CN107719729B - Big honeyed bolus automatically detains shell machine - Google Patents
Big honeyed bolus automatically detains shell machine Download PDFInfo
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- CN107719729B CN107719729B CN201710703779.7A CN201710703779A CN107719729B CN 107719729 B CN107719729 B CN 107719729B CN 201710703779 A CN201710703779 A CN 201710703779A CN 107719729 B CN107719729 B CN 107719729B
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- drug delivery
- index dial
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- casing
- valve jacket
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B5/00—Packaging individual articles in containers or receptacles, e.g. bags, sacks, boxes, cartons, cans, jars
- B65B5/04—Packaging single articles
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Medical Preparation Storing Or Oral Administration Devices (AREA)
- Medicinal Preparation (AREA)
Abstract
The invention discloses a kind of big honeyed bolus automatically to detain shell machine, is related to medical instruments field, is mainly made of drug delivery ball component, lower casing feeding material component, live spindle component, guiding mechanism and suction valve jacket part；The suction valve jacket part is evenly spaced on live spindle component in two rows；Upper casing feeding material component, drug delivery ball component, lower casing feeding material component, upper casing feeding material component are rotating around the rounded distribution of live spindle component.The present invention enables the suction valve jacket part being mounted on button shell index dial and lower button shell index dial to have certain negative pressure；Using the negative pressure inhaled on valve jacket part and by the variation of tracks, the absorption for inhaling the completion of valve jacket part in the course of rotation to upper lower casing ensure that；It inhales valve jacket part and turns to upper casing bottom plate every time, complete to upper hemispherical shell and lower hemisphere shell to just；The Curvature varying of upper rail and lower railway realizes the difference in height variation inhaled between valve jacket part, and then realizes online continuous button shell.
Description
Technical field
The present invention relates to technical field of medical treatment mechanical, automatically detain shell machine more particularly to a kind of big honeyed bolus.
Background technique
Currently, the conventional manner of packing of China's traditional Chinese medicine pill is come for a long time by its buckle closure in two hemisphere plastic housings
Buckle closure plastic housing is always manual work mode.Though now have button shell machine, cannot achieve upper-lower casing automatic guiding feed with
And the bales catch shell for pouring into rear equipment automatically and the online production of pill.
Application No. is 201420634300.0 patents to disclose a kind of upper lower casing for big honeyed bolus button shell machine to positive kiss
It attaches together and sets
This utility model solves the problems, such as that the biggish plastic housing of upper casing position deviation of existing button shell machine fastens, and provides one kind
For upper lower casing for big honeyed bolus button shell machine to positive stapling apparatus, specific technical solution is as follows: the device by rack 1, supporting plate 2, lead
To compositions such as axis 3, axle sleeve 4, mandril 5, movable plate 6, cylinder 7, positioning sleeve 8, lower half shell positioning batten 12, driving chains 14.Supporting plate
Both ends horizontal is fixed on the rack, and cylinder 7 and mandril 5 are vertically mounted on 2 lower planes of supporting plate, and axle sleeve 4 is set in supporting plate 2 two
In location hole, the lower end and 7 piston shaft lower end of cylinder of guiding axis 3 are screwed onto the upper plane of movable plate 6, the upper plane of positioning sleeve 8
It is screwed on the lower plane of movable plate 6, in the recessed hemispherical location hole 13 on center line and lower half shell the positioning batten 12 of positioning sleeve 8
Heart line is overlapped, and 8 inner cavity of positioning sleeve is taper.Cylinder piston axis drives movable plate to pump by guiding axis, axle sleeve, pacifies
Positioning sleeve on movable plate lower plane is servo-actuated, is coincide using lower casing in its conical internal cavity righting upper casing, realization.Movable plate is toward last time
When rising, the plastic housing upper casing being contained in individually in positioning sleeve is fixed on the ejection of the mandril on supporting plate.Plastic housing lower casing is fixed mounted in lower half shell
The recessed hemispherical positioning hole of position batten, positioning strip board ends are on the chain of two endless drives.
