CN209241425U - High speed bubble-cap mounted box all-in-one machine - Google Patents
High speed bubble-cap mounted box all-in-one machine Download PDFInfo
- Publication number
- CN209241425U CN209241425U CN201822160867.XU CN201822160867U CN209241425U CN 209241425 U CN209241425 U CN 209241425U CN 201822160867 U CN201822160867 U CN 201822160867U CN 209241425 U CN209241425 U CN 209241425U
- Authority
- CN
- China
- Prior art keywords
- clean area
- conveying device
- grid conveying
- bubble
- power source
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Specific Conveyance Elements (AREA)
Abstract
The utility model relates to a kind of high speed bubble-cap mounted box all-in-one machines that can effectively prevent non-clean area strain and enter by conveyer belt clean area.This high speed bubble-cap mounted box all-in-one machine includes bubble-cap machine and box packing machine, bubble-cap machine is connected with discharging grid conveying device conveying, it is characterized by: discharging grid conveying device includes the clean area grid conveying device in clean area and the non-clean area grid conveying device in non-clean area, the position of clean area grid conveying device is higher by the position of non-clean area grid conveying device, and the front end of clean area grid conveying device realizes that conveying is connected by inclined ramp with the rear end of non-clean area grid conveying device.This high speed bubble-cap mounted box all-in-one machine is realized the transition of material using the difference in height of two grid conveying devices, prevents non-clean area strain from entering clean area by conveyer belt by the way that independent grid conveying device is respectively set in clean area and non-clean area.
Description
Technical field
The utility model relates to the bubble-cap mounted box all-in-one machines of a kind of collection bubble cap tray production and mounted box function.
Background technique
High speed bubble-cap mounted box all-in-one machine is made of bubble-cap machine with box packing machine, and bubble-cap machine completes the formation and envelope of bubble-cap medicine plate
Dress, box packing machine complete the mounted box of bubble-cap medicine plate.After bubble cap tray is packaged, by the punching of blanking apparatus, a plate plate is entered out
Expect grid conveying device, front is then transported to by the grid conveying device that discharges, it then will by bubble cap tray transfer robot arm
Bubble cap tray in discharging grid conveying device is passed in charging grid conveying device, will finally be steeped by charging grid conveying device
Cover plate is transported to box packing machine and carries out mounted box.In order to make bubble cap tray when filling capsule in gnotobasis, foreign countries colleague now this
Class linkage mode of movement mostly passes through clean area and non-clean area, carries out in such a way that clean area is isolated with non-clean area pressure difference
Clean area protection, but have non-clean area strain and exist by the risk that clean area is brought in conveying into.
Summary of the invention
In view of the shortcomings of the prior art, the utility model innovation, which provides one kind, can effectively prevent non-clean area strain
Enter the high speed bubble-cap mounted box all-in-one machine of clean area by conveyer belt.
This high speed bubble-cap mounted box all-in-one machine includes bubble-cap machine and box packing machine, and the bubble-cap machine and discharging grid conveying fill
Conveying linking is set, the box packing machine is connected with charging grid conveying device conveying, the discharging grid conveying device and charging lattice
Conveying linking is realized by bubble cap tray transfer robot arm between grid conveying device, it is characterised in that: the discharging grid conveying dress
Set includes the clean area grid conveying device in clean area and the non-clean area grid conveying dress in non-clean area
It sets, the position of the clean area grid conveying device is higher by the position of non-clean area grid conveying device, the clean area grid
The front end of conveying device realizes that conveying is connected by inclined ramp with the rear end of non-clean area grid conveying device, the clean area
It is isolated with non-clean area by partition wall, the partition wall has window, and the inclined ramp passes through window.
The air pressure of the clean area is higher than the air pressure of non-clean area.
The front of the non-clean area grid conveying device is equipped with reflux guide channel, the lower section of the reflux guide channel
Equipped with reflux conveyer belt, sampling collecting vessel is equipped at the discharge end of the reflux conveyer belt.
The discharging grid conveying device has a plurality of transfer passage, and every transfer passage all conveys chain hook, master by grid
Movable sprocket is constituted with by movable sprocket, grid conveying chain hook be wound on drive sprocket with by movable sprocket, the drive sprocket with
Convey power source transmission connection.
