentric structure, and precisely realizes door-plate one He on movement range from the time
The opening and closing of door-plate two, thus ensure that the accurate reliability of bag cargo blanking stacking.
As an alternative, door-plate one and door-plate two can also be driven using chain drive or gear-driven mode
Swing.
In the split door gear on the above-mentioned closed assembly production line for bag cargo, described runner one is installed in described drive
On the output shaft of galvanic electricity machine, the output shaft of described motor is fixedly provided with driving gear, described installing rack is provided with transmission
Axle, described power transmission shaft is installed with the driven gear being meshed with described driving gear, and described runner two is installed in described transmission
On axle.Further, power transmission shaft and the output shaft parallel interval of motor are arranged, and the output shaft of motor is near rotating cylinder
One, power transmission shaft is near rotating cylinder two.In the technical program, door-plate one and door-plate two action are driven by a motor simultaneously, profit
With driving gear and driven gear engaged transmission, ensure that the accurate reliability of action.
In the split door gear on the above-mentioned closed assembly production line for bag cargo, described sensor includes sense contact
With the sensing chip in strip, the middle part of described sensing chip is hinged on described installing rack, and one end of described sensing chip can be with
Described sense contact leans, and the other end of described sensing chip extends between described rotating cylinder one and rotating cylinder two and is located at described door
Plate one and the top of door-plate two.When there is no bag cargo between rotating cylinder one and rotating cylinder two, one end end of sensing chip against
In sense contact, induced signal is normally closed signal, and motor is failure to actuate；When bag cargo is discharged on door-plate one and door-plate two
When, the other end of sensing chip can be pressed to so that sensing chip is around hinged spot wobble, at this time sense contact and sensing chip disengaging, lead to
Crossing transmission induced signal makes motor action, opens door-plate one and door-plate two, and bag cargo is smooth to be fallen；Sensing chip finally weighs
New reset, in the technical program, the reset of sensing chip both can be resetted using back-moving spring, can also be by its own weight
Power completes homing action.Whether put in place using mechanical contact induction apparatuss sensing bag cargo in the technical program, ensure that
Precision in this complex environment, it is to avoid interference and misoperation that the extraneous factor such as dust produces, realizes motor band
The accurate reliability that dynamic door-plate is opened, and then improve the accurate reliability of bag cargo blanking stacking.
As other schemes, above-mentioned sensor can adopt the photoelectric sensor of correlation to replace.
In the split door gear on the above-mentioned closed assembly production line for bag cargo, during original state, described door-plate one
There is and door-plate two between gap and described door-plate one and door-plate two are all arranged obliquely towards to direction.Door-plate one and door-plate two
Between gap less, bag cargo will not drop from this gap, by door-plate one is obliquely installed with door-plate two, so and
Gap combines and plays a guide effect, can be close to the center meta of rotating cylinder one and rotating cylinder two when bag cargo falls as far as possible
Put, when door-plate one is opened with door-plate two it is ensured that bag cargo blanking position accurate.
In the split door gear on the above-mentioned closed assembly production line for bag cargo, described door-plate one and door-plate two are first
Angle of inclination during beginning state is identical and is 15 °～45 °.It is preferably 30 °, the setting of this angle can either ensure bag cargo
Smoothly enter on door-plate one and door-plate two, can guarantee that bag cargo passes through door-plate one and the guide effect of door-plate two just reaches again
Really position, thus ensure the accurate of position during bag cargo blanking.
In the split door gear on the above-mentioned closed assembly production line for bag cargo, described installing rack is included by two horizontal strokes
The rectangular frame that beam and two longerons are encircled into, described rotating cylinder one and rotating cylinder two set up separately on two longerons and are parallel to each other and set
Put.So door-plate one and door-plate two can synchronization action, and keep spacing between the two uniform.
