CN208115901U - Drug packaging material corner material grinding device - Google Patents
Drug packaging material corner material grinding device Download PDFInfo
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- CN208115901U CN208115901U CN201820319203.0U CN201820319203U CN208115901U CN 208115901 U CN208115901 U CN 208115901U CN 201820319203 U CN201820319203 U CN 201820319203U CN 208115901 U CN208115901 U CN 208115901U
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Abstract
The utility model belongs to medical packaging material production technical field,More particularly to drug packaging material corner material grinding device,Including cabinet,Driving motor and the first belt,The enclosure top, which communicates, is equipped with feed pipe,The chassis bottom is equipped with discharge port,Disintegrating mechanism is equipped in the cabinet,The disintegrating mechanism includes upper left rotary shaft,Upper right rotary shaft,Lower-left rotary shaft and bottom right rotary shaft,The upper left rotary shaft is identical with bottom right rotation axle construction,The upper right rotary shaft is identical with lower-left rotation axle construction,The upper left rotary shaft is integrally formed with the first roller,The first spike-tooth of multiple row is provided on the side wall of first roller,The lower-left rotary shaft is integrally formed with the second roller,The second spike-tooth of multiple row is provided on the side wall of second roller,First spike-tooth described in multiple row and the radially even distribution of the second spike-tooth of multiple row,And along axial equidistant in round arrangement,The second spike-tooth on the first spike-tooth and upper right rotary shaft in the upper left rotary shaft is interlaced.
Description
Technical field
The utility model belongs to medical packaging material production technical field, and in particular to drug packaging material corner material grinding device.
Background technique
Medical packaging refer to material appropriate or container, using packing technique to the semifinished or finished goods of pharmaceutical preparation into
The operation such as row point, envelope, dress, labeling, a kind of general name of process of quality guarantee, identification trade mark and explanation is provided for drug,
Key works Drug packing itself can be gone to understand in terms of two：In terms of static angular, packaging is with related material, container and adminicle
Equal materials get up Key works Drug packing, play due function；In terms of dynamic angle, packaging is using material, container and adminicle
Technical method, be technique and operation, Key works Drug packing can be divided into inner packing and outer packing two by its effect in the field of circulation
Major class, function mainly have three aspect, i.e., defencive function, facilitate application and demonstration.
In production, the corner material of drug packaging material needs to reuse, it is necessary to first crush corner material, then join as needed
With the injection molding of medical packaging material, the production cost of enterprise can be reduced to avoid waste to a certain extent.However, existing
Corner material grinding device unreasonable structural design, the corner material in hopper are easy blocking hopper outlet, cause to crush because size is different
Mechanism idle running, causes the waste of resource；In addition to this, smashed particle size is different, needs to go in week screening plant progress
Screening, it is not only troublesome, and also equipment cost is higher；In addition, smashed particle directly lands, lead to the air matter of working environment
It measures poor, directly affects the health of staff；The most key, existing disintegrating mechanism can only realize first level flour
It is broken, it results in the need for carrying out multiple crushing operation, not only working efficiency is low, but also the large labor intensity of worker.
Utility model content
The utility model aim is：It is intended to provide drug packaging material corner material grinding device, it will be crushed and screening is integrated in one,
Process has not only been simplified, workload is alleviated, has been improved work efficiency；And it can according to need the charging below impact hopper
Pipe, avoids hopper from blocking；Furthermore it is also possible to carry out two-stage crushing, crushing effect is preferable；In addition to this, after crushing and sieve
Conforming particle and can be had enough to meet the need as needed by the picking-up container splicing of bottom, and working environment is improved in once degree
Air quality is conducive to the health of staff.
To realize the above-mentioned technical purpose, the technical solution adopted in the utility model is as follows：
Drug packaging material corner material grinding device, including cabinet, driving motor and the first belt, the enclosure top communicate installation
There is feed pipe, the chassis bottom is equipped with discharge port, is equipped with disintegrating mechanism in the cabinet, the disintegrating mechanism includes upper left
Rotary shaft, upper right rotary shaft, lower-left rotary shaft and bottom right rotary shaft, the upper left rotary shaft is identical with bottom right rotation axle construction,
The upper right rotary shaft is identical with lower-left rotation axle construction, and the upper left rotary shaft is integrally formed with the first roller, first roller
It is provided with the first spike-tooth of multiple row on the side wall of cylinder, the lower-left rotary shaft is integrally formed with the second roller, the side of second roller
The second spike-tooth of multiple row, the first spike-tooth described in multiple row and the radially even distribution of the second spike-tooth of multiple row and edge are provided on wall
Axially equidistant to arrange in round, the second spike-tooth on the first spike-tooth and upper right rotary shaft in the upper left rotary shaft is mutually handed over
It is wrong and do not contact, the interleave depth between the second spike-tooth on the first spike-tooth and upper right rotary shaft in the upper left rotary shaft
Size is less than the interleave depth size between the first spike-tooth on the second spike-tooth and bottom right rotary shaft in the rotary shaft of lower-left, described
The left end of upper left rotary shaft and upper right rotary shaft passes through the sustained height position of cabinet and is separately installed with the first driven wheel and the
The left end of two driven wheels, the lower-left rotary shaft and bottom right rotary shaft passes through the sustained height position of cabinet and is separately installed with drive
Driving wheel and third driven wheel, the power output end and driving wheel of the driving motor are sequentially connected, and first belt tension exists
On first driven wheel and driving wheel, tensioning is arranged with the second cross-shaped skin on first driven wheel and the second driven wheel
Tensioning is arranged with cross-shaped third belt on band, the driving wheel and third driven wheel, and the cabinet inner wall is revolved in lower-left
The lower section of shaft and bottom right rotary shaft be equipped with V-arrangement sieve plate, between the most significant end of the V-arrangement sieve plate and the second spike-tooth end there are
Gap is equipped with multiple vibrating motors on the lower surface of the V-arrangement sieve plate, and the upper end of the feed pipe is integrally formed with hopper, institute
The outer wall for stating feed pipe is in U-shape equipped with longitudinal section and the inside knock box that is open, and T shape collision block is equipped in the knock box, described
T shape collision block be integrally formed by vertical plate and cross bar, spring is installed between the lateral surface of the vertical plate and the interior bottom of knock box, institute
The spring pocket stated is on cross bar, and the outer end of the cross bar passes through the bottom of knock box and is fixed with limited block, the bottom of the cabinet
Portion is equipped with first bearing and pin shaft, and the outer ring of the first bearing is fixed with the hush panel that can close discharge port, the pin
Axis passes through the free end of hush panel and is detachably connected to fix hush panel with the bottom of cabinet；The lower section of the hush panel
Equipped with picking-up container, the top surface of the picking-up container is equipped with a upright bar, and the outer wall of the cabinet is equipped with second bearing, the upright bar
Upper end is fixedly mounted in the inner ring of second bearing, and T shape spacer pin, the outer wall of the cabinet are detachably equipped in the upright bar
Limiting slot is offered with the position of T shape spacer pin face, the inner end of the T shape spacer pin can be inserted into limiting slot thus by splicing
Case limit is fixed.
The technical solution of the utility model is used, in use, starting driving motor, driving motor rotate driving wheel, is led to
It crosses the first belt and drives the rotation of the first driven wheel, the first driven wheel drives the rotation of the second driven wheel, driving wheel by the second belt
The rotation of third driven wheel is also driven by third belt, to realize upper left rotary shaft, upper right rotary shaft, lower-left rotary shaft and the right side
It is rotated while Shaft, the bulky grain corner material in hopper enters in cabinet from feed pipe, by the rotary shaft of upper left
Bulky grain Light comminution is realized that level-one crushes, then rotated by lower-left by the second spike-tooth on one spike-tooth and upper right rotary shaft
The first spike-tooth on the second spike-tooth and bottom right rotary shaft on axis continues precision and crushes, and realizes that second level crushes, in this way, corner material is passed through
It crushes twice, has reached good crushing effect, energy consumption is less；In addition, V-arrangement sieve plate can carry out smashed particle
Screening, lesser conforming particle are fallen out of the inclined surface of V-arrangement sieve plate sieve pore, and vibrating motor can play good vibration and make
With when needing to carry out splicing, first picking-up container being rotated to the underface of hush panel and by T shape spacer pin convenient for quickly screening
Inner end insertion limiting slot in fix picking-up container, remove pin shaft, rotary seal oralia is to expose discharge port, qualified particle
It is fallen into picking-up container from discharge port, when the particle in picking-up container is more, the underface of rotary seal oralia to discharge port, and install
Then pin shaft removes T shape spacer pin, rotates picking-up container, can carry out discharging so that hush panel closing discharge port；In this process
In, staff can according to circumstances pull out limited block, with compressed spring, and let go, and will push when spring restores deformation
Vertical plate, vertical plate will hit the outer wall of feed pipe, so that corner material be avoided to block hopper.The utility model will crush and screening combines in one
Body has not only simplified process, alleviates workload, improves work efficiency；And it can according to need below impact hopper
Feed pipe avoids hopper from blocking；Furthermore it is also possible to carry out two-stage crushing, crushing effect is preferable；In addition to this, it crushes and sieves
Conforming particle afterwards and can be had enough to meet the need as needed by the picking-up container splicing of bottom, and building ring is improved in once degree
The air quality in border is conducive to the health of staff.
Further, the one side wall of the picking-up container is equipped with C-shaped handle.Such structure design, convenient for picking-up container exists
It is rotated in plane, consequently facilitating splicing and discharging operations.
Detailed description of the invention
The utility model can be further illustrated by the nonlimiting examples that attached drawing provides；
Fig. 1 is the schematic cross-sectional view of the utility model drug packaging material corner material grinding device embodiment；
Fig. 2 is the schematic perspective view of disintegrating mechanism in the utility model drug packaging material corner material grinding device embodiment；
Symbol description in diagram is as follows：
Cabinet 1, feed pipe 2, hopper 3, knock box 4, limited block 5, spring 6, upper left rotary shaft 7, the first roller 71, first
Spike-tooth 710, lower-left rotary shaft 8, the second roller 81, the second spike-tooth 810, driving wheel 82, the first belt 9, drives first driven wheel 72
Dynamic motor 10, V-arrangement sieve plate 11, vibrating motor 110, discharge port 12, hush panel 13, first bearing 130, pin shaft 131, second bearing
14, picking-up container 15, T shape spacer pin 150, C-shaped handle 151.
Specific embodiment
It is right with reference to the accompanying drawings and examples in order to make those skilled in the art that the utility model may be better understood
Technical solutions of the utility model further illustrate.
As shown in Figure 1 and Figure 2, the drug packaging material corner material grinding device of the utility model, including cabinet 1,10 and of driving motor
First belt 9 communicates at the top of cabinet 1 and is equipped with feed pipe 2, and 1 bottom of cabinet is equipped with discharge port 12, is equipped with pulverizer in cabinet 1
Structure, disintegrating mechanism include upper left rotary shaft 7, upper right rotary shaft, lower-left rotary shaft 8 and bottom right rotary shaft, upper left rotary shaft 7 and the right side
Shaft structure is identical, and upper right rotary shaft is identical with 8 structure of lower-left rotary shaft, and upper left rotary shaft 7 is integrally formed with the first roller
71, it is provided with the first spike-tooth of multiple row 710 on the side wall of the first roller 71, lower-left rotary shaft 8 is integrally formed with the second roller 81, and second
The second spike-tooth of multiple row 810 is provided on the side wall of roller 81, the first spike-tooth of multiple row 710 and the second spike-tooth of multiple row 810 are radially
It is uniformly distributed and is arranged along axially equidistant in round, on the first spike-tooth 710 and upper right rotary shaft in upper left rotary shaft 7
Second spike-tooth 810 is interlaced and does not contact, the first spike-tooth 710 in upper left rotary shaft 7 and the second nail in upper right rotary shaft
Interleave depth size between tooth 810 is less than the first spike-tooth on the second spike-tooth 810 and bottom right rotary shaft in lower-left rotary shaft 8
The left end of interleave depth size between 710, upper left rotary shaft 7 and upper right rotary shaft passes through the sustained height position of cabinet 1 simultaneously
It is separately installed with the first driven wheel 72 and the second driven wheel, the left end of lower-left rotary shaft 8 and bottom right rotary shaft passes through the same of cabinet 1
One height and position is simultaneously separately installed with driving wheel 82 and third driven wheel, and the power output end and driving wheel 82 of driving motor 10 pass
Dynamic connection, the first belt 9 are stretched on the first driven wheel 72 and driving wheel 82, are tensioned on the first driven wheel 72 and the second driven wheel
It is arranged with the second cross-shaped belt, tensioning is arranged with cross-shaped third belt on driving wheel 82 and third driven wheel,
1 inner wall of cabinet is equipped with V-arrangement sieve plate 11, the most significant end of V-arrangement sieve plate 11 and second in the lower section of lower-left rotary shaft 8 and bottom right rotary shaft
There are gap between 810 end of spike-tooth, multiple vibrating motors 110 are installed on the lower surface of V-arrangement sieve plate 11, feed pipe 2 it is upper
End is equipped with the knock box 4 that longitudinal section is in U-shape and is open inside, sets in knock box 4 integrally formed with hopper 3, the outer wall of feed pipe 2
There is T shape collision block, T shape collision block is integrally formed by vertical plate and cross bar, is equipped with bullet between the lateral surface of vertical plate and the interior bottom of knock box 4
Spring 6,6 sets of spring on cross bar, the outer end of cross bar passes through the bottom of knock box 4 and is fixed with limited block 5, the bottom peace of cabinet 1
Equipped with first bearing 130 and pin shaft 131, the outer ring of first bearing 130 is fixed with the hush panel 13 that can close discharge port 12, pin shaft
131 pass through the free end of hush panel 13 and are detachably connected with the bottom of cabinet 1 to which hush panel 13 is fixed；Hush panel 13
Lower section is equipped with picking-up container 15, and the top surface of picking-up container 15 is equipped with a upright bar, and the outer wall of cabinet 1 is equipped with second bearing 14, upright bar
Upper end is fixedly mounted in the inner ring of second bearing 14, is detachably equipped with T shape spacer pin 150 in upright bar, the outer wall of cabinet 1 with
The position of 150 face of T shape spacer pin offers limiting slot, and the inner end of T shape spacer pin 150 can be inserted into limiting slot thus by splicing
The limit of case 15 is fixed.
In the present embodiment, in use, starting driving motor 10, driving motor 10 rotate driving wheel 82, pass through the first skin
Band 9 drives the rotation of the first driven wheel 72, and the first driven wheel 72 drives the rotation of the second driven wheel by the second belt, and driving wheel 82 is also
The rotation of third driven wheel is driven by third belt, to realize upper left rotary shaft 7, upper right rotary shaft, lower-left rotary shaft 8 and the right side
It is rotated while Shaft, the bulky grain corner material in hopper 3 enters in cabinet 1 from feed pipe 2, by upper left rotary shaft 7
The first spike-tooth 710 and upper right rotary shaft on the second spike-tooth 810 by bulky grain Light comminution, realize that level-one crushes, then pass through
It crosses the second spike-tooth 810 in lower-left rotary shaft 8 and the first spike-tooth 710 in the rotary shaft of bottom right continues precision and crushes, realize second level
It crushes, in this way, corner material has reached good crushing effect, energy consumption is less by crushing twice；In addition, V-arrangement sieve plate 11 can
To screen to smashed particle, lesser conforming particle is fallen out of the inclined surface of V-arrangement sieve plate 11 sieve pore, vibration electricity
Machine 110 can play good effect of vibration, convenient for quickly screening, when needing to carry out splicing, first extremely by the rotation of picking-up container 15
The underface of hush panel 13 simultaneously will keep picking-up container 15 fixed in the inner end of T shape spacer pin 150 insertion limiting slot, remove pin shaft 131,
Rotary seal oralia 13 is to expose discharge port 12, and qualified particle can be fallen into picking-up container 15 from discharge port 12, when picking-up container 15
When interior particle is more, rotary seal oralia 13 to the underface of discharge port 12, and pin shaft 131 is installed so that hush panel 13 is closed out
Then material mouth 12 removes T shape spacer pin 150, rotate picking-up container 15, can carry out discharging；In the process, staff can be with
Limited block 5 is according to circumstances pulled out, with compressed spring 6, and is let go, spring 6 restores that vertical plate will be pushed when deformation, and vertical plate will be hit
The outer wall of feed pipe 2 is hit, so that corner material be avoided to block hopper 3.
Preferably, the one side wall of picking-up container 15 is equipped with C-shaped handle 151.Such structure design, convenient for that will connect
Hopper 15 is planar rotated, consequently facilitating splicing and discharging operations.In fact, can also specifically examine according to the actual situation
Consider other convenient for the design of the structure of splicing and discharging operations.
Above-described embodiment is merely exemplary to illustrate the principle and effect of the utility model, and not for limitation, this is practical new
Type.Any person skilled in the art can all carry out above-described embodiment under the spirit and scope without prejudice to the utility model
Modifications and changes.Therefore, all those of ordinary skill in the art are without departing from the revealed spirit of the utility model
With all equivalent modifications completed under technical idea or change, should be covered by the claim of the utility model.
Claims (2)
1. drug packaging material corner material grinding device, including cabinet (1), driving motor (10) and the first belt (9), the cabinet (1)
Top, which communicates, to be equipped with feed pipe (2), and cabinet (1) bottom is equipped with discharge port (12), it is characterised in that：The cabinet (1)
Interior to be equipped with disintegrating mechanism, the disintegrating mechanism includes upper left rotary shaft (7), upper right rotary shaft, lower-left rotary shaft (8) and bottom right
Rotary shaft, the upper left rotary shaft (7) is identical with bottom right rotation axle construction, the upper right rotary shaft and lower-left rotary shaft (8) knot
Structure is identical, and the upper left rotary shaft (7) is integrally formed with the first roller (71), is provided on the side wall of first roller (71) more
The first spike-tooth of column (710), the lower-left rotary shaft (8) are integrally formed with the second roller (81), the side wall of second roller (81)
On be provided with the second spike-tooth of multiple row (810), the first spike-tooth (710) and the second spike-tooth of multiple row (810) described in multiple row are radially
It is uniformly distributed and is arranged along axially equidistant in round, the first spike-tooth (710) and upper right rotation on the upper left rotary shaft (7)
The second spike-tooth (810) in shaft is interlaced and does not contact, the first spike-tooth (710) and the right side on the upper left rotary shaft (7)
The interleave depth size between the second spike-tooth (810) in upper rotary shaft is less than the second spike-tooth (810) on lower-left rotary shaft (8)
Interleave depth size between the first spike-tooth (710) in the rotary shaft of bottom right, the upper left rotary shaft (7) and upper right rotary shaft
Left end pass through cabinet (1) sustained height position and be separately installed with the first driven wheel (72) and the second driven wheel, the left side
The left end of Shaft (8) and bottom right rotary shaft passes through the sustained height position of cabinet (1) and is separately installed with driving wheel (82)
With third driven wheel, the power output end of the driving motor (10) and driving wheel (82) are sequentially connected, first belt (9)
It is stretched on the first driven wheel (72) and driving wheel (82), is tensioned and is arranged on first driven wheel (72) and the second driven wheel
The second cross-shaped belt, tensioning is arranged with cross-shaped third belt on the driving wheel (82) and third driven wheel,
Cabinet (1) inner wall is equipped with V-arrangement sieve plate (11) in the lower section of lower-left rotary shaft (8) and bottom right rotary shaft, the V-arrangement sieve plate
(11) it there are gap between most significant end and the second spike-tooth (810) end, is equipped on the lower surface of the V-arrangement sieve plate (11) more
A vibrating motor (110), integrally formed with hopper (3), the outer wall of the feed pipe (2) is equipped with for the upper end of the feed pipe (2)
Longitudinal section is in U-shape and is open inside knock box (4), T shape collision block is equipped in the knock box (4), the T shape collision block is by standing
Plate and cross bar are integrally formed, and are equipped with spring (6), the bullet between the interior bottom of the lateral surface and knock box (4) of the vertical plate
Spring (6) covers on cross bar, and the outer end of the cross bar passes through the bottom of knock box (4) and is fixed with limited block (5), the cabinet
(1) bottom is equipped with first bearing (130) and pin shaft (131), and the outer ring of the first bearing (130) is fixed with and can close out
The hush panel (13) of material mouth (12), the pin shaft (131) pass through the free end of hush panel (13) and can with the bottom of cabinet (1)
Dismantling connection is to fixed by hush panel (13)；The lower section of the hush panel (13) is equipped with picking-up container (15), the picking-up container
(15) top surface is equipped with a upright bar, and the outer wall of the cabinet (1) is equipped with second bearing (14), the fixed peace in the upper end of the upright bar
Detachably be equipped with T shape spacer pin (150) in the inner ring of second bearing (14), in the upright bar, the cabinet (1) it is outer
The position of wall and T shape spacer pin (150) face offers limiting slot, and the inner end of the T shape spacer pin (150) can be inserted into limiting slot
It is interior to be fixed to limit picking-up container (15).
2. drug packaging material corner material grinding device according to claim 1, it is characterised in that：The side of the picking-up container (15)
Wall is equipped with C-shaped handle (151).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820319203.0U CN208115901U (en) | 2018-03-08 | 2018-03-08 | Drug packaging material corner material grinding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820319203.0U CN208115901U (en) | 2018-03-08 | 2018-03-08 | Drug packaging material corner material grinding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208115901U true CN208115901U (en) | 2018-11-20 |
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ID=64204420
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820319203.0U Active CN208115901U (en) | 2018-03-08 | 2018-03-08 | Drug packaging material corner material grinding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208115901U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109794315A (en) * | 2019-03-06 | 2019-05-24 | 广州市丹爵通讯科技有限公司 | A kind of anticlogging jaw crusher with vibration-damping function |
| CN114733637A (en) * | 2022-04-13 | 2022-07-12 | 陕西竹园嘉原矿业有限公司 | Coal mine transportation screening plant |
-
2018
- 2018-03-08 CN CN201820319203.0U patent/CN208115901U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109794315A (en) * | 2019-03-06 | 2019-05-24 | 广州市丹爵通讯科技有限公司 | A kind of anticlogging jaw crusher with vibration-damping function |
| CN114733637A (en) * | 2022-04-13 | 2022-07-12 | 陕西竹园嘉原矿业有限公司 | Coal mine transportation screening plant |
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