The discharging grid conveying device has three transfer passages, the drive sprocket of inboard transfer passage and passive chain
Wheel is installed on inboard memorial archway, the drive sprocket of intermediate transfer passage and is installed on intermediate memorial archway by movable sprocket, outside
The drive sprocket of the transfer passage of side is installed on the memorial archway of outside with by movable sprocket, is equipped with adjusting silk on the intermediate memorial archway
Bar, the both ends for adjusting screw rod are threadedly coupled with inboard memorial archway and outside memorial archway respectively, are equipped with a left side on the intermediate memorial archway
Right two can relatively move the partition mounting rack of adjusting, be equipped on the partition mounting rack intermediate left clapboard and intermediate right every
Plate, intermediate transfer passage are located between intermediate left clapboard and intermediate right clapboard.
Shown non-clean area grid conveying device and charging grid conveying device are arranged side by side, and the bubble cap tray transfer is mechanical
Hand is located at charging grid one side of conveying device, and the bubble cap tray transfer robot arm includes organic block, suction nozzle and suction nozzle bracket, institute
The front end that suction nozzle bracket is hinged on oscilaltion arm is stated, the oscilaltion arm is hinged on front and back transfer arm, and the front and back is moved
It send the lower end of arm to be installed in rotation on slide, oscilaltion power source is installed on the slide and power is transferred in front and back
Source, the front and back transfer power source and front and back transfer arm transmission connection, the lower end of the oscilaltion power source and lifter drawing bar
Transmission connection, the upper end of the lifter drawing bar and the rear end of oscilaltion arm are hinged, are equipped with left and right settings on the base
Sliding rail, the slide sliding are set on the slide rail, and the horizontal transfer power source that the slide and driving slide move on the slide rail passes
Dynamic connection；The slide is equipped with the horizontal holding component for keeping the holding of suction nozzle bracket horizontal.
It is described it is horizontal keep component include horizontal drag link, triangle cantilever, horizontal vertical connecting rod, pull-up rod bearing and under
Drag link bearing, triangle cantilever handover on front and back transfer arm, one jiao of the triangle cantilever with the rear end of horizontal drag link
Hingedly, the pull-up rod bearing is mounted on suction nozzle bracket, and the front end of the horizontal drag link and pull-up rod bearing are hinged, described
Another angle of triangle cantilever and the upper end of horizontal vertical connecting rod are hinged, and the lower drag link bearing is mounted on slide, the horizontal vertical
The lower end of pull rod and lower drag link bearing are hinged.
The oscilaltion power source and triangle joint arm are sequentially connected, one jiao and lifter drawing bar of the triangle joint arm
Lower end it is hinged, another angle of the triangle joint arm with drive lifter drawing bar toward drop-down extensible member connect.
Synchronous belt component is installed, the synchronous belt component includes driven synchronous pulley, active synchronization on the base
Belt wheel and synchronous belt, the synchronous belt are wound in driven synchronous pulley and active synchronization belt wheel, and the synchronous belt and slide connect
It connects, the active synchronization belt wheel and horizontal transfer power source transmission connection.
The oscilaltion power source, front and back transfer power source and horizontal transfer power source are speed reducer for servo motor
Combination.
According to high speed bubble-cap mounted box all-in-one machine provided by the utility model, by being respectively set in clean area and non-clean area
Independent grid conveying device, the transition of material is realized using the difference in height of two grid conveying devices, prevents non-clean area
Strain enters clean area by conveyer belt, then by draught head, prevents non-clean area strain by air and enter clean area, pass through
The two aspects, thoroughly solve the problems, such as that non-clean area strain enters clean area.
Detailed description of the invention
Fig. 1 is the complete machine figure of the utility model；
Fig. 2 is the utility model discharging grid conveying device and the perspective view for feeding grid conveying device；
Fig. 3 is the perspective view of discharging grid conveying device；
Fig. 4 is the main view of discharging grid conveying device；
Fig. 5 is the partial enlarged view in Fig. 4 at A；
Fig. 6 is the triple channel Structure explosion diagram of clean area grid conveying device；
Fig. 7 is the partial enlarged view in Fig. 6 at B；
Fig. 8 is the working condition chart of bubble cap tray transfer robot arm；
Fig. 9 is the perspective view of bubble cap tray transfer robot arm；
Figure 10 is the main view of bubble cap tray transfer robot arm；
Figure 11 is the side view of bubble cap tray transfer robot arm.