Right above-mentioned patent has following defects that one, only a kind of upper lower casing is not that automated production is set to positive stapling apparatus
The standby feed correcting that cannot complete shell, pill are put into.Two, its guide device structure is complicated manufacturing cost is high.Three, equipment category
In step-by-step movement button shell, detaining shell side formula cannot be guaranteed to complete online button shell in process of production, increase unnecessary station.
Summary of the invention
The purpose of the present invention is to provide it is a kind of can automatic guiding, to the bales catch of positive episphere plastic housing and lower semisphere plastic housing
Shell systems can realize the automatic discharging of pill, the automatic guiding of upper hemispherical shell and lower hemisphere shell and automatic butt button shell.
A kind of big honeyed bolus automatically detains shell machine, which is characterized in that mainly by drug delivery ball component, lower casing feeding material component, rotation
Spindle assemblies, guiding mechanism and suction valve jacket part are constituted；The suction valve jacket part is evenly spaced in live spindle component in two rows
On, the lower railway in the guiding mechanism is located at the underface of live spindle component, and upper rail is being located at live spindle component just
Top；
The drug delivery ball component, lower casing feeding material component, upper casing feeding material component are rotating around the rounded distribution of live spindle component；
The drug delivery ball component is mainly by drug delivery index dial, drug delivery bottom plate, drug delivery cover board, drug delivery main shaft, drug delivery component synchronization wheel, drug delivery
Assembly bearing seat, the first air conveyor and the second air conveyor are constituted, and drug delivery index dial is placed in drug delivery bottom plate and drug delivery lid
Between plate, drug delivery index dial is simultaneously connect with drug delivery main shaft, and the drug delivery component synchronization wheel is also connect with drug delivery main shaft；Drug delivery component
Synchronizing wheel drives drug delivery main axis, and drug delivery main shaft drives the rotation of drug delivery index dial；
Lower casing feeding material component is mainly by lower casing index dial, lower casing main-shaft of dividing disc, lower casing feed bottom plate, lower casing feed lid
Plate, lower casing synchronizing wheel and lower casing bearing block are constituted, and lower casing index dial is located between lower casing feed bottom plate and lower casing feed cover board,
The lower casing main-shaft of dividing disc is mounted on lower casing bearing block, and lower casing synchronizing wheel is installed on lower casing main-shaft of dividing disc；
Upper casing feeding material component is mainly by upper casing index dial, upper casing main-shaft of dividing disc, upper casing feed bottom plate, upper casing feed lid
Plate, upper casing synchronizing wheel and upper casing bearing block are constituted, and upper casing index dial is located between upper casing feed bottom plate and upper casing feed cover board,
The upper casing main-shaft of dividing disc is mounted on upper casing bearing block, and upper casing synchronizing wheel is installed on upper casing main-shaft of dividing disc；
The live spindle component mainly by the first elbow, the second elbow, ring flange, lower buckle shell index dial, the upper shell point buckled
Scale, live spindle, the first rotary joint, the second rotary joint and suction valve jacket part are constituted, the lower button shell index dial and upper button
Shell index dial is connected through ring flange, is uniformly arranged on lower button shell index dial and is installed the suction valve jacket part, same on upper button shell index dial
Sample uniformly arranges the installation suction valve jacket part, and first rotary joint connects first elbow through ring flange, and same second
Rotary joint connects second elbow through ring flange；
The suction valve jacket part mainly includes inhaling valve jacket part assembly, upper casing, setting of casing, compression bar, sliding bearing, needle bearing
And spring, the upper casing and setting of casing are sleeved on and inhale on valve jacket part assembly, the compression bar is mounted on suction valve jacket through sliding bearing
In part assembly, compression bar is connect through the spring with the needle bearing being mounted on suction valve jacket part assembly.
Furthermore, drug delivery index dial edge be provided with it is several set medicine gap, every pill is respectively placed on
It is set in medicine gap described on drug delivery index dial.
Furthermore, at least one through-hole that lower hemisphere shell is fallen to for pill is provided on the drug delivery bottom plate.
Furthermore, the lower casing index dial and upper casing index dial are gear-like disk.
Furthermore, the back of the upper casing index dial is provided with the groove passed through for pill.
It is more said into one, the live spindle is the transmission shaft of boring, and surface is uniformly placed with via hole.