In the split door gear on the above-mentioned closed assembly production line for bag cargo, described motor is installed therein
On a piece crossbeam and be located at described crossbeam medium position.Between the installation site of motor and rotating cylinder one and rotating cylinder two
Spacing is roughly the same, the bang path of such power also roughly the same with distance it is ensured that the step one of door-plate one and door-plate two
Cause, action is precisely reliable.
In the split door gear on the above-mentioned closed assembly production line for bag cargo, the rule of described rotating cylinder one and rotating cylinder two
Lattice are identical, and described door-plate one is identical with the specification of door-plate two, and the diameter of described rotating cylinder one and rotating cylinder two is door-plate one and/or door-plate
The 1/10 of spacing between more than ten times of two thickness and a diameter of rotating cylinder one of described rotating cylinder one and rotating cylinder two and rotating cylinder two～
1/3.In such structure, rotating cylinder one and rotating cylinder two both can drive door-plate one and door-plate two to do oscillating motion, simultaneously can also be
The effect of fence is played in both sides, prevents bag cargo from leaving out outside this device.
Compared with prior art, in the present invention, there is advantages below：
1st, the door-plate in the present invention is opened by what motor was controlled, the reliable in action that door-plate opens and closes
Errorless, can accurately know the opportunity that bag cargo puts in place by arranging sensor, thus controlling motor to drive door-plate to move
Make, realize the accurate unlatching of door-plate, the position of bag cargo blanking stacking is more reliable.
2nd, realize two runner synchronous backwards using a motor in the present invention to rotate, thus driving two door-plates same
Step action, the bag cargo on door-plate all falls from the position of two door-plate middles, is not in deviation phenomenon, protects further
The position having demonstrate,proved bag cargo blanking stacking is precisely reliable.
Brief description
Fig. 1 is the use state structural representation of this split door gear.
Fig. 2 is the perspective view one of this split door gear.
Fig. 3 is the perspective view two of this split door gear.
In figure, 1, installing rack；1a, crossbeam；1b, longeron；2nd, rotating cylinder one；3rd, rotating cylinder two；4th, door-plate；4a, door-plate one；4b、
Door-plate two；5th, runner；5a, runner one；5b, runner two；6th, motor；9th, sensor；9a, sense contact；9b, sensing chip；
10th, eccentric block one；11st, eccentric block two；12nd, connecting rod one；13rd, connecting rod two；14th, driving gear；15th, driven gear；16th, it is driven
Axle；17th, delivery track；18th, charging carriage.
Specific embodiment
The following is the specific embodiment of the present invention and combine accompanying drawing, technical scheme is further described,
But the present invention is not limited to these embodiments.
As shown in figure 1, this split door gear is arranged on bag cargo closed assembly production line, positioned at the end of delivery track 17
Lower section, the lower section of this split door gear is provided with charging carriage 18；As shown in Figures 2 and 3, this split door gear includes installing rack 1,
The top of installing rack 1 is provided with the two fan door-plates 4 swinging；Installing rack 1 is provided with motor 6 He with latch functions
Two runners 5 that corresponding door-plate 4 swings can be driven, two runners 5 synchronous backward can turn under the drive of motor 6
Dynamic；It is additionally provided with installing rack 1 and can sense the sensor 9 that on door-plate 4, whether bag cargo puts in place.Furthermore, it is understood that two doors
Plate 4 is respectively door-plate one 4a and door-plate two 4b, and the side of door-plate one 4a has rotating cylinder 1, and the side of door-plate two 4b has rotating cylinder
23, two runners 5 are respectively runner one 5a and runner two 5b, and runner one 5a can drive rotating cylinder 1 reciprocating rotation, runner two
5b can drive rotating cylinder 23 reciprocating rotation；Installing rack 1 includes the rectangle frame being encircled into by two crossbeam 1a and two longeron 1b
Frame, rotating cylinder 1 and rotating cylinder 23 set up separately on two longeron 1b and arranged in parallel；Motor 6 horizontal stroke installed therein
On beam 1a and be located at crossbeam 1a medium position；Sensor 9 includes sense contact 9a and the sensing chip 9b in strip, sensing chip
The middle part of 9b is hinged on installing rack 1, and one end of sensing chip 9b can be leant with sense contact 9a, the other end of sensing chip 9b
Extend between rotating cylinder 1 and rotating cylinder 23 and be located at the top of door-plate one 4a and door-plate two 4b.During original state, door-plate one
4a and door-plate two 4b is in closure state, has gap and door-plate one 4a and door-plate two 4b is equal between door-plate one 4a and door-plate two 4b
Arrange obliquely towards to direction, door-plate one 4a with door-plate two 4b the angle of inclination in original state identical and be 15 °～
45 °, preferably 30 °；Gap between door-plate one 4a and door-plate two 4b is less, and bag cargo will not drop from this gap.When turn
When not having bag cargo between cylinder 1 and rotating cylinder 23, one end end of sensing chip 9b is resisted against sense contact 9a, induced signal
For normally closed signal, motor 6 is failure to actuate；When bag cargo falls into door-plate one 4a and door-plate two 4b from the end of delivery track 17
When upper, the other end of sensing chip 9b can be pressed to so that sensing chip 9b is around hinged spot wobble, at this time sense contact 9a and sensing chip
9b departs from, and makes motor 6 action by transmitting induced signal, and motor 6 drives runner one 5a and runner two 5b to rotate, and turns
Taking turns a 5a and runner two 5b is driving rotating cylinder 1 and rotating cylinder 23 to rotate certain angle, thus realizing door-plate one 4a and door respectively
The equal swung downward of plate two 4b, the smooth blanking of bag cargo enters charging carriage 18, realizes loading；After the completion of bag cargo blanking,
Motor 6 drives runner one 5a, the reverse action of runner two 5b again, thus realizing door-plate one 4a and the closure of door-plate two 4b；Logical
Whether motor 6 of overdriving controls the action of door-plate one 4a and door-plate two 4b, and put in place using sensor 9 sensing bag cargo, from
And achieve bag cargo sequentially accurate reliable blanking from this split door gear.
As shown in Fig. 2 the end position of rotating cylinder 1 is installed with eccentric block 1, between runner one 5a and eccentric block 1
It is provided with connecting rod 1, one end of connecting rod 1 is hinged with the end of eccentric block 1, the other end of connecting rod 1 is hinged on and turns
Take turns at the eccentric position of a 5a end face；The end position of rotating cylinder 23 is installed with eccentric block 2 11, runner two 5b and eccentric block 2 11
Between be provided with connecting rod 2 13, one end of connecting rod 2 13 is hinged with the end of eccentric block 2 11, and the other end of connecting rod 2 13 is hinged
At the eccentric position of runner two 5b end face, motor 6 simultaneously drives runner one 5a and runner two 5b to rotate, thus the company of drive
Bar 1 and connecting rod 2 13 swing, then by eccentric structure, swing are converted into rotating cylinder 1 and the rotation of rotating cylinder 23, realize door
Plate one 4a and the opening and closing of door-plate two 4b；Runner one 5a is installed on the output shaft of motor 6, motor 6 defeated
Driving gear 14 is fixedly provided with shaft, installing rack 1 is provided with power transmission shaft 16, power transmission shaft 16 is installed with and driving gear 14 phase
The driven gear 15 of engagement, runner two 5b is installed on power transmission shaft 16, further, the output of power transmission shaft 16 and motor 6
Axle parallel interval is arranged, and, near rotating cylinder 1, power transmission shaft 16 is near rotating cylinder 23 for the output shaft of motor 6；Logical in the present embodiment
Cross a motor 6 and drive door-plate one 4a and door-plate two 4b action simultaneously, engaged using driving gear 14 and driven gear 15
Transmission, ensure that the accurate reliability of action.
In the present embodiment, rotating cylinder 1 is identical with the specification of rotating cylinder 23, and door-plate one 4a is identical with the specification of door-plate two 4b, turns
The diameter of cylinder 1 and rotating cylinder 23 is more than ten times and rotating cylinder 1 and rotating cylinder 23 of the thickness of door-plate one 4a and/or door-plate two 4b
A diameter of rotating cylinder 1 and rotating cylinder 23 between spacing 1/10～1/3, preferably, the diameter of rotating cylinder 1 and rotating cylinder 23 is
A diameter of rotating cylinder 1 of 15 times of the thickness of door-plate one 4a and/or door-plate two 4b, rotating cylinder 1 and rotating cylinder 23 and rotating cylinder 23 it
Between spacing 1/5, in such structure, rotating cylinder 1 and rotating cylinder 23 both can drive door-plate one 4a and door-plate two 4b to do swing fortune
Dynamic, the effect of fence can also be played simultaneously in both sides, prevent bag cargo from leaving out outside this device；Driving in the present embodiment
Motor 6 is servomotor.
Specific embodiment described herein is only explanation for example to present invention spirit.The affiliated technology of the present invention is led
The technical staff in domain can be made various modifications or supplement or replaced using similar mode to described specific embodiment
Generation, but the spirit without departing from the present invention or surmount scope defined in appended claims.
Although more employing 1, installing rack herein；1a, crossbeam；1b, longeron；2nd, rotating cylinder one；3rd, rotating cylinder two；4th, door
Plate；4a, door-plate one；4b, door-plate two；5th, runner；5a, runner one；5b, runner two；6th, motor；9th, sensor；9a, sensing
Contact；9b, sensing chip；10th, eccentric block one；11st, eccentric block two；12nd, connecting rod one；13rd, connecting rod two；14th, driving gear；15th, from
Moving gear；16th, power transmission shaft；17th, delivery track；18th, the term such as charging carriage, but it is not precluded from the possibility using other terms
Property.It is used for the purpose of more easily describing and explaining the essence of the present invention using these terms；It is construed as any one
Additional restriction is all contrary with spirit of the present invention.
Claims (10)
1. the split door gear on a kind of closed assembly production line for bag cargo, including installing rack (1), described installing rack (1)
Top is provided with two fans door-plate (4) swinging；It is characterized in that, described installing rack (1) is provided with has latch functions
Motor (6) and can drive two runners (5) that corresponding door-plate (4) swings, two runners (5) can be in motor
(6) under drive, synchronization rotates backward；It is additionally provided with described installing rack (1) and the upper bag cargo of described door-plate (4) can be sensed be
The no sensor (9) putting in place.
2. the split door gear on the closed assembly production line for bag cargo according to claim 1 is it is characterised in that two
Door-plate (4) is respectively door-plate one (4a) and door-plate two (4b), and the side of described door-plate one (4a) has rotating cylinder one (2), described door
The side of plate two (4b) has rotating cylinder two (3), and two runners (5) are respectively runner one (5a) and runner two (5b), described runner
One (5a) can drive rotating cylinder one (2) reciprocating rotation, and described runner two (5b) can drive rotating cylinder two (3) reciprocating rotation.
3. the split door gear on the closed assembly production line for bag cargo according to claim 2 is it is characterised in that described
The end position of rotating cylinder one (2) is installed with eccentric block one (10), sets between described runner one (5a) and described eccentric block one (10)
There is connecting rod one (12), one end of described connecting rod one (12) is hinged with the end of described eccentric block one (10), described connecting rod one
(12) the other end is hinged at the eccentric position of described runner one (5a) end face；The end position of described rotating cylinder two (3) is fixed
There is eccentric block two (11), between described runner two (5b) and described eccentric block two (11), be provided with connecting rod two (13), described connecting rod two
(13) one end is hinged with the end of described eccentric block two (11), and the other end of described connecting rod two (13) is hinged on described runner
At the eccentric position of two (5b) end face.
4. the split door gear on the closed assembly production line for bag cargo according to claim 3 is it is characterised in that described
Runner one (5a) is installed on the output shaft of described motor (6), and the output shaft of described motor (6) is fixedly provided with master
Moving gear (14), described installing rack (1) is provided with power transmission shaft (16), and described power transmission shaft (16) is installed with and described driving gear
(14) driven gear (15) being meshed, described runner two (5b) is installed on described power transmission shaft (16).
5. according to Claims 2 or 3 or 4 for the split door gear on bag cargo closed assembly production line, its feature exists
In described sensor (9) includes sense contact (9a) and the sensing chip (9b) in strip, the middle part hinge of described sensing chip (9b)
It is connected on described installing rack (1), one end of described sensing chip (9b) can be leant with described sense contact (9a), described sensing
The other end of piece (9b) extends between described rotating cylinder one (2) and rotating cylinder two (3) and is located at described door-plate one (4a) and door-plate
The top of two (4b).
6. according to Claims 2 or 3 or 4 for the split door gear on bag cargo closed assembly production line, its feature exists
In, during original state, there is between described door-plate one (4a) and door-plate two (4b) gap and described door-plate one (4a) and door-plate two
(4b) all arrange obliquely towards to direction.
7. the split door gear on the closed assembly production line for bag cargo according to claim 6 is it is characterised in that described
The angle of inclination in original state is identical with door-plate two (4b) and is 15 °～45 ° for door-plate one (4a).
8. according to claim 1 or 2 or 3 or 4 for the split door gear on bag cargo closed assembly production line, its feature
It is, described installing rack (1) includes the rectangular frame being encircled into by two crossbeams (1a) and two longerons (1b), described rotating cylinder one
(2) and rotating cylinder two (3) set up separately upper and arranged in parallel in two longerons (1b).
9. the split door gear on the closed assembly production line for bag cargo according to claim 8 is it is characterised in that described
Motor (6) crossbeam (1a) installed therein is gone up and is located at the medium position of described crossbeam (1a).
10. according to Claims 2 or 3 or 4 for the split door gear on bag cargo closed assembly production line, its feature exists
In described rotating cylinder one (2) is identical with the specification of rotating cylinder two (3), and described door-plate one (4a) is identical with the specification of door-plate two (4b), institute
The diameter stating rotating cylinder one (2) and rotating cylinder two (3) is more than ten times of thickness of door-plate one (4a) and/or door-plate two (4b) and described
The 1/10～1/3 of spacing between a diameter of rotating cylinder one (2) of rotating cylinder one (2) and rotating cylinder two (3) and rotating cylinder two (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201611014232.8A CN106395282B (en) | 2016-11-17 | 2016-11-17 | A to opening door gear that is used for bagged goods closed assembly production line |
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|---|---|---|---|
| CN201611014232.8A CN106395282B (en) | 2016-11-17 | 2016-11-17 | A to opening door gear that is used for bagged goods closed assembly production line |
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| CN106395282A true CN106395282A (en) | 2017-02-15 |
| CN106395282B CN106395282B (en) | 2019-12-13 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106863763A (en) * | 2017-03-02 | 2017-06-20 | 海安华驰塑业科技有限公司 | A kind of receipts, doffer for plastic uptake processing |
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| CN106395282B (en) | 2019-12-13 |
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Effective date of registration: 20230323 Address after: Room 309, No. 1, Fuchun Silicon Valley Innovation Center, No. 398, Jiulong Avenue, Yinhu Street, Fuyang District, Hangzhou City, Zhejiang Province, 311400 Patentee after: Beina Industrial Technology (Hangzhou) Co.,Ltd. Address before: No. 68, Situoli, Putou Village, Ruoheng Town, Wenling City, Taizhou City, Zhejiang Province, 317507 Patentee before: Wu Jiangnan |