Specific embodiment
As shown in Figure 1, this high speed bubble-cap mounted box all-in-one machine includes bubble-cap machine 1 and box packing machine 3, bubble-cap machine 1 and discharging
Grid conveying device 2 conveying linking, box packing machine 3 with charging grid conveying device 4 conveying be connected, discharge grid conveying device 2 and
It feeds and conveying linking is realized by bubble cap tray transfer robot arm 5 between grid conveying device 4,
As shown in Figure 2 and Figure 3, discharging grid conveying device 2 passes through clean area C and non-clean area D, clean area C with it is non-clean
Net area D is surrounded by glass outer wall, and only clean area C is enclosed construction, is forbidden to open, be required strain content's index in air
It is higher, guarantee to enter when bubble cap tray filling capsule without bacterium, to meet the international sanitary standard for drug packages.
Existing discharging grid conveying device is a self-contained unit, and through clean area C and non-clean area D, only passes through pressure
Difference guarantees the gnotobasis of clean area C, however, as described in the background art, an independent discharging grid conveying device is also
It is that strain can be brought into clean area C(from non-clean area D because grid conveyer belt is cycle rotation by its grid conveyer belt
), clean area C is polluted.In order to solve this problem, as shown in figs. 4 and 5, the discharging grid conveying of the utility model
Device is made of two independent conveying devices comprising has clean area grid conveying device 21 and position in clean area C
In the non-clean area grid conveying device 22 in non-clean area D, such clean area grid conveying device 21 is only positioned at clean area C
Interior, non-clean area grid conveying device 22 is only positioned in non-clean area D, and the two is conveyed by independent grid conveyer belt,
It is independent of each other；And in order to make the two realize conveying linking, the position of clean area grid conveying device 21 is higher by non-clean area grid
The position of conveying device 22, the front end of clean area grid conveying device 21 and the rear end of non-clean area grid conveying device 22 pass through
Inclined ramp 23 realizes conveying linking；Bubble cap tray comes from the conveying of clean area grid conveying device 21, and passes through inclined ramp 23
It slides into non-clean area grid conveying device 22, is achieved in the conveying linking of the two；Certainly, clean area C and non-clean area D it
Between be isolated by partition wall 24, partition wall 24 has window 240, and inclined ramp 23 passes through window 240(partition wall 24 and is located at this position
Setting can be such that window 240 minimizes, and eliminate strain to the maximum extent and pass through the possibility that window 240 enters clean area, simultaneously because
Partition wall 24 does not cause to interfere to the grid conveying device on both sides, thus can make the grid conveying device on both sides be more convenient for installation with
Maintenance).By above structure, it can prevent non-clean area D strain from entering clean area C by conveyer belt；In addition, the gas of clean area C
Pressure is higher than the air pressure of non-clean area D, then by draught head, prevents non-clean area D strain by air and enter clean area C, pass through
The two aspects, thoroughly solve the problems, such as that non-clean area strain enters clean area.
In order to realize sampling check, as shown in figure 4, the utility model is set in the front of non-clean area grid conveying device 22
There is reflux guide channel 25, the lower section of reflux guide channel 25 is equipped with reflux conveyer belt 26, at the discharge end of conveyer belt 26 that flows back
Equipped with sampling collecting vessel 260.Under normal circumstances, the bubble cap tray in non-clean area grid conveying device 22 is transferred to by manipulator
On the charging grid of box packing machine, mounted box is then carried out；And when needing to be sampled inspection to bubble cap tray, bubble cap tray transfer robot arm
5 just stop suction disc, allow bubble cap tray to keep moving forward, reach rear end when fall, then by reflux guide channel 25, under fall on
It flows back on conveyer belt 26, is transported in sampling collecting vessel 260 finally by reflux conveyer belt 26, it thus can be from sampling collecting vessel
It takes a sample to check in 260.There are two functions for the sampling observation transportation system tool of this reflux: one, bubble cap tray sealing is realized in non-clean area D
Property is leaked hunting inspection；Two, supply feeding-system carries out bubble cap tray, kills two birds with one stone, and sampling collecting vessel 260 is arranged by feeding-system,
Bubble cap tray can be arranged at any time to feed to the material library of feeding-system, equipment downtime caused by avoiding because of charging bubble cap tray makes complete
Servo high-speed bubble-cap mounted box all-in-one machine realizes the promotion of productivity effect to the full extent.
In order to improve transfer efficiency, discharging grid conveying device 2 has a plurality of transfer passage (clean area grid conveying device
21 is identical as the transfer passage quantity of non-clean area grid conveying device 22), as shown in Fig. 5 and Fig. 7, every transfer passage all by
Grid conveying chain hook 224(i.e. grid conveyer belt), drive sprocket constituted with by movable sprocket 223, grid conveying chain hook 224 around
In drive sprocket with by movable sprocket 223, drive sprocket and power source 27 are sequentially connected.By conveying the driving of power source 27,
Grid conveys chain hook 224 and rotates, so that bubble cap tray be driven to realize conveying.
As shown in Figures 6 and 7, the discharging grid conveying device 2 of the utility model has three transfer passages, and inboard is defeated
It send the drive sprocket in channel and is installed on inboard memorial archway 220 by movable sprocket, the drive sprocket and quilt of intermediate transfer passage
Movable sprocket 223 is installed on intermediate memorial archway 221, and the drive sprocket of the transfer passage in outside is installed in outside with by movable sprocket
On memorial archway 222；In order to realize the adjustment of transfer passage width, to adapt to the bubble cap tray of different in width, the utility model is in centre
Be equipped on memorial archway 221 adjust screw rod 226, adjust screw rod 226 both ends respectively with 222 spiral shell of inboard memorial archway 220 and outside memorial archway
Line connection, left and right two is in addition equipped on intermediate memorial archway 221 can relatively move the partition mounting rack 225 of adjusting, partition peace
It shelves and intermediate left clapboard 2210 and intermediate right clapboard 2211 is installed on 225, intermediate transfer passage is located at intermediate left clapboard
Between 2210 and intermediate right clapboard 2211.When needing to adjust the width of three transfer passages, such as when lengthening width, first
The spacing for adjusting two partition mounting racks 225 on intermediate memorial archway 221, the spacing both made become larger, and is installed on it in this way
Between the spacing of left clapboard 2210 and intermediate right clapboard 2211 become larger, the width of intermediate transfer passage broadens；Then pass through rotation
Adjusting screw rod 226(can be rotated manually or motor 28 drives), allow the inboard memorial archway 220 of two sides and outside memorial archway 222 to move in opposite directions
Dynamic, the transfer passage in the outside of inboard transfer passage so also all broadens；Certainly, the width of transfer passage is made to narrow,
It is by above-mentioned adjusting method.This adjusting method is easy to operate, adapts to the conveying of the bubble cap tray of different in width.
In order to which the width to two sides transfer passage is finely adjusted, the utility model is equipped on inboard memorial archway 220 can be left
The inboard partition 2200 of adjusting is moved right, the outboard partition 2220 that can move left and right adjusting is installed on outside memorial archway 222.It is inboard
Memorial archway 220 and outside memorial archway 222 are able to achieve the adjusting of relatively large distance, and inboard partition 2200 then can be carried out with outboard partition 2220
Fine tuning, fine tuning can be very convenient by manually adjusting.
As shown in figure 8, non-clean area grid conveying device 22 is arranged side by side with charging grid conveying device 4, bubble cap tray turns
It moves manipulator 5 and is located at charging 4 side of grid conveying device, the function of bubble cap tray transfer robot arm 5 is exactly by non-clean area grid
Bubble cap tray in conveying device 22 is transferred in the charging grid conveying device 4 of box packing machine 3, then passes through box packing machine 4, bubble cap tray
It is packed into medicine box together with specification.
As shown in figs. 9-11, this bubble cap tray transfer robot arm 5 includes organic block 518, suction nozzle 51 and suction nozzle bracket 52,
Suction nozzle 51 is mounted on suction nozzle bracket 52, these all as the prior art, and the difference is that driving suction nozzle bracket 52 before
It moves, move left and right and the mode of oscilaltion afterwards.