Furthermore, the marginal position of the lower button shell index dial and upper button shell index dial is evenly arranged with through-hole,
Lower button shell index dial and upper button shell index dial are scattered along center location is evenly distributed with hole bit port, the hole bit port and suction valve jacket
The negative pressure that the installation site of part generates vacuum pump reaches the taper collar extension inhaled on valve jacket part.
Furthermore, the guiding mechanism includes that lower casing correcting plate and the needle bearing for inhaling in valve jacket part slide
Upper rail and lower railway.
Furthermore, the cambered surface that the upper rail and lower railway upper surface are π-π at radian；In rotary course, inhale
Valve jacket part is rolled by needle bearing in the cambered surface of guide rail come correcting upper hemispherical shell and lower hemisphere shell.
Compared with prior art, beneficial effects of the present invention are shown:
Synchronizing wheel drives live spindle rotation in the present invention, since live spindle, upper button shell index dial and lower button shell index
The structure of the inside of disk ensure that be mounted on and buckle shell index dial and the lower suction valve jacket part buckled on shell index dial and can have certain negative pressure；
Using the negative pressure inhaled on valve jacket part and by the variation of tracks, it ensure that and inhale the completion pair of valve jacket part in the course of rotation
The absorption of upper lower casing inhales valve jacket part and turns to upper casing bottom plate every time, can complete in this position to upper hemispherical shell and lower hemisphere shell
To just；The Curvature varying of upper rail and lower railway during lasting rotation realizes the difference in height variation inhaled between valve jacket part,
And then online button shell continuously detains shell during realizing equipment rotation.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of lower casing feeding material component provided by the invention；
1-1 is lower casing synchronizing wheel, 1-2 is lower casing bearing block, 1-3 is lower casing main-shaft of dividing disc, 1-4 is lower casing feed bottom
Plate, 1-5 are lower casing index dial, 1-6 is lower casing feed cover board, 1-7 is lower casing rib.
Fig. 2 is the structural schematic diagram of drug delivery component provided by the invention；
3-1 is the first air conveyor, 3-2 drug delivery assembly bearing seat, 3-3 are drug delivery component synchronization wheel, 3-4 is drug delivery master
Axis, 3-5 are drug delivery bottom plate, 3-6 is drug delivery index dial, 3-7 is drug delivery rib, 3-8 is the second air conveyor, 3-9 is drug delivery
Cover board.
Fig. 3 is the structural schematic diagram of upper casing feeding material component provided by the invention；
4-1 is upper casing feed cover board, 4-2 is upper casing rib, 4-3 is upper casing index dial, 4-4 is upper casing synchronizing wheel, 4-5 is
Upper casing main-shaft of dividing disc, 4-6 are upper casing bearing block, 4-7 is upper casing feed bottom plate, 4-8 is third air conveyor.
Fig. 4 is the cross-sectional view of the live spindle component of drug delivery component provided by the invention；
Fig. 5 is the structural schematic diagram of live spindle component provided by the invention；
5-1 is the first elbow, 5-2 is the first rotary joint, 5-3 is ring flange, 5-4 is live spindle, 5-5 is base bearing
Seat, 5-6 are the second elbow, 5-7 is the second rotary joint, 5-8 is lower railway, 5-9 is lower button shell index dial, 5-10 is upper button shell
Index dial, 5-11 are suction valve jacket part, 5-12 is upper rail, 5-13 is guide post, 5-14 is live spindle rib, 5-15 is sensor
Mounting plate, 5-16 are live spindle synchronizing wheel.
Fig. 6 is the structural schematic diagram provided by the invention for inhaling valve jacket part；
5-11-1 is upper casing, 5-11-2 is setting of casing, 5-11-3 is conical opening, 5-11-4 is sliding bearing, 5-11-5
For needle bearing, 5-11-6 be spring, 5-11-7 is compression bar.
Specific embodiment
Below in conjunction with the drawings and the specific embodiments, the invention will be further described.
In conjunction with shown in attached drawing 1 to 6, big honeyed bolus provided by the invention automatically detains shell machine, mainly by drug delivery ball component, under
Shell feeding material component, live spindle component, guiding mechanism and suction valve jacket part are constituted.The suction valve jacket part is uniformly arranged in two rows
On live spindle component, the lower railway in the guiding mechanism is located at the underface of live spindle component, and upper rail is located at rotation
Turn the surface of spindle assemblies；The drug delivery ball component, lower casing feeding material component, upper casing feeding material component are rotating around live spindle component
Rounded distribution；The drug delivery ball component is mainly by drug delivery index dial, drug delivery bottom plate, drug delivery cover board, drug delivery main shaft, drug delivery component
Synchronizing wheel, drug delivery assembly bearing seat, the first air conveyor and the second air conveyor are constituted, and drug delivery index dial is placed in drug delivery bottom
Between plate and drug delivery cover board, drug delivery index dial is simultaneously connect with drug delivery main shaft, and the drug delivery component synchronization wheel also connects with drug delivery main wheel
It connects；Drug delivery component synchronization wheel drives drug delivery main axis, and drug delivery main shaft drives the rotation of drug delivery index dial.Lower casing feeding material component is main
By lower casing index dial, lower casing main-shaft of dividing disc, lower casing feed bottom plate, lower casing feed cover board, lower casing synchronizing wheel and lower casing bearing block
It constitutes, lower casing index dial is located between lower casing feed bottom plate and lower casing feed cover board, and the lower casing main-shaft of dividing disc is mounted on down
On shell bearing block, lower casing synchronizing wheel is installed on lower casing main-shaft of dividing disc.Upper casing feeding material component is mainly by upper casing index dial, upper casing point
Scale main shaft, upper casing feed bottom plate, upper casing feed cover board, upper casing synchronizing wheel and upper casing bearing block are constituted, and upper casing index dial is located at
Upper casing is fed between bottom plate and upper casing feed cover board, and the upper casing main-shaft of dividing disc is mounted on upper casing bearing block, upper casing indexing
Upper casing synchronizing wheel is installed on disk main shaft.Live spindle component is mainly indexed by the first elbow, the second elbow, ring flange, lower shell of buckleing
Disk, upper shell index dial, live spindle, the first rotary joint, the second rotary joint and the suction valve jacket part buckled are constituted, the lower button shell point
Scale is buckled shell index dial and is connect through ring flange with upper, and the installation suction valve jacket part, upper button shell are uniformly arranged on lower button shell index dial
Equally uniformly arrange the installation suction valve jacket part on index dial, it is curved that first rotary joint through ring flange connects described first
Head, same second rotary joint connect second elbow through ring flange.Inhale valve jacket part mainly inhale valve jacket part assembly, upper casing,
Setting of casing, compression bar, sliding bearing, needle bearing and spring, the upper casing and setting of casing, which are sleeved on, to be inhaled on valve jacket part assembly, institute
It states compression bar and is mounted on through sliding bearing and inhaled in valve jacket part assembly, compression bar is through the spring and is mounted on the rolling inhaled on valve jacket part assembly
Needle bearing connection.
In lower casing feeding material component, lower casing synchronizing wheel 1-1 drives lower casing main-shaft of dividing disc 1-3 rotation, lower casing index dial disk master
Axis 1-3 drives lower casing index dial 1-5 rotation.Lower casing index dial is located at below drug delivery index dial.Lower casing is fed bottom plate and lower casing supplies
It is additionally provided with lower casing rib 1-7 between material cover board, lower casing rib 1-7 prevents lower hemisphere shell in rotary course due to centrifugal action
It is subjected to displacement.
In drug delivery ball component, drug delivery index dial 3-6 is placed between drug delivery bottom plate 3-5 and drug delivery cover board 3-9, drug delivery index dial
And connect with drug delivery main shaft, the drug delivery component synchronization wheel 3-3 is also connect with drug delivery main shaft 3-4；Drug delivery component synchronization wheel drives
Drug delivery main axis, drug delivery main shaft drive the rotation of drug delivery index dial.Drug delivery index dial edge be provided with it is several set medicine gap, every
Pill through the rotation of drug delivery index dial be respectively placed on drug delivery index dial described in set between medicine in border.It is provided at least on drug delivery bottom plate
One falls to the through-hole of lower hemisphere shell for pill.Pill is fallen on lower button shell index dial through the through-hole on drug delivery bottom plate
It inhales in the lower hemisphere shell in valve jacket part.
In upper casing drug delivery component, upper casing synchronizing wheel 4-4 drives upper casing main-shaft of dividing disc 4-7 rotation, upper casing index dial disk master
Axis 4-7 drives upper casing index dial 4-4 rotation.It is additionally provided with third air conveyor 4-8 on upper casing feed cover board 4-1, instantly
When not having pill in hemispherical Shell, third air conveyor siphons away upper hemispherical shell.
In live spindle component, live spindle is the transmission shaft of boring, and surface is uniformly placed with via hole.It is described
The marginal position of lower button shell index dial and upper button shell index dial is evenly arranged with through-hole, lower button shell index dial and upper button shell index dial
It is evenly distributed with hole bit port along center location scattering, the hole bit port and the installation site for inhaling valve jacket part make the negative of vacuum pump generation
It is pressed onto up to the taper collar extension inhaled on valve jacket part.
In inhaling valve jacket part, needle bearing moves in a circle on set track, the compression and resilient energy of the spring
Realize that the needle bearing moment is kept in contact with track.Guiding mechanism includes lower casing correcting plate and holds axis for inhaling the rolling in valve jacket part
Hold the upper rail and lower railway of sliding.Correcting plate is mounted on column, and between lower button shell index dial and drug delivery bottom plate, auxiliary is led
Positive lower hemisphere shell.
It should be noted that in order to simplify herein disclosed statement, to help to one or more inventive embodiments
Understanding, above in the description of the embodiment of the present application, sometimes by various features merger to one embodiment, attached drawing or to it
Description in.But what this disclosure method was not meant to refer in aspect ratio claim required for the application object
Feature is more.In fact, the feature of embodiment will be less than whole features of the single embodiment of above-mentioned disclosure.
Finally, it will be understood that embodiment described herein is only to illustrate the principle of the embodiment of the present application.Other
Deformation may also belong to scope of the present application.Therefore, as an example, not a limit, the alternative configuration of the embodiment of the present application is visual
It is consistent with teachings of the present application.Correspondingly, embodiments herein is not limited only to the implementation that the application is clearly introduced and described
Example.
Claims (9)
1. a kind of big honeyed bolus automatically detains shell machine, which is characterized in that mainly led by drug delivery ball component, lower casing feeding material component, rotation
Shaft assembly, guiding mechanism and suction valve jacket part are constituted；The suction valve jacket part is evenly spaced on live spindle component in two rows,
Lower railway in the guiding mechanism is located at the underface of live spindle component, upper rail be located at live spindle component just on
Side；
The drug delivery ball component, lower casing feeding material component, upper casing feeding material component are rotating around the rounded distribution of live spindle component；It is described
Drug delivery ball component is mainly by drug delivery index dial, drug delivery bottom plate, drug delivery cover board, drug delivery main shaft, drug delivery component synchronization wheel, drug delivery component
Bearing block, the first air conveyor and the second air conveyor are constituted, drug delivery index dial be placed in drug delivery bottom plate and drug delivery cover board it
Between, drug delivery index dial is simultaneously connect with drug delivery main shaft, and the drug delivery component synchronization wheel is also connect with drug delivery main shaft；Drug delivery component synchronization
Wheel drives drug delivery main axis, and drug delivery main shaft drives the rotation of drug delivery index dial；
Lower casing feeding material component mainly by lower casing index dial, lower casing main-shaft of dividing disc, lower casing feed bottom plate, lower casing feed cover board, under
Shell synchronizing wheel and lower casing bearing block are constituted, and lower casing index dial is located between lower casing feed bottom plate and lower casing feed cover board, under described
Shell main-shaft of dividing disc is mounted on lower casing bearing block, and lower casing synchronizing wheel is installed on lower casing main-shaft of dividing disc；
Upper casing feeding material component mainly by upper casing index dial, upper casing main-shaft of dividing disc, upper casing feed bottom plate, upper casing feed cover board, on
Shell synchronizing wheel and upper casing bearing block are constituted, and upper casing index dial is located at upper casing feed bottom plate and upper casing is fed between cover board, it is described on
Shell main-shaft of dividing disc is mounted on upper casing bearing block, and upper casing synchronizing wheel is installed on upper casing main-shaft of dividing disc；
The live spindle component mainly by the first elbow, the second elbow, ring flange, it is lower buckle shell index dial, it is upper buckle shell index dial,
Live spindle, the first rotary joint, the second rotary joint and suction valve jacket part are constituted, and the lower button shell index dial and upper button shell index
Disk is connected through ring flange, is uniformly arranged on lower button shell index dial and is installed the suction valve jacket part, same uniform on upper button shell index dial
The installation suction valve jacket part is arranged, first rotary joint connects first elbow, the second rotary joint warp through ring flange
Ring flange connects second elbow；
The suction valve jacket part mainly includes inhaling valve jacket part assembly, upper casing, setting of casing, compression bar, sliding bearing, needle bearing and bullet
Spring, the upper casing and setting of casing be sleeved on inhale valve jacket part assembly on, the compression bar through sliding bearing be mounted on inhale valve jacket part it is total
At interior, compression bar is inhaled the needle bearing on valve jacket part assembly and is connect with being mounted on through the spring.
