CN206870424U - A kind of pressurizing unit - Google Patents
A kind of pressurizing unit Download PDFInfo
- Publication number
- CN206870424U CN206870424U CN201720517889.XU CN201720517889U CN206870424U CN 206870424 U CN206870424 U CN 206870424U CN 201720517889 U CN201720517889 U CN 201720517889U CN 206870424 U CN206870424 U CN 206870424U
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- CN
- China
- Prior art keywords
- support frame
- elevating mechanism
- shaping box
- feed bin
- lower bracing
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model provides a kind of pressurizing unit, it includes support frame, blending bunker, expects pipe, feed bin, branched pipe, shaping box, transport mechanism and drive device, the upper support frame of support frame is fixed in its lower bracing frame, and sets elevating mechanism I, elevating mechanism II on upper support frame and lower bracing frame respectively；Agitator is provided with blending bunker, blending bunker bottom is connected by expects pipe with feed bin；Feed bin is placed in lower bracing frame by upper support frame, and is pumped by elevating mechanism I, is distributed several branched pipes in the bottom of feed bin；Several conduits and push rod is provided below in the supporting plate of lower bracing frame, and conduit is mutually connected in below shaping box with shaping box and is provided with feeding-distribution device, if its internal setting dried layer filter layer, filter layer provide power by transmission mechanism and send out material from discharge outlet；The device simplifies the processing step for the material for preparing different-thickness, filters out different types of material, moreover it is possible to ensures the precision of material, improves production efficiency.
Description
Technical field
It the utility model is related to a kind of materiel machining equipment, specifically a kind of pressurizing unit.
Background technology
Common material state mainly has four kinds, and they are liquid, solid, semisolid and gas respectively.For solid
Graininess, powdered or slurry feedstock are pressed into variously-shaped material, pressed by material forming, existing tablet press machine or extruder
The preceding position that must be pre-adjusted mould or die head in tablet die cavity between piece or extruding, so just can guarantee that material to be added
Thickness and its dimensional accuracy；Because the stroke adjustment precision of hydraulic jack is very low, film-making required precision can not be met, at present
Have and prepare the tablet of different-thickness by configuring different regulating blocks, tablet press machine demand is equipped with multiple regulating blocks, is not used only
Inconvenience, also easily because causing product batch to be scrapped with misadjustment locking nub, workload is also larger, it is therefore desirable to which a kind of pressurizing unit makes system
The material technique of standby different-thickness is simple, moreover it is possible to ensures the precision of material, improves its production efficiency.
Utility model content
The utility model provides a kind of pressurizing unit to solve problem above, simplifies the material for preparing different-thickness
Processing step, filter out different types of material, moreover it is possible to ensure the precision of material, improve its production efficiency.
To achieve the above objectives, it is achieved through the following technical solutions：
A kind of pressurizing unit includes support frame, blending bunker, expects pipe, feed bin, branched pipe, shaping box, transport mechanism and driving
Device, described support frame include upper support frame and lower bracing frame, and the upper support frame is fixed in lower bracing frame, and is existed respectively
Elevating mechanism I, elevating mechanism II are set on upper support frame and lower bracing frame；Agitator, the stirring are provided with the blending bunker
Device includes rotary shaft I and the impeller being arranged in rotary shaft I；The blending bunker bottom is connected by expects pipe with the feed bin；Institute
State feed bin to be placed in lower bracing frame by the upper support frame, and pumped by elevating mechanism I, in the feed bin
Bottom be distributed several branched pipes；
The lower bracing frame is provided with a supporting plate, and the supporting plate is provided below several conduits and push rod, each led
The corresponding branched pipe of pipe, and one end of conduit is connected by support with the supporting plate, the other end passes through screw thread and shaping box
It is connected；Each push rod one end is connected by elevating mechanism III with supporting plate, its other end by conduit into shaping box with gear
Plate is connected；The baffle plate includes pole, rear baffle and front apron, and described rear baffle is fixed on pole, and the pole is with pushing away
Bar is connected, and the front apron is connected by rotary shaft II with pole；And front apron is connected by spring with push rod, so that front
Plate is fixed on same level plane with rear baffle；Described branched pipe one end is provided with regulating valve, and the other end is entered by conduit to be molded
In case and above front apron；
Described shaping box includes casing and bottom surface, and the side of the bottom surface is connected by rotary shaft III with casing, another
Side is then fixed by snap on casing, and the control button of the buckle is arranged on support frame；
Feeding-distribution device is provided with below shaping box, the top of the feeding-distribution device sets import, and inside sets some
Layer filter layer, from top to bottom the pore size of filter layer be sequentially reduced, bottom is provided with substrate, in addition, import with filter interlayer,
Discharging opening is respectively provided between adjacent two filter layers and between filter layer and substrate；The filter layer passes through the both sides of feeding-distribution device
Face, the filter layer provide power by transmission mechanism and send out material from discharge outlet；
Drive device control elevating mechanism I, elevating mechanism II, elevating mechanism III and the transmission mechanism action.
