CN207275104U - Box packing machine takes box device at a high speed - Google Patents
Box packing machine takes box device at a high speed Download PDFInfo
- Publication number
- CN207275104U CN207275104U CN201721280464.8U CN201721280464U CN207275104U CN 207275104 U CN207275104 U CN 207275104U CN 201721280464 U CN201721280464 U CN 201721280464U CN 207275104 U CN207275104 U CN 207275104U
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- box
- sucker
- rotating disk
- high speed
- mainboard
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Abstract
Box device is taken the utility model discloses a kind of box packing machine at a high speed, including mainboard, be respectively equipped with bearing block and gearbox on the forward and backward face of mainboard, be sequentially installed with bearing block rotary sleeve and pay a transmission shaft, the two rear end respectively with level-one pinion gear and two level gear wheel key connection；Driving device is equipped with gearbox, driving device output shaft one end is connected with level-one pinion gear；Rotating disk is fixedly arranged at the front end with rotary sleeve, crank double leval jib slide block mechanism is equipped between transmission shaft and rotating disk paying, each connecting rod outer end on crank double leval jib slide block mechanism is separately installed with a pair and takes box sucker, makes to take box sucker under the action of crank quadric chain with formation three tips track on the rotating circumference of rotating disk.Beneficial effect is：It can realize automatic box taking, open box shaping and fall box automatically, compact-sized, run action is accurate steady reliable, and noise is low, efficient, and suitable high speed takes box, is especially suitable for completing the operation for taking large high-speed packaging line in box.
Description
Technical field
A kind of package packing machine is the utility model is related to, more particularly to one kind can realize automatic box taking, open box shaping, be automatic
The box packing machine for falling box takes box device at a high speed.
Background technology
At present, existing box packing machine, which takes, sets three groups of suckers in box device generally use rotating disk, pass through gear broad in the middle
Driving three groups of suckers, main transmission is chain drive, complicated, and manufacture is of high cost, transmission by track movement is put in planet constant amplitude
Stationarity is poor, noise is big, do not applied to the need that large (width is more than 120mm, grows and is more than 150mm) high-speed packaging line takes box
Will.With the fast development of intelligence manufacture packaging industry, the packaging large high speed of line take box device be increasingly acceptable to the market and
Accreditation, therefore it is the task of top priority to research and develop the supporting large high speed of connecting line equipment box packing machine of packing machine to take box device.
The content of the invention
Technical problem to be solved in the utility model be to provide for one kind can realize automatic box taking, open box shaping, from
Move box, operate steadily reliable, noise is low, and efficient box packing machine takes box device at a high speed.
To solve the above problems, the utility model adopts the following technical solution：
A kind of box packing machine takes box device, including mainboard at a high speed, and bearing block and speed change are respectively equipped with the forward and backward face of mainboard
Case, mutually nested and rotatable rotary sleeve is sequentially installed with bearing block and pays transmission shaft, rotary sleeve and pair transmission
The rear end of axis be inserted into gearbox and respectively with the level-one pinion gear in gearbox and two level gear wheel key connection；In speed change
Case is equipped with driving device, and driving device output shaft one end is connected with the level-one pinion drive；Consolidate in rotary sleeve front end
Surely there is rotating disk, crank double leval jib slide block mechanism is equipped between transmission shaft front end and rotating disk paying, in crank double leval jib sliding block
Each connecting rod outer end in mechanism is provided with a pair by a sucker axis respectively and takes box sucker, in the work of crank quadric chain
Make to take box sucker to be used for realization taking for the device with three uniformly distributed tip tracks are formed on the rotating circumference of rotating disk under
Box, shaping and fall box.
As further preferred, before the crank double leval jib slide block mechanism includes four connecting rods and is located at and pays transmission shaft
The crank at end, four groups of guide rods are evenly distributed in rotating disk outer end, and a sliding block, each connecting rod are respectively equipped with every group of guide rod
Middle part is respectively hinged on corresponding sliding block, and each connecting rod the inner is respectively hinged on the eccentric shaft of crank eccentric end.
As further preferred, four guide bar supports are evenly distributed in rotating disk outer end face, in rotating disk outer end face
The guide bar receiver for being sleeved on and paying on transmission shaft is fixed with the heart, every group of guide rod is separately fixed at guide bar receiver and is led with corresponding
Between bar stent.
As further preferred, the gearbox uses secondary gear transmission gear shift, and the rotary sleeve is with paying a transmission shaft
Realize that rotating ratio is 1 by gearbox：4.
As further preferred, rotation axis is installed positioned at gearbox side on mainboard, rotation axis front end passes through mainboard
And pendulum shaft is provided with by outer swing arm, two shaping suckers are equipped with pendulum shaft, box is opened for being realized with conjunction box sucker
Shaping；The driving device has two output shaft ends, its output shaft other end is by crank-rocker mechanism with rotating shaft rear end
Connection, for driving outer swing arm and shaping sucker reciprocally swinging.
As further preferred, be equipped with two bearings below rotation axis before mainboard, distinguish on two bearings
Damper shaft is fixed with, two arc reflexed baffles are installed between two damper shafts, for aiding in taking box sucker to protect carton
Hold out the state after box shaping.
As further preferred, fixed seat is equipped with below rotating disk on mainboard, passes through a branch in fixed seat
Bar axis is fixed with two moulding blocks, for ensure carton depart from take box sucker vertical drop when keep regular shape.
As further preferred, it is equipped with rotating disk between mainboard and matches somebody with somebody pneumatic module, with pneumatic module by drawing behind mainboard
Go out three gas source connectors, for connecting vacuum source；With pneumatic module by drawing four air distribution connectors, each distribution before rotating disk
Connector takes box sucker to connect by tracheae with corresponding a pair respectively.
As further preferred, the fixation valve plate and gas distribution plate for including being sequentially sleeved in bearing block outer rim with pneumatic module,
The gas source connector is distributed on fixed valve plate, and corresponding to gas distribution plate one end on fixed valve plate is along the circumferential direction evenly equipped with three points
The arc groove communicated not corresponding with gas source connector, is evenly distributed in compression spring between gas distribution plate and rotating disk, for by distribution
Disk is pressed on fixed valve plate；The air distribution connector circumference uniform distribution on gas distribution plate, during distribution disc spins wherein three distributions connect
Head is connected with corresponding arc groove respectively, for aiding in taking the realization of box sucker to take box, open box and fall box.
As further preferred, the sucker axis passes through corresponding connecting rod outer end, is set at sucker axis outer rim respective link
There is annular groove, be equipped with the air source inlet connected respectively with annular groove and two gas-tpe fittings in connecting rod outer end, be used for
Connection air distribution connector takes box sucker with corresponding a pair.
The beneficial effects of the utility model are：Due to making to take box sucker under the action of crank quadric chain with rotation
On the circumference of disc spins formed three uniformly distributed tip tracks, therefore can realize the automatic box taking of the device, open box shaping and
Automatically box is fallen, compact-sized, run action is accurate steady reliable, and noise is low, efficient, and suitable high speed takes box, has been especially suitable for
Large high-speed packaging line takes the operation of box in pairs.
Brief description of the drawings
Fig. 1 removes retrotracheal structure diagram for the utility model.
Fig. 2 is the A-A sectional views of Fig. 1.
Fig. 3 is the rearview of Fig. 1.
Fig. 4 is the top view of Fig. 1.
Fig. 5 is the distribution component structure diagram of the utility model.
Fig. 6 is the right view that valve plate is fixed in Fig. 5.
Fig. 7 is the running orbit figure that the utility model takes box sucker.
In figure：Contiguous block 1, screw 2, leading screw 3, handwheel 4, screw rod limiting block 5, mainboard 6, connecting rod 7, bearing 8, reflexed block
9, damper shaft 10, outer swing arm 11, gas source connector 12, fixed valve plate 13, arc groove 1301, gas distribution plate 14, rotating disk 15, guide rod
Stent 16, guide rod 17, guide bar receiver 18, crank 19, eccentric shaft 20, bearing 21, hinge axis 22, bearing 23, sucker axis 24, sucker
Seat 25, takes box sucker 26, sliding block 27, moulding block 28, strut axis 29, bearing 30, rotary sleeve 31, fixed seat 32, pays transmission
Axis 33, seals spacer A34, level-one gear wheel 35, two level pinion gear 36, bearing 37, gear shaft 38, seals spacer B39, bearing
40, output shaft 41, level-one pinion gear 42, two level gear wheel 43, bearing block 44, sucker disk seat 45, swing rod 46, eccentric shaft 47, crank
48, gearbox 49, servomotor 50, retarder 51, rotation axis 52, supporting sleeve 53, pendulum shaft 54, compression spring 55, compression spring guide post 56,
Air distribution connector 57, fixed pressure ring 58, gas-tpe fitting 59, reflexed baffle 60, sucker connector 61.
Embodiment
The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without creative efforts
The all other embodiment obtained, shall fall within the protection scope of the present invention.
As Figure 1-Figure 4, a kind of box packing machine that the utility model is related to takes box device, including one piece of rectangular main panel at a high speed
6, it has been bolted bearing block 44 and gearbox 49 respectively on 6 forward and backward face of mainboard, 44 rear end of bearing block passes through mainboard 6
It is inserted into afterwards and by clearance fit in gearbox 49, to realize the positioning of gearbox 49.In the bearing block 44 by bearing according to
Secondary to be provided with mutually nested and rotatable rotary sleeve 31 and pay transmission shaft 33, i.e., described rotary sleeve 31 passes through two sets of bearings
40 are installed through in bearing block 44, pay transmission shaft 33 and are installed through by two sets of bearings 30 in rotary sleeve 31, are being rotated
Sealing spacer B39 is equipped between two sets of bearings on axle sleeve 31 in bearing block 44, is located at rotation axis on transmission shaft 33 is paid
Sealing spacer A34 is equipped between two sets of bearings 30 in set 31.
Rotary sleeve 31 and pay transmission shaft 33 rear end be inserted into gearbox 49 and respectively with one in gearbox 49
Level 43 key connection of pinion gear 42 and two level gear wheel.The gearbox 49 uses secondary gear transmission gear shift, the rotary sleeve
31 realize that rotating ratio is 1 with paying transmission shaft 33 by gearbox 49：4.The gearbox 49 includes being separately mounted to pay transmission shaft 33
With the level-one pinion gear 42 and two level gear wheel 43 of 31 rear end of rotary sleeve, level-one pinion gear 42 and two level gear wheel 43 divide
Do not engaged with level-one gear wheel 35 and two level pinion gear 36, level-one gear wheel 35 and two level pinion gear 36 are connected with each other and pass through axis
37 are held to be installed on a gear shaft 38.
Rotating disk 15 is fixed with by the screw of circumference uniform distribution in 31 front end of rotary sleeve, is paying 33 front end of transmission shaft and rotation
Crank double leval jib slide block mechanism is equipped between turntable 15,7 outer end of each connecting rod on crank double leval jib slide block mechanism is solid respectively
Surely there is a sucker axis 24, being provided with a pair by sucker disk seat 25 and screw respectively at 24 both ends of sucker axis takes box sucker 26,
Be respectively equipped with sucker disk seat 25 with it is corresponding take box sucker 26 connect sucker connector 61, under the action of crank quadric chain
Make to take box sucker 26 to be used for realization taking for the device with three uniformly distributed tip tracks are formed on 15 rotating circumference of rotating disk
Box, shaping and fall box.
The crank double leval jib slide block mechanism includes four connecting rods 7 and is fixed on the crank for paying 33 front end of transmission shaft
19, four groups of guide rods 17 are evenly distributed in 15 outer end of rotating disk, are uniformly fixed with by circumferential screw in 15 outer end face of rotating disk
Four L-type guide bar supports 16, are fixed with to be sleeved on and pay leading on transmission shaft 33 at 15 outer end face center of rotating disk by screw
Rod bearing 18, every group of guide rod 17 is two and is separately fixed between guide bar receiver 18 and corresponding guide bar support 16.
A sliding block 27 is provided with by linear bearing respectively on every group of guide rod 17, each middle part of connecting rod 7 passes through 22 He of hinge axis respectively
Bearing 23 is hinged on corresponding sliding block 27, and each connecting rod 7 is inner to be hinged on the inclined of 19 eccentric end of crank by bearing 21 respectively
In mandrel 20.
It is equipped with rotating disk 15 between mainboard 6 and matches somebody with somebody pneumatic module, drawing three sources of the gas below by mainboard 6 with pneumatic module connects
First 12, for connecting vacuum source；Four air distribution connectors 57, each air distribution connector 57 are above drawn by rotating disk 15 with pneumatic module
Box sucker 26 is taken to connect with corresponding a pair by tracheae respectively.
It is described to include being sequentially sleeved in fixation valve plate 13 and the distribution of 44 outer rim of bearing block with pneumatic module as shown in Fig. 5-Fig. 6
Disk 14, wherein fixed valve plate 13 is connected on mainboard 6 by the positioning pin of circumference uniform distribution, the gas source connector 12 is uniformly connected to
On fixed valve plate 13 and mainboard 6 is passed through, is corresponded on fixed valve plate 13 on the annular convex platform of 14 one end of gas distribution plate along the circumferential direction
It is evenly equipped with three and corresponds the arc groove 1301 communicated with gas source connector 12 respectively；Between gas distribution plate 14 and rotating disk 15
Compression spring 55 is evenly distributed in, fixed pressure ring 58 is connected with the inner side of rotating disk 15, compression spring is respectively fixed with fixed pressure ring 58
Guide post 56,56 one end of compression spring guide post pass through gas distribution plate 14, and the compression spring 55 is sleeved on compression spring guide post 56, for that will be located at gas distribution plate
The annular convex platform of 14 sides is pressed on the annular convex platform of fixed valve plate 13, to seal up arc groove 1301.The distribution connects
First 57 circumference uniform distribution is connected on gas distribution plate 14, gas distribution plate 14 rotate when wherein three air distribution connectors 57 respectively with corresponding arc
Groove 1301 connects, for aiding in taking the realization of box sucker 26 to take box, open box and fall box.
The sucker axis 24 passes through corresponding 7 outer end mounting hole of connecting rod and flange and spiral shell by being located at the middle part of sucker axis 24
Nail is fixed on connecting rod 7, is equipped with annular groove in 24 outer rim respective link of sucker axis, 7 outer end mounting hole, is set in 7 outer end of connecting rod
There are the air source inlet connected respectively with annular groove and two gas-tpe fittings 59, connect for connecting each distribution by tracheae
First 57 take box sucker 26 with corresponding a pair.
49 side of gearbox is located behind in mainboard 6 and has been bolted supporting sleeve 53, passes through axis in supporting sleeve 53
Hold and rotation axis 52 is installed, 52 front end of rotation axis through mainboard 6 and is provided with pendulum shaft 54 by outer swing arm 11, in pendulum shaft 54
It is upper that two shaping suckers are fixed with by sucker disk seat 45 and screw respectively, open box shaping for being realized with conjunction box sucker 26.
The sucker connector with the connection of corresponding shaping sucker is respectively equipped with sucker disk seat 45, for connecting vacuum source by tracheae.
Bolt is passed behind in gearbox 49 and is fixed with driving device, which is by servomotor 50 and retarder
51 are formed by connecting.The retarder 51 of the driving device has two output shaft ends, its 41 one end of output shaft and the level-one are small
Gear 42 is sequentially connected by shaft coupling；Its 41 other end of output shaft is connected by crank-rocker mechanism with 52 rear end of rotation axis,
For driving outer swing arm 11 and shaping sucker reciprocally swinging.The crank-rocker mechanism includes being fixed on 41 other end of output shaft
Crank 48 and the swing rod 46 for being fixed on 52 rear end of rotation axis, the eccentric shaft 47 on the crank pass through bearing and are inserted into 46 outer end of swing rod
Elongated slot in.
Two bearings 8 arranged up and down are equipped with below rotation axis 52 before mainboard 6, two bearings 8 pass through respectively
Bar hole thereon is fixed on mainboard 6 using screw, to adjust the position of bearing 8.It is respectively fixed with two bearings 8
Damper shaft 10, is provided with two reflexed baffles 60 between two damper shafts 10, and reflexed baffle 60 is solid by reflexed block 9 respectively
It is scheduled in two damper shafts, the main body of reflexed baffle 60 is arc and arranged concentric is in the periphery of rotating disk 15, reflexed baffle 60
Both ends are respectively equipped with the reflexed rib to turn up, for importing and exporting carton, so as to aid in taking box sucker 26 to make carton keep opening
State after box shaping.
Fixed seat 32 is fixed with by screw below rotating disk 15 on mainboard 6, passes through one in fixed seat 32
Strut axis 29 is fixed with two moulding blocks 28, and for ensureing that carton departs from and takes box 26 vertical drop of sucker when keeps regular shape
Shape.
Contiguous block 1 is fixed with by screw in 6 upper center of mainboard, screw-nut transmission mechanism is equipped with contiguous block 1,
The insertion of screw 2 of screw-nut transmission mechanism is installed in contiguous block 1, and the leading screw 3 of screw-nut transmission mechanism is arranged simultaneously vertically
Screw rod limiting block 5 is arranged with leading screw 3, for connecting the big plate of mounted box machine host, takes box device big in host to adjust this
Position on plate.Handwheel 4 is fixed with 3 upper end of leading screw, bar hole is respectively equipped with close to four corners on mainboard 6, so as to
It is connected by screw on the big plate of the host.
During installation, mainboard 6 is fixed by screws on the big plate of mounted box machine host, screw rod limiting block 5 is consolidated by screw
It is scheduled on the big plate of host, the screw of fastening 6 four corners of mainboard behind the position of mainboard 6 is adjusted by screw-nut transmission mechanism,
Gas source connector 12 is connected into vacuum source by tracheae respectively, shaping sucker is connected into vacuum gas with tracheae by sucker connector
Source.During work, servomotor 50, which starts, drives reducer output shaft 41 to rotate, and 41 one end of reducer output shaft passes through gearbox 49
Drive and pay transmission shaft 33 and rotary sleeve 31 according to 4:1 rotating ratio differential speed rotation, rotary sleeve 31 drive rotating disk 15 and rotation
27 circular-rotation of sliding block on turntable 15, pays 20 eccentric rotary of eccentric shaft on the rotation drive crank of transmission shaft 33, passes through connecting rod 7
Sucker axis 24 is driven to make to take box sucker 26 to work as a pair with three uniformly distributed tip tracks are formed on 15 rotating circumference of rotating disk
When taking the box sucker 26 to rotate to the tip track in the upper right corner as shown in Figure 7, this to take box sucker 26 pass through with pneumatic module with it is true
Air-source connects, and takes out carton from carton magazine by negative pressure and rotates in the counterclockwise direction.
When this is to taking box sucker 26 to rotate to the tip track in the upper left corner as shown in Figure 7, shaping sucker is passed through negative pressure
Carton is opened with conjunction box sucker 26, while 41 other end of reducer output shaft drives rotation axis 52 by crank-rocker mechanism
Reciprocating rotation, so as to drive outer swing arm 11 and shaping sucker reciprocally swinging, when shaping sucker reciprocally swinging, matches somebody with somebody conjunction box sucker 26
Carton after opening is sent into reflexed baffle 60, the carton after opening can be avoided with conjunction box sucker 26 by reflexed baffle 60
Re-close, when taking the absorption carton disengaging reflexed of box sucker 26 baffle 60 to rotate to the lowermost tip track, pass through distribution
Component disconnects this to the negative pressure that takes box sucker 26, the carton after opening under the stop of moulding block 28 vertical drop to box packing machine
Carton conveyer belt on and keep regular shape.
Four pairs take 26 reciprocating rotation as described above of box sucker, are sequentially completed automatic box taking, open box shaping, fall box automatically, will
Each carton is successively sent on carton conveyer belt from carton magazine, for subsequent processing.
Although the embodiment of the utility model is disclosed as above, it is not restricted in specification and embodiment
Listed utilization, it can be applied to the field of various suitable the utility model completely, for those skilled in the art,
Other modification is easily achieved, therefore under the universal limited without departing substantially from claim and equivalency range, this reality
Specific details is not limited to new and shown here as the legend with description.
Claims (10)
1. a kind of box packing machine takes box device, including mainboard at a high speed, it is characterized in that：Bearing block is respectively equipped with the forward and backward face of mainboard
And gearbox, be sequentially installed with bearing block mutually nested and rotatable rotary sleeve and pay a transmission shaft, rotary sleeve and
Pay transmission shaft rear end be inserted into gearbox and respectively with the level-one pinion gear in gearbox and two level gear wheel key connection；
Driving device is equipped with gearbox, driving device output shaft one end is connected with the level-one pinion drive；In rotary sleeve
Rotating disk is fixedly arranged at the front end with, crank double leval jib slide block mechanism is equipped between transmission shaft front end and rotating disk paying, is connected in crank four
Each connecting rod outer end on bar slide block mechanism is provided with a pair by a sucker axis respectively and takes box sucker, in crank double leval jib machine
Make to take box sucker to be used for realization the dress with three uniformly distributed tip tracks are formed on the rotating circumference of rotating disk under the action of structure
That puts takes box, shaping and falls box.
2. box packing machine according to claim 1 takes box device at a high speed, it is characterized in that：The crank double leval jib slide block mechanism bag
Include four connecting rods and be located at the crank for paying transmission shaft front end, four groups of guide rods are evenly distributed in rotating disk outer end, at every group
A sliding block is respectively equipped with guide rod, is respectively hinged in the middle part of each connecting rod on corresponding sliding block, each connecting rod the inner is cut with scissors respectively
It is connected on the eccentric shaft of crank eccentric end.
3. box packing machine according to claim 2 takes box device at a high speed, it is characterized in that：It is evenly distributed in rotating disk outer end face
Four guide bar supports, are fixed with the guide bar receiver for being sleeved on and paying on transmission shaft, described every group is led at rotating disk outer end face center
Bar is separately fixed between guide bar receiver and corresponding guide bar support.
4. box packing machine according to claim 1 takes box device at a high speed, it is characterized in that：The gearbox is passed using secondary gear
Dynamic speed change, the rotary sleeve realize that rotating ratio is 1 with paying transmission shaft by gearbox：4.
5. box device is taken according to claim 1-4 any one of them box packing machine at a high speed, it is characterized in that：It is located at speed change on mainboard
Case side is provided with rotation axis, and rotation axis front end through mainboard and is provided with pendulum shaft by outer swing arm, is equipped with pendulum shaft
Two shaping suckers, box shaping is opened for being realized with conjunction box sucker；The driving device has two output shaft ends, it is exported
The axis other end is connected by crank-rocker mechanism with rotating shaft rear end, for driving outer swing arm and shaping sucker reciprocally swinging.
6. box packing machine according to claim 5 takes box device at a high speed, it is characterized in that：Before mainboard below rotation axis
Equipped with two bearings, damper shaft is respectively fixed with two bearings, two arc reflexeds are installed between two damper shafts
Baffle, for aiding in taking box sucker to make carton holding open the state after box shaping.
7. box packing machine according to claim 6 takes box device at a high speed, it is characterized in that：Set on mainboard below rotating disk
There is fixed seat, two moulding blocks are fixed with by a strut axis in fixed seat, box sucker is taken for ensureing that carton departs from
Regular shape is kept during vertical drop.
8. box device is taken according to claim 1-4 any one of them box packing machine at a high speed, it is characterized in that：In rotating disk and mainboard
Between be equipped with match somebody with somebody pneumatic module, with pneumatic module by behind mainboard extraction three gas source connectors, for connecting vacuum source；With pneumatic module
By drawing four air distribution connectors before rotating disk, each air distribution connector takes box sucker to connect by tracheae with corresponding a pair respectively
Connect.
9. box packing machine according to claim 8 takes box device at a high speed, it is characterized in that：It is described to include being sequentially sleeved in pneumatic module
The fixation valve plate and gas distribution plate of bearing block outer rim, the gas source connector are distributed on fixed valve plate, and correspondence is matched somebody with somebody on fixed valve plate
Gas disk one end is along the circumferential direction evenly equipped with three arc grooves communicated corresponding with gas source connector respectively, in gas distribution plate and rotating disk
Between be evenly distributed in compression spring, for gas distribution plate to be pressed on fixed valve plate；The air distribution connector circumference uniform distribution is in gas distribution plate
On, wherein three air distribution connectors are connected with corresponding arc groove respectively during distribution disc spins, for aiding in taking box sucker to realize
Box is taken, open box and falls box.
10. box packing machine according to claim 9 takes box device at a high speed, it is characterized in that：The sucker axis passes through corresponding company
Bar outer end, annular groove is equipped with sucker axis outer rim respective link, is equipped with what is connected respectively with annular groove in connecting rod outer end
One air source inlet and two gas-tpe fittings, box sucker is taken for connecting air distribution connector with corresponding a pair.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721280464.8U CN207275104U (en) | 2017-09-30 | 2017-09-30 | Box packing machine takes box device at a high speed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721280464.8U CN207275104U (en) | 2017-09-30 | 2017-09-30 | Box packing machine takes box device at a high speed |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207275104U true CN207275104U (en) | 2018-04-27 |
Family
ID=61987492
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721280464.8U Withdrawn - After Issue CN207275104U (en) | 2017-09-30 | 2017-09-30 | Box packing machine takes box device at a high speed |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207275104U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107600544A (en) * | 2017-09-30 | 2018-01-19 | 辽宁春光制药装备股份有限公司 | Box packing machine takes box device at a high speed |
| CN109178990A (en) * | 2018-09-21 | 2019-01-11 | 浙江华岳包装机械有限公司 | Pad pasting fetching device |
-
2017
- 2017-09-30 CN CN201721280464.8U patent/CN207275104U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107600544A (en) * | 2017-09-30 | 2018-01-19 | 辽宁春光制药装备股份有限公司 | Box packing machine takes box device at a high speed |
| CN109178990A (en) * | 2018-09-21 | 2019-01-11 | 浙江华岳包装机械有限公司 | Pad pasting fetching device |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20180427 Effective date of abandoning: 20230331 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20180427 Effective date of abandoning: 20230331 |