2. big honeyed bolus according to claim 1 automatically detains shell machine, which is characterized in that the setting of drug delivery index dial edge
Have it is several set medicine gap, what every pill was respectively placed on drug delivery index dial described sets in medicine gap.
3. big honeyed bolus according to claim 1 automatically detains shell machine, which is characterized in that be provided at least on the drug delivery bottom plate
One falls to the through-hole of lower hemisphere shell for pill.
4. big honeyed bolus according to claim 1 automatically detains shell machine, which is characterized in that the lower casing index dial and upper casing point
Scale is gear-like disk.
5. big honeyed bolus according to claim 4 automatically detains shell machine, which is characterized in that open at the back of the upper casing index dial
There is the groove passed through for pill.
6. big honeyed bolus according to claim 1 automatically detains shell machine, which is characterized in that the live spindle is boring
Transmission shaft, and surface is uniformly placed with via hole.
7. big honeyed bolus according to claim 1 automatically detains shell machine, which is characterized in that the lower button shell index dial and upper button
It is uniform along center location scattering that the marginal position of shell index dial is evenly arranged with through-hole, lower button shell index dial and upper button shell index dial
It is furnished with hole bit port.
8. big honeyed bolus according to claim 1 automatically detains shell machine, which is characterized in that the guiding mechanism includes that lower casing is led
Positive plate and upper rail and lower railway for inhaling the needle bearing sliding in valve jacket part.
9. big honeyed bolus according to claim 8 automatically detains shell machine, which is characterized in that table on the upper rail and lower railway
The cambered surface that face is π-π at radian；In rotary course, inhales valve jacket part and rolled by needle bearing in the cambered surface of guide rail come correcting
Upper hemispherical shell and lower hemisphere shell.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710703779.7A CN107719729B (en) | 2017-08-16 | 2017-08-16 | Big honeyed bolus automatically detains shell machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710703779.7A CN107719729B (en) | 2017-08-16 | 2017-08-16 | Big honeyed bolus automatically detains shell machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107719729A CN107719729A (en) | 2018-02-23 |
| CN107719729B true CN107719729B (en) | 2019-10-08 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710703779.7A Active CN107719729B (en) | 2017-08-16 | 2017-08-16 | Big honeyed bolus automatically detains shell machine |
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Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2124702U (en) * | 1992-06-09 | 1992-12-16 | 王杰伟 | Packing ball-shaped shell and heat sealing die set for chinese drugs pill |
| BRPI0600990A8 (en) * | 2006-03-21 | 2016-11-01 | Arcuri Neto Leonardo | PACKAGING SEALING SYSTEM |
| NL2010673C2 (en) * | 2013-04-19 | 2014-10-21 | Vmi Holland Bv | Medication dispensing container. |
| CN204280009U (en) * | 2014-10-28 | 2015-04-22 | 黑龙江迪尔制药机械有限责任公司 | A kind of upper lower casing for large honeyed bolus button shell machine aligns stapling apparatus |
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2017
- 2017-08-16 CN CN201710703779.7A patent/CN107719729B/en active Active
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| CN107719729A (en) | 2018-02-23 |
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