Preferably, the impeller is provided with several recesses.
Preferably, it is covered with thread groove in the rotary shaft I.
Preferably, the front apron is rotated down 90 ° by rotary shaft II from horizontal plane.
The utility model has the advantages that：
1. the agitator for the impeller for including rotary shaft I and being arranged in rotary shaft I is provided with the utility model in blending bunker,
Impeller is provided with several recesses, is covered with thread groove in rotary shaft I；The frictional force of raw material and agitator is added, while is also increased
Their contact area is added, has considerably increased the mixing rate of raw material, so as to improve operating efficiency；
2. feed bin is placed in lower bracing frame by upper support frame in the utility model, and done by elevating mechanism I past up and down
Multiple motion, the bottom of feed bin is distributed several branched pipes, and one end of branched pipe is provided with regulating valve, and the other end is entered by conduit
In shaping box and above front apron, branched pipe is so adjusted by elevating mechanism I, made it into shaping box before promoting
Baffle plate rotates, and then material is injected into exactly in molding box from branched pipe；It is easy to operate it is simple, simplify production technology；
3. each push rod one end that supporting plate is provided below in the utility model is connected by elevating mechanism III with supporting plate,
The other end is entered in shaping box by conduit and is connected with baffle plate；Elevating mechanism III makes push rod drive baffle plate to rise, and is then being molded
When required material is filled in the cavity in case between baffle plate and bottom surface, rise elevating mechanism I makes branched pipe be located at front apron
Above, while front apron is fixed on same level plane by spring and rear baffle, then, starts the extrudate of elevating mechanism II
Material shaping；The height of cavity between the controllable register of elevating mechanism III and bottom surface and fill required material and then obtain different thickness
The material of degree；Conduit is connected by screw thread with shaping box, can be according to the shape configuration shaping box of material forming；Shaping box includes case
Body and bottom surface, the side of bottom surface are connected by rotary shaft III with casing, and opposite side is then fixed by snap on casing, and control is pressed
Button controls the switch of buckle, the material of shaping is skidded off from bottom surface by will be opened by control button, falling into feeding-distribution device；Energy
The material of different shape and thickness is enough prepared, is sent out from shaping box；
4. the material being molded in the utility model enters in feeding-distribution device from import, then by filter layer, it is various sizes of
Material is stayed on the filter layer of different pore size, and provide power by transmission mechanism enters bottom work by it from the submitting of each discharging opening
Sequence；So as to which various sizes of material is had into separating for bar.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation of the utility model agitator；
Fig. 3 is the structural representation of the utility model shaping box and baffle plate；
Marked in figure：1- blending bunkers, 101- agitators, 102- rotary shafts I, 103- impellers, 104- recesses, 105- screw threads
Groove, 2- expects pipes, 3- feed bins, 301- branched pipes, 302- regulating valves, 4- support frames, 401- upper support frames, 402- lower bracing frames,
403- elevating mechanisms I, 404- elevating mechanisms II, 405- supporting plates, 5- conduits, 501- supports, 6- push rods, 601- elevating mechanisms
III, 7- shaping box, 701- bottom surfaces, 702- rotary shafts III, 703- buckles, 8- baffle plates, 801- poles, 802- rear baffles, before 803-
Baffle plate, 9- feeding-distribution devices, 901- filter layers, 902- discharging openings, 903- imports.
Embodiment
A kind of pressurizing unit includes support frame 4, blending bunker 1, expects pipe 2, feed bin 3, branched pipe 301, shaping box 7, conveyer
Structure and drive device, described support frame 4 include upper support frame 401 and lower bracing frame 402, and the upper support frame 401 is fixed on
In lower bracing frame 402, and elevating mechanism I 403, elevating mechanism II are set on upper support frame 401 and lower bracing frame 402 respectively
403；Agitator 101 is provided with the blending bunker 1, the agitator 101 includes rotary shaft I 102 and is arranged on rotary shaft I 102
On impeller 103；The bottom of blending bunker 1 is connected by expects pipe 2 with the feed bin 3；The feed bin 3 passes through the upper support frame
401 are placed in lower bracing frame 402, and are pumped by elevating mechanism I 403, if being distributed in the bottom of the feed bin 3
Dry branched pipe 301；
The lower bracing frame 402 is provided with a supporting plate 405, and the supporting plate 405 is provided below several conduits 5 and pushed away
Bar 6, the corresponding branched pipe 301 of each conduit 5, and one end of conduit 5 is connected by support 501 with the supporting plate 405, separately
One end is connected by screw thread with shaping box 7；Each one end of push rod 6 is connected by elevating mechanism III 601 with supporting plate 405, and its is another
One end is entered in shaping box 7 by conduit 5 and is connected with baffle plate 8；The baffle plate 8 includes pole 801, rear baffle 802 and front apron
803, described rear baffle 802 is fixed on pole 501, and the pole 801 is connected with push rod 6, and the front apron 803 passes through rotation
Rotating shaft II is connected with pole 801；And front apron 803 is connected by spring with push rod 6, so that front apron 803 and rear baffle 802
It is fixed on same level plane；Described one end of branched pipe 301 is provided with regulating valve 302, and the other end enters shaping box 7 by conduit 5
It is interior and above the front apron 803；
Described shaping box 7 includes casing and the face of bottom 701, and the side of the bottom surface 701 passes through rotary shaft III 702 and casing
It is connected, opposite side is then fixed on casing by buckle 703, and the control button of the buckle 703 is arranged on support frame 4；
Feeding-distribution device 9 is provided with the lower section of shaping box 7, the top of the feeding-distribution device 9 sets import 903, and inside is set
If putting dried layer filter layer 901, the pore size of filter layer 901 is sequentially reduced from top to bottom, and bottom is provided with substrate, in addition, entering
Discharging opening 902 is respectively provided between mouthfuls 903 and filter layer 901, between adjacent two filter layers 901 and between filter layer 901 and substrate；
The filter layer 901 passes through the two sides of feeding-distribution device 9, and the filter layer 901 provides power from discharging opening 902 by transmission mechanism
Place sends out material；
Drive device control elevating mechanism I 403, elevating mechanism II 404, elevating mechanism III 601 and the transmission mechanism
Action.
Preferably, the impeller 103 is provided with several recesses 104.
Preferably, it is covered with thread groove 105 in the rotary shaft I 102.
Preferably, the front apron 803 is rotated down 90 ° by rotary shaft II from horizontal plane.
The utility model is further described below in conjunction with the accompanying drawings：
A kind of pressurizing unit includes support frame 4, blending bunker 1, expects pipe 2, feed bin 3, branched pipe 301, shaping as Figure 1-3
Case 7, transport mechanism and drive device, support frame include upper support frame 401 and lower bracing frame 402, and upper support frame 401 is fixed on down
On support frame 402, and elevating mechanism I 403, elevating mechanism II 404 are set on upper support frame 401 and lower bracing frame 402 respectively；
Agitator 101 is provided with blending bunker 1, agitator 101 includes rotary shaft I 102 and the impeller 103 being arranged in rotary shaft I 102；
Impeller 103 is provided with several recesses 104, and thread groove 105 is covered with rotary shaft I 102, and the bottom of blending bunker 1 passes through expects pipe 2 and material
Storehouse 3 is connected；Feed bin 3 is placed in lower bracing frame 402 by upper support frame 401, and is done by elevating mechanism I 403 and up and down reciprocatingly transported
It is dynamic, several branched pipes 301 are distributed in the bottom of feed bin 3；
Lower bracing frame 402 is provided with a supporting plate 405, and several conduits 5 and push rod 6 is provided below in supporting plate 405, each
The corresponding branched pipe 301 of conduit 5, and one end of conduit 5 is connected by support 501 with supporting plate 405, the other end passes through screw thread
It is connected with shaping box 7；Each one end of push rod 6 is connected by elevating mechanism III 601 with supporting plate 405, and its other end passes through conduit 5
It is connected in into shaping box 7 with baffle plate 8；Baffle plate 8 includes pole 801, rear baffle 802 and front apron 803, and rear baffle 802 is fixed
On pole 801, pole 801 is connected with push rod 6, and front apron 803 is connected by rotary shaft II with pole 801；And front apron 803
It is connected by spring with push rod 6, so that front apron 803 is fixed on same level plane with rear baffle 802；Front apron passes through rotation
Rotating shaft II is rotated down 90 ° from horizontal plane；The one end of branched pipe 301 is provided with regulating valve 302, the other end by conduit 5 enter into
In molding box 7 and above front apron 803；
Shaping box 7 includes casing and bottom surface 701, and the side of bottom surface 701 is connected by rotary shaft III 702 with casing, another
Side is then fixed on casing by buckle 703, and the control button of buckle 703 is arranged on support frame 4；
Feeding-distribution device 9 is provided with the lower section of shaping box 7, the top of feeding-distribution device 9 sets import 903, if internal set
Dried layer filter layer 901, from top to bottom the pore size of filter layer 901 be sequentially reduced, bottom is provided with substrate, in addition, in import 903
Discharging opening 902 is respectively provided between two filter layers 901 between filter layer 901, adjacent and between filter layer 901 and substrate；Filtering
Layer 901 passes through the two sides of feeding-distribution device 9, and filter layer 901 provides power by transmission mechanism and transmits discharging from discharging opening 902
Thing；Drive device control elevating mechanism I 403, elevating mechanism II 404, elevating mechanism III 601 and transmission mechanism action.
Raw material is sent into blending bunker 1 when the device works, passes through the impeller 103 and rotary shaft I 102 in agitator 101
Raw material is mixed, is then sent into through expects pipe 2 in feed bin 3；Branched into feed bin 3 in each branched pipe 301, it is corresponding by it
Elevating mechanism I 403 by branched pipe 301 enter each shaping box 7 in, by elevating mechanism I 403 adjust branched pipe 301, make it
Promote front apron 803 to rotate into shaping box 7, open each regulating valve 302 material is injected exactly each baffle plate 8 with it is right
Answer in the cavity between bottom surface 701；When filling material required in each cavity, elevating mechanism I 403 makes each corresponding to rise
Branched pipe 301 is located above a front apron 803, while each front apron 803 has returned to corresponding rear baffle by spring
Horizontal plane residing for 802, then, start all elevating mechanisms II 404, elevating mechanism I 403 and elevating mechanism III 601, push away
Bar 6 and branched pipe 301 promote the corresponding pressing materials of baffle plate 8 shaping simultaneously；According to the controllable register 8 of each elevating mechanism III 601 with
The height of cavity between bottom surface 701 and fill required material and obtain the material of different-thickness；Pass through control after material forming
Button opens buckle 703, and bottom surface 701 is rotated by rotary shaft III 702, makes have enough skies between the side of bottom surface 701 and casing
Gap, the material of shaping are skidded off and fallen into feeding-distribution device 9 from space；Pass through the filter layer 901 of different pore size again, it is various sizes of
Material is stayed on the filter layer 901 of different pore size respectively, and power is provided by it from each discharging opening 902 finally by transmission mechanism
Send out and enter next process；So as to which various sizes of material is had into separating for bar.
Claims (4)
1. a kind of pressurizing unit, it is characterised in that including support frame, blending bunker, expects pipe, feed bin, branched pipe, shaping box, transmission
Mechanism and drive device, described support frame include upper support frame and lower bracing frame, and the upper support frame is fixed on lower bracing frame
On, and elevating mechanism I, elevating mechanism II are set on upper support frame and lower bracing frame respectively；Stirring is provided with the blending bunker
Device, the agitator include rotary shaft I and the impeller being arranged in rotary shaft I；The blending bunker bottom by expects pipe with it is described
Feed bin is connected；The feed bin is placed in lower bracing frame by the upper support frame, and is done by elevating mechanism I and up and down reciprocatingly transported
It is dynamic, it is distributed several branched pipes in the bottom of the feed bin；
The lower bracing frame is provided with a supporting plate, and several conduits and push rod is provided below in the supporting plate, and each conduit is equal
A corresponding branched pipe, and one end of conduit is connected by support with the supporting plate, the other end is connected by screw thread with shaping box；
Each push rod one end is connected by elevating mechanism III with supporting plate, its other end by conduit into shaping box with baffle plate phase
Even；The baffle plate includes pole, rear baffle and front apron, and described rear baffle is fixed on pole, the pole and push rod phase
Even, the front apron is connected by rotary shaft II with pole；And front apron is connected by spring with push rod so that front apron with
Rear baffle is fixed on same level plane；Described branched pipe one end is provided with regulating valve, and the other end is entered in shaping box by conduit
And above front apron；
Described shaping box includes casing and bottom surface, and the side of the bottom surface is connected by rotary shaft III with casing, and opposite side is then
It is fixed by snap on casing, the control button of the buckle is arranged on support frame；
Feeding-distribution device is provided with below shaping box, the top of the feeding-distribution device sets import, if internal set dried layer mistake
Filtering layer, from top to bottom the pore size of filter layer be sequentially reduced, bottom is provided with substrate, in addition, in import and filtering interlayer, adjacent
Two filter layers between and filter layer and substrate between be respectively provided with discharging opening；The filter layer passes through the two sides of feeding-distribution device,
The filter layer provides power by transmission mechanism and sends out material from discharge outlet；
Drive device control elevating mechanism I, elevating mechanism II, elevating mechanism III and the transmission mechanism action.
2. a kind of pressurizing unit as claimed in claim 1, it is characterised in that the impeller is provided with several recesses.
3. a kind of pressurizing unit as claimed in claim 1, it is characterised in that be covered with thread groove in the rotary shaft I.
4. a kind of pressurizing unit as claimed in claim 1, it is characterised in that the front apron is flat from level by rotary shaft II
It is rotated by 90 ° downwards.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720517889.XU CN206870424U (en) | 2017-05-11 | 2017-05-11 | A kind of pressurizing unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720517889.XU CN206870424U (en) | 2017-05-11 | 2017-05-11 | A kind of pressurizing unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206870424U true CN206870424U (en) | 2018-01-12 |
Family
ID=61339003
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720517889.XU Expired - Fee Related CN206870424U (en) | 2017-05-11 | 2017-05-11 | A kind of pressurizing unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206870424U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107053740A (en) * | 2017-05-11 | 2017-08-18 | 李永跃 | A kind of pressurizing unit |
| CN108297295A (en) * | 2018-01-23 | 2018-07-20 | 湖州南浔双林百盛塑料制品厂 | A kind of pretreatment agitating device of doses of plastics |
-
2017
- 2017-05-11 CN CN201720517889.XU patent/CN206870424U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107053740A (en) * | 2017-05-11 | 2017-08-18 | 李永跃 | A kind of pressurizing unit |
| CN107053740B (en) * | 2017-05-11 | 2020-06-26 | 李永跃 | Extrusion device |
| CN108297295A (en) * | 2018-01-23 | 2018-07-20 | 湖州南浔双林百盛塑料制品厂 | A kind of pretreatment agitating device of doses of plastics |
| CN108297295B (en) * | 2018-01-23 | 2020-09-22 | 东莞市百翔塑料科技有限公司 | Pretreatment agitating unit of plastics batching |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180112 Termination date: 20180511 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |