CN2770653Y - Hollow capsule automatic shrinking machine - Google Patents
Hollow capsule automatic shrinking machine Download PDFInfo
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- CN2770653Y CN2770653Y CN 200420055915 CN200420055915U CN2770653Y CN 2770653 Y CN2770653 Y CN 2770653Y CN 200420055915 CN200420055915 CN 200420055915 CN 200420055915 U CN200420055915 U CN 200420055915U CN 2770653 Y CN2770653 Y CN 2770653Y
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- thimble
- tune
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Abstract
The utility model relates to a hollow capsule automatic covering machine, which belongs to the field of capsule package. The utility model which comprises a transmission mechanism, an intermittent motion mechanism, a feeding mechanism and a covering mechanism is characterized in that the feeding mechanism comprises an A end feeding turn back rotary disc and a B end feeding turn back rotary disc, wherein the A end feeding turn back rotary disc and the B end feeding turn back rotary disc are respectively composed of feeding discs and turn back shafts; the feeding discs are arranged at least in five groups with same angle in interval, and each group comprises at least three columns of feeding holes; the turn back shafts are arranged on the bottom surfaces of the A end feeding turn back rotary disc and the B end feeding turn back rotary disc, and are provided with capsule holes which have the same number and arrangement as the feeding holes; each turn back shaft is provided with a driving small gear connected with an incomplete toothed ring which can drive the driving small gear to rotate. The utility model solves the problems that one head is not easy to remove, covering quality is not ideal, low production efficiency, etc., in the prior art, effectively enhances work efficiency, reduces manpower cost, removes one head and enhances covering quality.
Description
Technical field
This utility model belongs to the drug packaging technical field, is specifically related to a kind of Capsules automatic body capping machine.
Background technology
Chinese patent CN2539693Y has proposed a kind of automatic capsule capping machine, intermittently-driving and eccentric intermittence that it adopts partial gear to control chain gear transmission respectively rotate, to realize that latch intermittently is shifted and locks the locking blanking action of pin, blanking pin at different station, finishes capsular transmission, fit, locking and the finished product blanking got from capsules A end, B end material fetching mechanism at last.
Above-mentioned patent has solved manually-operated in the fit locking process, has influenced the problem of production efficiency, but capsule extruding mutually easily when feeding, air-suction channel easily broken glue shell stop up and not the blank in easy to clean, the capsule can influence the work of automatic capsule capping machine and be difficult for getting rid of.Simultaneously can't remove single head, the fit quality is undesirable, machine is fit 2.5 ten thousand only per hour, production efficiency is still on the low side wait not enough.
Summary of the invention
Capsule can mutual extrusion when the purpose of this utility model provided a kind of stable performance, easy to maintenance, simple to operate, feeding, fit quality ideal, can remove single head, production efficiency height automatically and conform to the capsule automatic body capping machine of hygienic requirements.
The technical scheme that its technical problem that solves this utility model adopts is:
A kind of Capsules automatic body capping machine, comprise drive mechanism, intermittent motion mechanism, feed mechanism, fit body and go-on-go device for discharging, it is characterized in that feed mechanism comprises a end feeding tune rotating disk and b end feeding tune rotating disk, each is made up of a end feeding tune rotating disk and b end feeding tune rotating disk feed table and tune axle, establish the feedhole that at least 5 groups respectively contain at least 3 row between the feed table equal angles, the tune axle is loaded on the bottom surface of a end feeding tune rotating disk and b end feeding tune rotating disk, and be provided with the feedhole number and arrange the capsule hole be complementary, the tune axle is provided with drive pinion, and drive pinion connects the incomplete ring gear that can drive its rotation.
Described drive mechanism comprises motor, reductor, main shaft and is installed in a pair of asynchronous cam of main shaft, elevating lever that is connected with cam and crane, crane is connected with cam by elevating lever, and crane is provided with feeding thimble, feeding fit thimble and go-on-go thimble.
Described fit body comprises fit rotating disk, fit top board and is loaded on feeding fit thimble on the crane, establishes with the feedhole number of a end feeding tune rotating disk and b end feeding tune rotating disk between fit rotating disk equal angles and arranges the capsule capping hole that is complementary; Under Geneva mechanism effect at intermittence, when the fit rotating disk is in calmness:
Its part is the position that connects material, corresponding to the feeding thimble of a end feeding tune rotating disk top and the feeding thimble of b end feeding tune rotating disk top;
Its part is the fit position, corresponding to the feeding fit thimble of a end feeding tune rotating disk top;
Its part is the go-on-go position, corresponding to the go-on-go thimble of fit rotating disk top;
Its part is for unloading material level, corresponding to the discharging thimble of fit rotating disk below;
On a end feeding tune rotating disk corresponding to one group of feedhole of feeding fit thimble corresponding to the fit position on the fit rotating disk; B holds the connect material position of one group of corresponding with the feeding thimble on feeding tune rotating disk feedhole corresponding to the fit rotating disk; Feeding fit thimble is loaded on the feedhole top of a end feeding tune rotating disk, promptly is that the feeding thimble is again the fit thimble; The discharging thimble is installed on the below that the fit rotating disk unloads material level, and except finished product is sent register hole, also coming out because of the A end capsule go-on-go that does not have B end capsule not finish fit, the discharging thimble promptly is that discharging can be the go-on-go thimble again with thimble during work.
The fit top board is connected with the cam 5b of main shaft by elevating lever with the discharging thimble, and the fit top board is positioned at below the fit rotating disk and corresponding to the capsule capping hole that is positioned at the fit position on the fit rotating disk.
The aperture, top in described capsule capping hole is greater than the aperture, bottom.The capsule capping hole is that top is a bit larger tham A end capsule, the aperture, bottom is a bit larger tham B end capsule and holds capsule less than A.
Above-mentioned Capsules automatic body capping machine, the fit rotating disk rectangular sleeve plywood that is connected is offered register hole on the cover plywood.The register hole processing of described fit rotating disk is on the rectangular sleeve plywood, and the cover plywood is placed in the rectangular sleeve plywood hole that customizes on the fit rotating disk and can fixes and be convenient to loading and unloading, so that cleaning and maintenance
Above-mentioned Capsules automatic body capping machine is provided with the microcaloire device in the capsule hole on the described tune axle.The microcaloire device slightly blocks capsule, and capsule can not dropped out from the capsule hole voluntarily.
Above-mentioned Capsules automatic body capping machine, described a end feeding tune rotating disk below is provided with a deviation correcting device.To guarantee that a end capsule can accurately enter in the register hole of fit rotating disk.
The deviation correcting device of microcaloire device in the capsule hole and a end feeding tune rotating disk below is conventional microcaloire (locking) device and deviation correcting device.
Above-mentioned Capsules automatic body capping machine, respectively organize the capsule hole at a end capsule feeding tune rotating disk and fit rotating disk and be provided with the locating hole (groove) of one group of correspondence, be used for the correction of a end capsule feeding tune rotating disk and the biased difference of fit turret apertures before the fit near the place at edge.
Above-mentioned Capsules automatic body capping machine, feeding thimble, feeding fit thimble, go-on-go thimble, fit top board and discharging thimble are by electromagnetism or aerodynamic force control.
Can also directly process register hole on the fit rotating disk simultaneously, the vacant part of triangle is removed, so that cleaning and maintenance.
The automatic filling machine of branch body capsule can be designed in design of the present utility model and basis.
The Capsules automatic body capping machine that this utility model provides comprises drive mechanism, feed mechanism, fit body, intermittent motion mechanism and go-on-go device for discharging.Drive mechanism by motor, reductor, main shaft, be positioned at a pair of asynchronous cam on the main shaft, the elevating lever that is connected with cam also comprise be positioned at three gears on a end and b end feeding tune rotating disk, the fit turntable shaft and be positioned at wherein on the axle intermittence Geneva mechanism and be installed on a end and b end feeding tune rotating disk on tune axle pinion and constitute with a end and the incomplete ring gear of the b end feeding tune concentric annular of turntable shaft.
Intermittent motion device by sheave initiatively intermittently and passive intermittence sheave constitute.
Described feed mechanism is made of a end feeding tune rotating disk, b end feeding tune rotating disk and the feeding thimble that is installed on the crane.A end and b end feeding tune rotating disk are made of feed table, tune axle respectively.Feed table is provided with the feedhole that the 5-10 group respectively contains the 3-7 row, 5-10 organizes tune axle that every group of 3-7 prop up, and to be installed in the feed table bottom surface corresponding with the feed table feedhole, tune axle is provided with corresponding with feed table and the same number of capsule hole and be provided with drive pinion, and makes the capsule hole keep vertical mechanism after making tune axle Rotate 180 degree being provided with on the tune axle.
Fit body is made of fit rotating disk, feeding fit thimble and fit top board, and fit rotating disk equal angles is provided with 5-10 group, corresponding with a end and b end feeding tune rotating disk feedhole and respectively contain the register hole that 3-7 is listed as.Be installed in feeding thimble on the crane and feeding fit thimble above a end feeding tune rotating disk, corresponding with three groups of adjacent feedholes, the fit position of feeding fit thimble and fit rotating disk and the fit top board of below thereof are corresponding, and it is corresponding with feeding fit top board that the fit top board is installed in the below of fit rotating disk.Another group feeding thimble is above b end feeding tune rotating disk, and corresponding with two groups of adjacent feedholes, the feeding thimble is corresponding with the position that connects material of fit rotating disk, and described go-on-go thimble is corresponding with the go-on-go position of fit rotating disk above the fit rotating disk.It is corresponding with feeding fit thimble that the fit top board is installed in the below of fit rotating disk, the discharging thimble be installed in the following of fit rotating disk and fit rotating disk to unload material level corresponding.Crane is connected with cam by elevating lever, and fit top board and discharging thimble are connected with cam on the main shaft by elevating lever.
The Capsules automatic body capping machine that this utility model provides, every fit once can reach nearly hundred capsules, per hour can the fit capsule more than 50,000, and a people can operate many playscripts with stage directions utility model automatic body capping machine simultaneously, and work efficiency improves, and reduces wage cost; Automatically go-on-go is not finished a end and the b end capsule of fit because of there being supporting other end capsule, and the capsule capping quality is improved greatly; To there be the capsule of fit to concentrate recovery to reduce wastage of material.
Description of drawings
Fig. 1 is a structural representation of the present utility model.
Fig. 2 is the work sketch map of a end of the present utility model, b end feeding tune rotating disk and fit rotating disk.
Fig. 3 is a feeding tune turntable structure sketch map of the present utility model.
Among the figure: 1: frame, 2: motor, 3: reductor, 4: main shaft, 5a: cam 5a, 5b: cam 5b, 6: the fit turntable shaft, 7: travelling gear, 8:B end feeding tune turntable shaft, 9: bevel gear, 10: intermittent motion mechanism, the 11:A hopper, 12: reinforced brush a, 13: crane, 14: incomplete ring gear, the 15:B hopper, 16: reinforced brush b, 17:B end feeding tune rotating disk, 18:B end tune axle, 19: the capsule hole, 20:A end feeding tune rotating disk, 21:A end tune axle, 22: the tune shaft transmission gear, 23: tune axle directive construction, 24:A end feeding tune turntable shaft, 25: the fit top board, 26: the fit rotating disk, 27: elevating lever a, 28: the discharging thimble, 29: elevating lever b, 30: fit position (a3 is corresponding with feeding fit thimble), 31: the go-on-go position, 32: unload material level, 33: the capsule capping hole, 34: position (b2 is corresponding with the feeding thimble) connects material, 35: the ccontaining capsular hole corresponding with b1,36: the ccontaining capsular hole corresponding with a1,37: the ccontaining capsular hole corresponding with a2,38: locating hole, 39:a end capsule feedhole, 40:b end capsule feedhole, 41 and 42 is the edge of hopper
A1, a2, b1, b2 represent the feeding thimble among the figure; A3 is that feeding fit thimble, c are the go-on-go thimble.
Arrow among Fig. 2 is expressed as rotation direction.
The specific embodiment
Below in conjunction with accompanying drawing this utility model is further described.
This utility model is made up of drive mechanism, intermittent motion mechanism, feeding structure, fit body, go-on-go and device for discharging etc.
Drive mechanism comprises the intermittently bevel gear 9 of Geneva mechanism 10 of frame 1, motor 2, reductor 3, main shaft 4 drives, be positioned at a pair of asynchronous cam 5a, 5b on the main shaft, the elevating lever 27 that is connected with cam 5a, the elevating lever 29 that is connected with cam 5b, three set synchromesh gears 7 on a end feeding tune turntable shaft 24, b end feeding tune turntable shaft 8 and the fit turntable shaft 6 are positioned at wherein on the axle intermittently not exclusively ring gear 14 of Geneva mechanism 10 and annular.Annular not exclusively ring gear 14 is positioned at the below of a end tune rotating disk 20 and b end feeding tune rotating disk 17 and concentric with axle, connects tune through-drive pinion 22, can drive tune axle 18,21 and rotate.
This utility model also comprises a end feeding tune rotating disk 20, b end feeding tune rotating disk 17, and fit rotating disk 26 is installed in feeding thimble a1, a2, b1, b2, go-on-go thimble c and feeding fit thimble a3 on the crane 13.
Fit body comprises fit rotating disk 26, feeding fit thimble a3, and with the corresponding fit top board 25 of feeding fit thimble a3,
The go-on-go device for discharging comprises go-on-go thimble c and discharging thimble 28.
A end feeding tune rotating disk 20 is by feed table 20a, tune axle 21 constitutes, b end feeding tune rotating disk is by feed table 17a, tune axle 18 constitutes, a end and b end feeding tune rotating disk respectively are provided with 5-10 and organize every group of feedhole 39/40 that contains the 3-7 row, each 5-10 organizes tune axle 18/21 that every group of 3-7 prop up, and to be installed in feed table 17/20 bottom surface corresponding with feed table feedhole 39/40, tune axle 18/21 is provided with corresponding with feed table and the same number of capsule hole 19 and drive pinion 22, and make the capsule hole keep vertical mechanism 23 after making tune axle Rotate 180 degree being provided with on the tune axle 18/21, feeding tune rotating disk 17/20 is in accordance with regulations during angular turn, under incomplete ring gear 14 effects, drive drive pinion 22 and make the 180 degree rotations of tune axle 18/21 do, finish capsule tune work.
Fit rotating disk 26 angles such as branch such as grade are provided with the register hole 33 that 5-10 group respectively contains the 3-7 row, and wherein one group corresponding to feeding thimble b2, is in the position 34 that connects material; One group corresponding to feeding fit thimble a3, is in fit position 30; One group corresponding with go-on-go thimble c, is in go-on-go position 31; One group corresponding with discharging thimble 28, is in to unload material level 32.
The feeding thimble a1 that is installed on the crane 13 is corresponding with capsule hole 36, a2 is corresponding with capsule hole 37, the fit position 30 of feeding fit thimble a3 and fit rotating disk 26 is also corresponding with the fit top board 25 of its below, feeding thimble b1 is corresponding with capsule hole 35, b2 is corresponding with the position 34 that connects material, go-on-go thimble c is corresponding with go-on-go position 31, crane 13 is connected with cam 5a by elevating lever 27, it is corresponding with the fit position 30 of feeding fit thimble a3 and fit rotating disk 26 that fit top board 25 is installed in the below of fit rotating disk 26, discharging thimble 28 is installed in the following of fit rotating disk 26 and to unload material level 32 corresponding, fit top board 25 and discharging thimble 28 are connected with cam 5b on the main shaft 4 by elevating lever 29, respectively organize the capsule hole at a end feeding tune rotating disk 20 and fit rotating disk 26 and be provided with the locating hole (groove) 38 of one group of correspondence, be used for the correction of a end feeding tune rotating disk 20 and the biased difference in fit rotating disk 26 holes before the fit near the place at edge.
Described feeding tune rotating disk 17/20 and fit rotating disk 26 isogonism positions are divided into the 5-10 group, the feedhole 39/40 and the register hole 33 of every group of 3-7 row, number can be decided according to the feeding tune rotating disk 17/20 of design and the diameter of fit rotating disk 26, be good with the 8-20 grain, and straight line is closely arranged.
During work, one group of corresponding with feeding fit thimble a3 on a end feeding tune rotating disk 20 feedhole is corresponding with the fit position 30 on the fit rotating disk 26, and one group of feedhole (feeding position) corresponding with feeding thimble b2 on the b end feeding tune rotating disk 17 is corresponding with the position 34 that connects material on the fit rotating disk 26.A end feeding tune rotating disk 20 holds the thickness of feeding tune rotating disk 17 little than b, decides according to the capsule model, and the diameter of the tune axle 21 on a end feeding tune rotating disk 20 can hold the diameter of the tune axle 18 on the feeding tune rotating disk 17 smaller than b.
It is little that big second hole, first hole is processed in capsule capping hole 41, matches with capsule.Described feeding thimble a1/a2, feeding fit thimble a3, feeding thimble b1/b2, go-on-go thimble c, discharging thimble 28 arranges identical, and with feeding tune rotating disk 17,20 on feedhole, on the fit rotating disk 26 register hole quantity and arrange all corresponding.
Alignment pin is fixed on the frame 1 of fit rotating disk 26 belows, and is corresponding with a end feeding tune rotating disk 20 and fit rotating disk 26 equitant locating hole (grooves) 38, by elevating lever 27 its work of control.
During work, under reinforced brush effect, a end and b end capsule enter respectively in the feedhole earlier, rotate when the motor drives reductor makes main shaft, and the cam 5a on the main shaft rises by elevating lever 27 drive cranes and puts in place.
Then, a end and b end feeding tune rotating disk, fit rotating disk 6 under intermittence, sheave and gear were controlled in accordance with regulations angle put in place and stop operating; Main shaft 4 is rotated further, be installed in the feeding thimble a1 on the crane, a2, b1, b2, go-on-go thimble c and feeding fit thimble a3 descend and put in place, at this moment feeding thimble a1 heads into a end capsule down of otch in the corresponding feedhole in the tune axle 21, the capsule that otch makes progress is stayed in the feedhole of feed table, feeding thimble a2 sends staying the capsule that otch makes progress in the feedhole into (original otch capsule down up in the tune this moment axle 21) in the tune axle 21, feeding fit thimble a3 corresponding feedhole down all a end capsules (otch all down) in tune axle 21 in the tune axle all send in the register hole on the fit rotating disk 26 and suspend, wait for that fit top board 25 heads into a to b end capsule and holds in the capsule and carry out fit.Meanwhile: feeding thimble b1 sends into the b end capsule down of otch in the corresponding feedhole in the tune axle 18, b that otch makes progress end capsule is stayed in the feedhole of feed table, and feeding thimble b2 is staying the b end capsule in the corresponding feedhole and having reversed end for end and stay b in the tune axle 18 and hold capsule all to send in the register hole on the fit rotating disk 26.Simultaneously, go-on-go thimble c utilizes own wt down sending from fit rotating disk 26 because of the b end capsule that does not have a end capsule not finish fit, falls into collecting box through passage and recycles, and all the other thimbles withstand on a end capsule head, capsule are not had any impact.
Main shaft is rotated further, cam 5b on the main shaft makes the discharging thimble corresponding with unloading material level rise to the position equal with fit rotating disk 26 cards by elevating lever 29 and suspends, finished capsule product is ejected from register hole, utilize wind-force that capsule is sent into collecting box, stay in the register hole of fit rotating disk because of a end capsule that does not have b end capsule not finish fit individually.
Then close wind-force automatically, the discharging thimble continue to rise, and heads into the recovery frame that is arranged in fit rotating disk top and reclaims staying a end capsule in the fit rotating disk register hole, and the while fit top board corresponding with the fit position rises to assigned position and finish capsular fit.
Main shaft is rotated further fit top board and the decline of discharging thimble is resetted, and so far finishes the fit process one time.Along with the motor drives main shaft rotates continuously, under the effect of cam and intermittent motion mechanism, feeding, fit, go-on-go, discharging, move in circles, carry out automatically fit continuously.
Below carry out the operation of capsule capping for this utility model:
(1) reinforced: first power-on is done reinforced dataller, and under reinforced brush effect, a end and b end capsule enter respectively in the corresponding feedhole, start the motor drives reductor main shaft is rotated.
(2) rise: the cam 5a on the main shaft 4 drives cranes 13 by elevating lever 27 and rises and put in place, then a end feeding tune rotating disk 20, b end feeding tune rotating disk 17 and fit rotating disk 26 under intermittence sheave 10 and gear 7 controls in accordance with regulations angle put in place and suspend rotation.
(3) descend: main shaft 4 is rotated further, be installed in the feeding thimble a1 on the crane 13, a2, b1, b2, go-on-go thimble c and feeding fit thimble a3 descend and put in place, at this moment corresponding with capsule hole 36 a1 sends into tune spools 21 to a end capsule down of otch in the corresponding feedhole, the capsule that otch makes progress is still stayed in the feedhole, the a2 corresponding with capsule hole 37 sends staying the capsule that otch makes progress in the feedhole into (original otch capsule down up in the tune this moment axle 21) in the tune axle 21, the feeding fit thimble a3 corresponding with capsule hole 30 all sends into all a end capsules (otch all down) in tune axle 21 in the register hole (fit position 30) on the fit rotating disk 26 and suspends, and waits for that fit top board 25 heads into a to b end capsule and holds in the capsule and carry out fit.Meanwhile: the b1 corresponding with capsule hole 35 sends into otch b end capsule down in the tune axle 18, b that otch makes progress end capsule is still stayed in the feedhole, and the b2 corresponding with capsule hole 34 is staying the b end capsule in the capsule hole and staying in the tune axle 18 and the capsule of having reversed end for end is all sent in the register hole (position 34 connects material) on the fit rotating disk 26.The go-on-go thimble c corresponding with 31 utilizes own wt down sending from fit rotating disk 26 because of the b end capsule that does not have a end capsule not finish fit, falling into collecting box through passage recycles, all the other thimbles withstand on a end capsule head, capsule are not had any impact.
(4) fit, discharging; Main shaft 4 is rotated further, cam 5b on the main shaft makes discharging thimble 28 rise to the position equal with fit rotating disk 26 cards by elevating lever 29 and suspends, the finished capsule product of fit is sent from the register hole of fit rotating disk 26, utilize wind-force that capsule is sent into collecting box, still stay in the register hole of fit rotating disk 26 because of a end capsule that does not have b end capsule not finish fit individually, then close wind-force automatically, discharging thimble 28 continues to rise, head into the recovery frame that is arranged in fit rotating disk 26 tops and reclaim staying a end capsule in fit rotating disk 26 register holes, fit top board 25 rises to assigned position simultaneously, the b end capsule of waiting for fit on fit position 30 is headed into the position of stipulating in a end capsule finish capsular fit.
(5) main shaft 4 is rotated further fit top board 25 and 28 declines of discharging thimble is resetted, and so far finishes the fit process one time.Rotate continuously along with motor 2 drives main shaft 4 then, under the effect of cam 5a, 5b and intermittent motion mechanism 10, enter the next fit cycle, carry out automatically fit continuously.
During work, when motor 2 drives reductor 3 main shaft 4 is rotated, main shaft 4 rotates just in time finishes rising, feeding (connecting material), fit, discharging one-period a week.
Because this function is automatically removed because of not having a end capsule or b end capsule not to finish the other end capsule of fit, thus can be because of a hopper reinforced untimely or feedhole feeding deficiency influence the quality of fit work and product.
Claims (9)
1, a kind of Capsules automatic body capping machine, comprise drive mechanism, intermittent motion mechanism, feed mechanism, fit body and go-on-go device for discharging, it is characterized in that feed mechanism comprises a end feeding tune rotating disk and b end feeding tune rotating disk, each is made up of a end feeding tune rotating disk and b end feeding tune rotating disk feed table and tune axle, branch setting at least 5 groups such as feed table respectively contain the feedhole of at least 3 row, the tune axle is loaded on the bottom surface of a end feeding tune rotating disk and b end feeding tune rotating disk, and be provided with the feedhole number and arrange the capsule hole be complementary, the tune axle is provided with drive pinion, and drive pinion connects the incomplete ring gear that can drive its rotation.
2, according to claims 1 described Capsules automatic body capping machine, it is characterized in that the feedhole number of branch settings such as fit body comprises fit rotating disk, fit top board and is loaded on feeding fit thimble on the crane, the fit rotating disk and a end feeding tune rotating disk and b end feeding tune rotating disk and arrange the capsule capping hole that is complementary;
Its part is the position that connects material, corresponding to the feeding thimble (a1, a2) of a end feeding tune rotating disk top and the feeding thimble (b1, b2) of b end feeding tune rotating disk top;
Its part is the fit position, corresponding to the feeding fit thimble of a end feeding tune rotating disk top;
Its part is the go-on-go position, corresponding to the go-on-go thimble of fit rotating disk top;
Its part is for unloading material level, corresponding to the discharging thimble of fit rotating disk below;
The fit top board is connected with the cam (5b) of main shaft by elevating lever with the discharging thimble, and the fit top board is positioned at below the fit rotating disk and corresponding to the capsule capping hole that is positioned at the fit position on the fit rotating disk.
3, according to claims 1 described Capsules automatic body capping machine, it is characterized in that drive mechanism comprises motor, reductor, main shaft and is installed in a pair of asynchronous cam (5a, 5b) of main shaft, the elevating lever (27,29) and the crane that are connected with cam (5a, 5b), crane is connected with cam (5a) by elevating lever, and crane is provided with feeding thimble (a1, a2, b1, b2), feeding fit thimble (a3) and go-on-go thimble (c).
4, according to claims 2 described Capsules automatic body capping machines, the aperture, top that it is characterized in that the capsule capping hole is greater than the aperture, bottom.
5, according to claims 2 described Capsules automatic body capping machines, it is characterized in that the fit rotating disk rectangular sleeve plywood that is connected, offer register hole on the cover plywood.
6,, it is characterized in that reversing end for end being provided with the microcaloire device in the capsule hole on the axle according to the described Capsules automatic body capping machine of one of claims 1～5.
7,, it is characterized in that a end feeding tune rotating disk below is provided with a deviation correcting device according to the described Capsules automatic body capping machine of one of claims 1～5.
8,, it is characterized in that the place, rim of a end feeding tune rotating disk and fit rotating disk establishes locating hole or groove according to the described Capsules automatic body capping machine of one of claims 1～5.
9,, it is characterized in that feeding thimble (a1, a2, b1, b2), feeding fit thimble (a3), go-on-go thimble (c), fit top board (25) and discharging thimble (28) are electromagnetism or aerodynamic force control according to the described Capsules automatic body capping machine of one of claims 1～5.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420055915 CN2770653Y (en) | 2004-12-31 | 2004-12-31 | Hollow capsule automatic shrinking machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420055915 CN2770653Y (en) | 2004-12-31 | 2004-12-31 | Hollow capsule automatic shrinking machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2770653Y true CN2770653Y (en) | 2006-04-12 |
Family
ID=36704440
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420055915 Expired - Fee Related CN2770653Y (en) | 2004-12-31 | 2004-12-31 | Hollow capsule automatic shrinking machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2770653Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105055171A (en) * | 2015-08-04 | 2015-11-18 | 新昌县宏海机械有限公司 | Cutting and sleeving device |
| CN105078760A (en) * | 2015-08-04 | 2015-11-25 | 新昌县宏海机械有限公司 | Cutting and nesting integrated machine |
| CN111227949A (en) * | 2019-11-12 | 2020-06-05 | 青岛市市立医院 | Automatic bagging apparatus that overlaps of B ultrasonic probe |
-
2004
- 2004-12-31 CN CN 200420055915 patent/CN2770653Y/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105055171A (en) * | 2015-08-04 | 2015-11-18 | 新昌县宏海机械有限公司 | Cutting and sleeving device |
| CN105078760A (en) * | 2015-08-04 | 2015-11-25 | 新昌县宏海机械有限公司 | Cutting and nesting integrated machine |
| CN105078760B (en) * | 2015-08-04 | 2018-11-06 | 新昌县宏海机械有限公司 | A kind of cutting fitting all-in-one machine |
| CN105055171B (en) * | 2015-08-04 | 2019-01-01 | 新昌县宏海机械有限公司 | A kind of cutting sheathing equipment |
| CN111227949A (en) * | 2019-11-12 | 2020-06-05 | 青岛市市立医院 | Automatic bagging apparatus that overlaps of B ultrasonic probe |
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