In order to realize that 52 above-mentioned three kinds of motion modes of suction nozzle bracket, the suction nozzle bracket 52 of the utility model pass through upper bracket
520 are hinged on the front end of oscilaltion arm 53 with connecting shaft, and oscilaltion arm 53 is hinged on front and back transfer arm 54, and arm is transferred in front and back
54 lower end is installed in rotation on slide 519 and (is mounted on slide 519 by main shaft and spindle drum 516), on slide 519
Oscilaltion power source 57 is installed and power source 59 is transferred in front and back, power source 59 is transferred in front and back and the transfer transmission of arm 54 in front and back connects
It connects, the lower end of oscilaltion power source 7 and lifter drawing bar 55 is sequentially connected, upper end and the oscilaltion arm 53 of lifter drawing bar 55
Rear end is hinged, and the sliding rail (sliding rail is not drawn into) of left and right settings is equipped on base 518, and the sliding of slide 519 is set on the slide rail, slide
519 are sequentially connected with the horizontal transfer power source 58 that driving slide 519 moves on the slide rail；In addition, slide 519, which is equipped with, to be made to inhale
Mouth bracket 52 keeps horizontal horizontal holding component.
The working principle of bubble cap tray transfer robot arm 5 is as follows: the manipulator is first in non-clean area grid conveying device 22
Upper absorption a row or multi-row bubble cap tray (seeing packing specification), then horizontal transfer power source 58 drives slide 519 mobile, slide
519, which carry suction nozzle bracket 52 and suction nozzle 51, fast moves (X-direction in Fig. 9) along the conveying direction of charging grid conveying device 4,
The speed that certain slide 519 moves horizontally will be faster than the conveying speed of charging grid conveying device 4；In the process moved horizontally
In, front and back is transferred the driving of power source 59 front and back transfer arm 54 and is rotated, i.e., rotates backward, and such suction nozzle bracket 52 is just toward charging grid
(Y direction in Fig. 9) is removed in 4 direction of conveying device, and at the same time, oscilaltion power source 57 drives lifter drawing bar 55 is past to move up
Dynamic, this one end that such oscilaltion arm 53 is connect with lifter drawing bar 55 is up moved, and oscilaltion arm 53 and suction nozzle bracket 52 connect
This one end connect is just toward moving down (Z-direction in Fig. 9), and such suction nozzle 51 just reaches the surface of charging grid conveying device 4, so
Suction nozzle is deflated afterwards, and row's bubble cap tray is just fallen in charging grid conveying device 4；Certainly, during putting plate, slide still with
Track charging grid conveying device 4, with charging grid conveying device 4 keep identical movement speed and identical conveying direction,
Could allow in this way bubble cap tray can smoothly be placed on charging grid conveying device 4 on, rather than in clean area grid conveying device 22 with
Charging grid conveying device 4 can be achieved with being continuously conveyed, to greatly improve packaging efficiency.If suction nozzle bracket 52 is equipped with more
Suction nozzle, 1 plate of Yao Shixian/box packaging are arranged, then suction nozzle bracket 52 after discharging a row, rises (Z-direction in Fig. 9) immediately,
(X-direction in Fig. 9) is fast moved to feed the opposite direction of 4 conveying direction of grid conveying device simultaneously, it is defeated to come charging grid
It send above the subsequent vacancy of device 4, adjusts the front-rear position (Y direction in Fig. 9) of suction nozzle bracket 52 at the same time, allow another row
Suction nozzle 51 is in the surface in vacancy behind charging grid conveying device 4, then declines and the bubble cap tray of this row is put down.Certainly
The stacking of bubble cap tray (2-5) plate/box can also be completed with the transfer track of optimization and least movement beat by programming
Mounted box.Specifically front and back is equipped with three row's suction nozzles 51 to the utility model manipulator on suction nozzle bracket 52, and three row's suction nozzles 51 substantially can
Meet the stacking mounted box of bubble cap tray (1-5) plate/box.
It moves anyway, suction nozzle bracket 52 will keep horizontal always, and suction nozzle bracket 52 is exactly by horizontal holding group
Part keeps horizontal, and the horizontal holding component of the utility model manipulator includes horizontal drag link 510, triangle cantilever 511, level
Vertical connecting rod 512, pull-up rod bearing 5100 and lower drag link bearing 513, the handover of triangle cantilever 511 is on front and back transfer arm 54, and three
One jiao of angle cantilever 511 and the rear end of horizontal drag link 510 are hinged, and pull-up rod bearing 5100 is mounted on suction nozzle bracket 52 (such as
Shown in Fig. 8), the front end of horizontal drag link 510 and pull-up rod bearing 5100 are hinged, another angle of triangle cantilever 511 and horizontal vertical
The upper end of pull rod 512 is hinged, and lower drag link bearing 513 is mounted on slide 519, the lower end of horizontal vertical connecting rod 512 and lower pull rod branch
Seat 513 is hinged.Component, as shown in figure 11, the lower interface point of suction nozzle bracket 52 and oscilaltion arm 53 are kept by the level
5200 remain vertical (if two o'clock is not vertical with the upper interface point 5201 of pull-up rod bearing 5100 and horizontal drag link 510
Directly, then to be just to maintain direction constant), since lower interface point 5200 is all located on suction nozzle bracket 52 with upper interface point 5201, because
This suction nozzle bracket 52 would not rotate, no matter oscilaltion, or be moved forward and backward, can remain horizontal.
As shown in figure 11, the linkage section of oscilaltion arm 53 and suction nozzle bracket 52 is long-armed, oscilaltion arm 53 and lifting
The linkage section of pull rod 55 is galianconism, and according to lever principle, lifter drawing bar 55 will overcome very big pulling force up that could allow suction nozzle
Bracket 52 keeps balance, and lifter drawing bar 55 and oscilaltion power source 57 are sequentially connected, therefore the pulling force to be overcome just shifts
Onto oscilaltion power source 57, oscilaltion power source 57 will bear bigger load thus.It is dynamic in order to mitigate oscilaltion
Oscilaltion power source 57 and triangle joint arm 56 are sequentially connected by the load in power source 57, the utility model, triangle joint arm 56
One jiao it is hinged with the lower end of lifter drawing bar 55, another angle of triangle joint arm 56 with drive lifter drawing bar 55 toward the flexible of drop-down
Part 515 connects.Since extensible member 515 gives one jiao of pulling force back of triangle joint arm 56, such triangle joint arm 56 with
The connecting pin of lifter drawing bar 55 there is the power toward drop-down, this power just alleviates suction nozzle bracket 52 to lifter drawing bar 55
Pulling force up, this reduces the loads of oscilaltion power source 57, and oscilaltion power source 57 is allowed to possess longer make
Use the service life.Certainly, extensible member 515 here can be tension spring or support cylinder.
In order to fast move slide 519, the utility model manipulator is equipped with synchronous belt component on base 518, together
Step band component includes driven synchronous pulley, active synchronization belt wheel and synchronous belt 514, and synchronous belt 514 is wound on driven synchronous belt
With in active synchronization belt wheel, synchronous belt 514 is connect wheel with slide 519, and level transfer power source 58 is just passed with active synchronization belt wheel
Dynamic connection.Power source 58 to be transferred by level to drive, synchronous belt 514 just can quickly move back and forth on the slide rail with slide 519,
To enable suction nozzle 51 and suction nozzle bracket 52 to catch up with the conveying of non-clean area grid conveying device 22 with charging grid conveying device 4
Speed.
Finally it is worth mentioning that power source 59 is transferred in the oscilaltion power source 57 of the utility model manipulator, front and back
And horizontal transfer power source 58 is speed reducer for servo motor combination.Speed reducer for servo motor combination can be precisely controlled each machine
The movement of structure, so that plate work is put in the suction for completing error very little.
Claims (10)
1. high speed bubble-cap mounted box all-in-one machine, includes bubble-cap machine (1) and box packing machine (3), the bubble-cap machine (1) and discharging grid are defeated
Device (2) conveying linking is sent, the box packing machine (3) is connected with charging grid conveying device (4) conveying, the discharging grid conveying
Realize that conveying is connected by bubble cap tray transfer robot arm (5) between device (2) and charging grid conveying device (4), feature exists
In: discharging grid conveying device (2) include clean area grid conveying device (21) in clean area (C) and be located at
Non- clean area grid conveying device (22) in non-clean area (D), the position of the clean area grid conveying device (21) are higher by
The position of non-clean area grid conveying device (22), the front end of the clean area grid conveying device (21) and non-clean area grid
Conveying linking is realized by inclined ramp (23) in the rear end of conveying device (22), and the clean area (C) passes through with non-clean area (D)
Partition wall (24) isolation, the partition wall (24) have window (240), and the inclined ramp (23) passes through window (240).
2. high speed bubble-cap mounted box all-in-one machine according to claim 1, it is characterised in that: the air pressure of the clean area (C) is high
In the air pressure of non-clean area (D).
3. high speed bubble-cap mounted box all-in-one machine according to claim 1, it is characterised in that: the non-clean area grid conveying dress
The front for setting (22) is equipped with reflux guide channel (25), and the lower section of reflux guide channel (25) is equipped with reflux conveyer belt
(26), sampling collecting vessel (260) is equipped at the discharge end of reflux conveyer belt (26).
4. high speed bubble-cap mounted box all-in-one machine according to claim 1, it is characterised in that: the discharging grid conveying device
(2) there is a plurality of transfer passage, every transfer passage is all by grid conveying chain hook (224), drive sprocket and by movable sprocket (223)
It constitutes, grid conveying chain hook (224) is wound on drive sprocket with by movable sprocket (223), and the drive sprocket and conveying are dynamic
Power source (27) transmission connection.
5. high speed bubble-cap mounted box all-in-one machine according to claim 4, it is characterised in that: the discharging grid conveying device tool
There are three transfer passages, the drive sprocket of inboard transfer passage and is installed on inboard memorial archway (220) by movable sprocket, it is intermediate
Transfer passage drive sprocket and be installed on intermediate memorial archway (221) by movable sprocket (223), the master of the transfer passage in outside
Movable sprocket is installed on outside memorial archway (222) with by movable sprocket, is equipped with adjusting screw rod on the intermediate memorial archway (221)
(226), the both ends for adjusting screw rod (226) are threadedly coupled with inboard memorial archway (220) and outside memorial archway (222) respectively, described
Left and right two is equipped on intermediate memorial archway (221) can relatively move the partition mounting rack (225) of adjusting, the partition mounting rack
(225) intermediate left clapboard (2210) and intermediate right clapboard (2211) are installed, intermediate transfer passage is located at intermediate left clapboard on
(2210) between intermediate right clapboard (2211).
6. high speed bubble-cap mounted box all-in-one machine according to claim 1, it is characterised in that: shown non-clean area grid conveying dress
It sets (22) and charging grid conveying device (4) is arranged side by side, the bubble cap tray transfer robot arm (5) is located at charging grid conveying dress
(4) side is set, the bubble cap tray transfer robot arm (5) includes organic block (518), suction nozzle (51) and suction nozzle bracket (52), institute
The front end that suction nozzle bracket (52) is hinged on oscilaltion arm (53) is stated, the oscilaltion arm (53) is hinged on front and back and transfers arm
(54) on, the lower end of front and back transfer arm (54) is installed in rotation on slide (519), is installed on the slide (519)
There are oscilaltion power source (57) and front and back transfer power source (59), arm is transferred in front and back transfer power source (59) and front and back
(54) it is sequentially connected, the lower end of the oscilaltion power source (57) and lifter drawing bar (55) is sequentially connected, the lifter drawing bar
(55) rear end of upper end and oscilaltion arm (53) is hinged, and the sliding rail of left and right settings is equipped on the base (518), described
Slide (519) sliding is set on the slide rail, and the slide (519) and the horizontal transfer for driving slide (519) to move on the slide rail are dynamic
Power source (58) transmission connection；The slide (519) is equipped with the horizontal holding component for making suction nozzle bracket (52) to keep horizontal.
7. high speed bubble-cap mounted box all-in-one machine according to claim 6, it is characterised in that: described horizontal to keep the component to include
Horizontal drag link (510), triangle cantilever (511), horizontal vertical connecting rod (512), pull-up rod bearing (5100) and lower drag link bearing
(513), in front and back transfer arm (54), one jiao of the triangle cantilever (511) is horizontal with level for triangle cantilever (511) handover
The rear end of pull rod (510) is hinged, and the pull-up rod bearing (5100) is mounted on suction nozzle bracket (52), the horizontal drag link
(510) front end and pull-up rod bearing (5100) hingedly, another angle and horizontal vertical connecting rod (512) of the triangle cantilever (511)
Upper end it is hinged, the lower drag link bearing (513) is mounted on slide (519), the lower end of the horizontal vertical connecting rod (512) under
Drag link bearing (513) is hinged.
8. high speed bubble-cap mounted box all-in-one machine according to claim 6, it is characterised in that: the oscilaltion power source (57)
It is sequentially connected with triangle joint arm (56), one jiao of the triangle joint arm (56) is hinged with the lower end of lifter drawing bar (55), institute
Another angle for stating triangle joint arm (56) is connect with the extensible member (515) for driving lifter drawing bar (55) toward drop-down.
9. high speed bubble-cap mounted box all-in-one machine according to claim 6, it is characterised in that: be equipped with synchronous belt on the base
Component, the synchronous belt component include driven synchronous pulley, active synchronization belt wheel and synchronous belt (514), the synchronous belt
(514) it is wound in driven synchronous pulley and active synchronization belt wheel, the synchronous belt (514) connect with slide (519), the active
Synchronous pulley and horizontal transfer power source (58) transmission connection.
10. high speed bubble-cap mounted box all-in-one machine according to claim 6, it is characterised in that: the oscilaltion power source
(57), front and back transfer power source (59) and horizontal transfer power source (58) are speed reducer for servo motor combination.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822160867.XU CN209241425U (en) | 2018-12-22 | 2018-12-22 | High speed bubble-cap mounted box all-in-one machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822160867.XU CN209241425U (en) | 2018-12-22 | 2018-12-22 | High speed bubble-cap mounted box all-in-one machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209241425U true CN209241425U (en) | 2019-08-13 |
Family
ID=67534123
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822160867.XU Withdrawn - After Issue CN209241425U (en) | 2018-12-22 | 2018-12-22 | High speed bubble-cap mounted box all-in-one machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209241425U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109436437A (en) * | 2018-12-22 | 2019-03-08 | 浙江希望机械有限公司 | High speed bubble-cap mounted box all-in-one machine |
-
2018
- 2018-12-22 CN CN201822160867.XU patent/CN209241425U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109436437A (en) * | 2018-12-22 | 2019-03-08 | 浙江希望机械有限公司 | High speed bubble-cap mounted box all-in-one machine |
| CN109436437B (en) * | 2018-12-22 | 2023-08-22 | 浙江希望机械有限公司 | High-speed bubble cap boxing all-in-one machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN109436437A (en) | High speed bubble-cap mounted box all-in-one machine | |
| CN108792061B (en) | Automatic material bag packaging equipment and working method thereof | |
| CN109159145A (en) | A kind of tracking mode bubble cap tray transfer robot arm | |
| CN206719695U (en) | A kind of automatic arranging arrangement cartoning system of bottle embryo | |
| US4723885A (en) | Device for the removal of bobbins from an automatic spinning machine | |
| CN103420134A (en) | Feeding method and device of drip chambers in infusion sets | |
| CN1899143A (en) | A method and equipment for batch handling and transfer of tobacco products | |
| CN1891089A (en) | A method and equipment for batch handling and transfer of tobacco products | |
| CN110065674A (en) | A kind of middling speed gripping-type box filler | |
| CN107803999A (en) | A kind of transfusion utensil assembling machine | |
| CN109911282A (en) | A kind of eggs products automatic packaging device | |
| CN209241425U (en) | High speed bubble-cap mounted box all-in-one machine | |
| CN106586053A (en) | Automatic box filling machine for standing bags | |
| CN111619870A (en) | Product individual layer array equipment for packing | |
| CN105059598B (en) | A kind of carton boxing mechanism | |
| CN209142488U (en) | A kind of isolation partition type grid transportation system | |
| CN110435949A (en) | Tray pressing device | |
| CN106143996A (en) | A kind of automatic packing production chain | |
| EP0584425B1 (en) | A machine for the automatic filling of fruit boxes | |
| CN209466258U (en) | A kind of tracking mode bubble cap tray transfer robot arm | |
| CN104787584A (en) | Automatic bag folding and integrated packaging system | |
| CN213735743U (en) | Glass bottle grabbing device | |
| CN214058013U (en) | Glass bottle packaging system | |
| CN212580263U (en) | Product individual layer array equipment for packing | |
| CN210913063U (en) | Bag transfer device and machine head of automatic bag folding machine for bagged objects |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20190813 Effective date of abandoning: 20230822 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20190813 Effective date of abandoning: 20230822 |
|
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |