CN205915636U - Extrusion device - Google Patents
Extrusion device Download PDFInfo
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- CN205915636U CN205915636U CN201620781149.2U CN201620781149U CN205915636U CN 205915636 U CN205915636 U CN 205915636U CN 201620781149 U CN201620781149 U CN 201620781149U CN 205915636 U CN205915636 U CN 205915636U
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Abstract
The utility model provides an extrusion device, includes frame and weigh in real time feeding mechanism, controller of rack -mounted extruding means, weightless type respectively, be equipped with the through -hole in the above -mentioned frame, above -mentioned extruding means lies in the below of through -hole, and the last pan feeding mouth that is equipped with of extruding means, above -mentioned pan feeding mouth lie in the following of through -hole, and the pan feeding mouth meets and feeds through with the through -hole, above -mentioned weightless type weighs feeding mechanism in real time and is located the top of through -hole, and weightless type weighs feeding mechanism's lower extreme in real time and is equipped with the discharge end, and above -mentioned discharge end passes through -hole and pan feeding mouth and is located extruding means, the signal input part and the weightless type of above -mentioned controller weigh the feeding mechanism electricity in real time and are connected, the signal output part of controller and extruding means is electric is connected. Consequently, this extrusion device can be according to the actual flow's (being the consumption) of the providing material real -time change, adjusts extruding means's extrusion speed in real time to make extruding means's extrusion capacity invariable, and then make the thickness of extruding the product even, with the quality of guaranteeing to extrude the product.
Description
Technical field
This utility model is related to a kind of extrusion equipment, and specifically, this utility model is related to a kind of extrusion device.
Background technology
Carry in the equipment of extrusion device in film blowing device, bottle blowing equipment, injection-moulding device, film and device for coating etc., no
With product, there are different thickness, and same product typically requires product thickness uniformly, this is accomplished by extruding in extrusion device
During product, in real time the extrusion capacity of extrusion device is control effectively, so that the extrusion capacity of extrusion device is constant,
And then make the thickness of extruded product uniformly, to ensure the quality of extruded product.
At present, the extrusion capacity controlling extrusion device is generally by the rotary speed controlling screw rod, thus adjusting extrusion dress
The extruded velocity put, makes the extruded velocity of extrusion device be maintained in a fixed value.This control mode is easily subject to various
The impact of uncertain factor, for example, designed by screw rod, machining accuracy, the frictional resistance of machinery, mobility of material etc. all
The impact of many uncertain factors, thus leading to the extrusion capacity of extrusion device to fluctuate, and then leads to the thickness of extruded product not
Uniformly it is difficult to ensure the quality of extruded product.
For this reason, designing a kind of constant extrusion device of extrusion capacity, this has become as the current technical problem be badly in need of and solving.
Utility model content
Technical problem to be solved in the utility model is the extrusion device providing a kind of extrusion capacity constant.
In order to solve above-mentioned technical problem, the technical solution adopted in the utility model is as follows:
A kind of extrusion device it is characterised in that: include frame and the extrusion mechanism being separately mounted in frame, weight-loss type be real
When weigh feeding machanism, controller；
Above-mentioned frame is provided with through hole；
Above-mentioned extrusion mechanism is located at the lower section of through hole, and above-mentioned extrusion mechanism is provided with feeding mouth, and above-mentioned feeding mouth is located at logical
Below hole, above-mentioned feeding mouth is connected with through hole and connects；
Above-mentioned weight-loss type feeding machanism of weighing in real time is located at the top of through hole, and above-mentioned weight-loss type is weighed feeding machanism in real time
Lower end is provided with discharge end, and above-mentioned discharge end passes through through hole and feeding mouth to be located in extrusion mechanism；
The signal input part of controller noted above and weight-loss type feeding machanism of weighing in real time electrically connects, the signal of controller noted above
Outfan is electrically connected with extrusion mechanism.
When extrusion mechanism extruded product, the material that weight-loss type is weighed in feeding machanism in real time is continuously supplied to crowded
Go out mechanism, extrusion mechanism continuously extruded product；
Weight-loss type weigh in real time feeding machanism to extrusion mechanism feed during, weight-loss type is weighed feeding machanism in real time
The actual flow (i.e. consumption) of provided material is provided in real time based on weight-loss type e measurement technology, and actual flow signal is defeated
Give controller, controller exports corresponding speed control signal to extrusion mechanism according to actual flow signal, adjusts in real time
The extruded velocity of extrusion mechanism, so that the extrusion capacity of extrusion mechanism is constant, and then makes the thickness of extruded product uniformly, to ensure
The quality of extruded product.
If lacking the real-time detection to provided material actual flow, and simply merely adjusting extruded velocity, making to squeeze
Go out speed to be maintained in a fixed value, then be possible to be affected by various uncertain factors, thus leading to extruder
The extrusion capacity of structure fluctuates, and then leads to the in uneven thickness of extruded product it is difficult to ensure the quality of extruded product.
Optimal technical scheme as the extrusion mechanism in this utility model:
Described extrusion mechanism includes motor, decelerator, barrel, feeding pipe and screw rod；
Above-mentioned motor and decelerator are respectively fixedly mounted in frame；
Above-mentioned motor and decelerator are in transmission connection, and above-mentioned motor is electrically connected with the signal output part of controller；
Above-mentioned barrel is flatly fixedly mounted in frame；
Above-mentioned feeding pipe is vertically fixedly mounted on barrel, and above-mentioned feeding pipe is located at the underface of through hole；
The upper end of above-mentioned feeding pipe is feeding mouth, and the feeding mouth of above-mentioned feeding pipe is connected with through hole and connects；
The lower end of above-mentioned feeding pipe is connected with barrel；
Above-mentioned screw rod is installed in rotation in barrel, and above-mentioned screw rod and decelerator are in transmission connection.
When the motor is energized, motor passes through decelerator drive screw turns, and the material in barrel is conveyed by the screw rod of rotation
To the die head of extrusion mechanism, then extruded by die head.
During material in screw rod transmission barrel, the material that weight-loss type is weighed in feeding machanism in real time passes through feeding pipe
Continuously it is flowed in barrel, being capable of continuously extruded product with the die head ensureing extrusion mechanism.
Weigh in real time as the weight-loss type in this utility model the optimal technical scheme of feeding machanism:
Described weight-loss type weigh in real time feeding machanism include mounting seat, LOAD CELLS, installing rack, funnel-form mounting yoke,
Weigh hopper and discharge nozzle；
Above-mentioned mounting seat is fixedly mounted in frame；
Above-mentioned LOAD CELLS is fixedly mounted in mounting seat, and above-mentioned LOAD CELLS is horizontally disposed with；Above-mentioned biography of weighing
Sensor is electrically connected with the signal input part of controller；
Above-mentioned installing rack is fixedly mounted on LOAD CELLS, and above-mentioned installing rack is horizontally disposed with；Set on above-mentioned installing rack
There is discharge opening, above-mentioned discharge opening is located at the surface of through hole；
Above-mentioned funnel-form mounting yoke is fixedly provided on installing rack, and above-mentioned funnel-form mounting yoke is located above discharge opening；
The lower end of above-mentioned funnel-form mounting yoke is connected with the discharge opening on installing rack；
The shape of above-mentioned weigh hopper bottom is matched with size with the shape of size and funnel-form mounting yoke upper end,
Above-mentioned weigh hopper is removably placed in funnel-form mounting yoke, and the lower end part of above-mentioned weigh hopper is in funnel-form mounting yoke
Upper end in；The lower end of above-mentioned weigh hopper is provided with discharging opening, and above-mentioned discharging opening is located at the surface of the discharge opening of installing rack；
Vertically fixation is located on installing rack above-mentioned discharge nozzle, and above-mentioned discharge nozzle is located at the underface of discharge opening；Above-mentioned go out
The upper end of expects pipe is feeding end, and the feeding end of above-mentioned discharge nozzle is connected with discharge opening；The lower end of above-mentioned discharge nozzle is discharge end, on
The discharge end stating discharge nozzle passes through through hole and feeding mouth to be located in extrusion mechanism.
Above-mentioned LOAD CELLS is used for weighing up the actual weight of material in weigh hopper in real time, thus detection claims in real time
The actual flow (i.e. consumption) of material in heavy burder bucket.
During using this extrusion device, need LOAD CELLS is corrected, remove the weight of weigh hopper, so that claiming
Retransmit the actual flow (i.e. consumption) that sensor can detect material in weigh hopper in real time；
When extrusion mechanism extruded product, the material in weigh hopper, sequentially pass through discharging opening, discharge opening, discharge nozzle, source
Source is constantly supplied to extrusion mechanism, extrusion mechanism continuously extruded product；
During weigh hopper is to extrusion mechanism feed, LOAD CELLS is based on weight-loss type e measurement technology, in real time
The actual flow (i.e. consumption) of material in detection weigh hopper, and actual flow signal is conveyed to controller, controller root
Export corresponding speed control signal to extrusion mechanism according to actual flow signal, adjust the extruded velocity of extrusion mechanism in real time,
So that the extrusion capacity of extrusion mechanism is constant, and then make the thickness of extruded product uniformly, to ensure the quality of extruded product.
Simultaneously as the shape of the shape of weigh hopper bottom and size and funnel-form mounting yoke upper end and size phase
Coupling, weigh hopper is removably placed in funnel-form mounting yoke, so, the installation of this extrusion device and maintenance are very square
Just.
Weigh in real time as the weight-loss type in this utility model the further improved technology scheme of feeding machanism:
Described weight-loss type feeding machanism of weighing in real time also includes discharging switching mechanism, and above-mentioned discharging switching mechanism is located at installation
On frame, above-mentioned discharging switching mechanism is located between discharge opening and the feeding end of discharge nozzle, above-mentioned discharging switching mechanism and discharge opening
Switch cooperation.
Optimal technical scheme as the discharging switching mechanism in this utility model:
Described discharging switching mechanism includes discharging cylinder and discharge baffle；
Flatly fixation is located on installing rack the cylinder body of above-mentioned discharging cylinder；
Above-mentioned discharge baffle is horizontally mounted on the piston rod of discharging cylinder, and above-mentioned discharge baffle is located at discharge opening and goes out
Between the feeding end of expects pipe, above-mentioned discharge baffle is coordinated with discharge opening switch.
When needing to clear up this extrusion device, manually boot discharging cylinder, so that the piston rod of discharging cylinder is shortened, so,
The piston rod of discharging cylinder drives discharge baffle horizontal movement, so that discharge baffle is coordinated with discharging bore closure, so just may be used
Easily to clear up to this extrusion device.
After this extrusion device cleans out, manually boot discharging cylinder, so that the piston rod of discharging cylinder is extended, so,
The piston rod of discharging cylinder drives discharge baffle horizontal movement, so that discharge baffle and discharge opening conducting cooperation, so, this squeezes
Go out device and just can recover normal work.
Weigh in real time as the weight-loss type in this utility model the further improved technology scheme of feeding machanism:
Described weight-loss type feeding machanism of weighing in real time also includes discharging hose adapter, and above-mentioned discharging hose adapter is fixedly mounted in
In frame, above-mentioned discharging hose adapter is located above through hole, and above-mentioned discharging hose adapter is enclosed within the outside of discharge nozzle.
Above-mentioned discharging hose adapter is prevented from the generation of material spilling phenomenon, thus be convenient to this extrusion device operation and
Safeguard.
Further improved technology scheme as the weigh hopper in this utility model:
It is provided with feed back baffle plate in the discharging opening of described weigh hopper.
Above-mentioned feed back baffle plate is prevented from feed back in discharge nozzle in weigh hopper, thus ensureing the smooth of discharging
The accuracy carrying out and weighing.
Further improved technology scheme as the weigh hopper in this utility model:
The side of described weigh hopper is provided with visual windows, and above-mentioned visual windows are vertically arranged.
The number of material in weigh hopper can be visually known by visual windows, thus being convenient to this extrusion device
Operation and maintenance.
This utility model beneficial effect against existing technologies is:
Because this extrusion device includes frame and the extrusion mechanism that is separately mounted in frame, weight-loss type are weighed feed in real time
Mechanism, controller；Above-mentioned frame is provided with through hole；Above-mentioned extrusion mechanism is located at the lower section of through hole, and above-mentioned extrusion mechanism is provided with
Feeding mouth, above-mentioned feeding mouth is located at below through hole, and above-mentioned feeding mouth is connected with through hole and connects；Above-mentioned weight-loss type is weighed in real time
Feeding machanism is located at the top of through hole, and the weigh in real time lower end of feeding machanism of above-mentioned weight-loss type is provided with discharge end, above-mentioned discharge end
It is located in extrusion mechanism through through hole and feeding mouth；The signal input part of controller noted above and weight-loss type are weighed feeding machine in real time
Structure electrically connects, and the signal output part of controller noted above is electrically connected with extrusion mechanism；Therefore, this extrusion device can be according to being provided
The real-time change of the actual flow (i.e. consumption) of material, adjusts the extruded velocity of extrusion mechanism in real time, so that extruder
The extrusion capacity of structure is constant, and then makes the thickness of extruded product uniformly, to ensure the quality of extruded product.
Meanwhile, this extrusion device also has that structure is simple, reasonable in design, operates steadily, operation and maintenance is convenient, be easy to push away
Wide the advantages of.
With reference to the accompanying drawings and detailed description this utility model is described in further detail.
Brief description
Fig. 1 is the structural representation of this utility model preferred embodiment；
Fig. 2 is the structural representation of the LOAD CELLS in this utility model preferred embodiment；
Fig. 3 is a direction view of the LOAD CELLS in Fig. 2.
Specific embodiment
As shown in Figure 1, Figure 2 and Figure 3, the extrusion device in this preferred embodiment, including frame 1 be separately mounted to frame
Extrusion mechanism 2 on 1, weight-loss type are weighed feeding machanism 3, controller 4 in real time.
Above-mentioned frame 1 is provided with through hole 10.
Above-mentioned extrusion mechanism 2 includes motor 21, decelerator 22, barrel 23, feeding pipe 24 and screw rod 25；
Above-mentioned motor 21 and decelerator 22 are respectively fixedly mounted in frame 1, and above-mentioned motor 21 and decelerator 22 are driven
Connect；
Above-mentioned barrel 23 is flatly fixedly mounted in frame 1；
Above-mentioned feeding pipe 24 is vertically fixedly mounted on barrel 23, and above-mentioned feeding pipe 24 is located at the underface of through hole 10；
The upper end of above-mentioned feeding pipe 24 is feeding mouth 240, and the feeding mouth 240 of above-mentioned feeding pipe 24 is connected with through hole 10 and connects
Logical；
The lower end 241 of above-mentioned feeding pipe 24 is connected with barrel 23；
Above-mentioned screw rod 25 is installed in rotation in barrel 23, and screw rod 25 is in transmission connection with decelerator 22.
Above-mentioned weight-loss type feeding machanism 3 of weighing in real time includes mounting seat 31, LOAD CELLS 32, installing rack 33, funnel-form
Mounting yoke 34, weigh hopper 35, discharge nozzle 36, discharging hose adapter 37 and discharging switching mechanism 38；
Above-mentioned mounting seat 31 is fixedly mounted in frame 1；
Above-mentioned LOAD CELLS 32 is fixedly mounted in mounting seat 31, and LOAD CELLS 32 is horizontally disposed with；
Above-mentioned installing rack 33 is fixedly mounted on LOAD CELLS 32, and above-mentioned installing rack 33 is horizontally disposed with；Above-mentioned installation
Frame 33 is provided with discharge opening 330, and above-mentioned discharge opening 330 is located at the surface of through hole 10；
Above-mentioned funnel-form mounting yoke 34 is fixedly provided on installing rack 33, and funnel-form mounting yoke 34 is located at discharge opening 330
Above；The lower end of funnel-form mounting yoke 34 is connected with the discharge opening 330 on installing rack 33；
The shape of above-mentioned weigh hopper 35 bottom and the shape of size and funnel-form mounting yoke 34 upper end and size phase
Coupling, above-mentioned weigh hopper 35 is removably placed in funnel-form mounting yoke 34, the lower end part of above-mentioned weigh hopper 35 in
In the upper end of funnel-form mounting yoke 34；
The side of above-mentioned weigh hopper 35 is provided with visual windows 350, and above-mentioned visual windows 350 are vertically arranged；
The lower end of above-mentioned weigh hopper 35 is provided with discharging opening 351, and above-mentioned discharging opening 351 is located at the discharge opening of installing rack 33
330 surface；
It is provided with feed back baffle plate 352 in the discharging opening 351 of above-mentioned weigh hopper 35；
Above-mentioned discharge nozzle 36 vertically fixation is located on installing rack 33, above-mentioned discharge nozzle 36 be located at discharge opening 330 just under
Side；The upper end of above-mentioned discharge nozzle 36 is feeding end 361, and the feeding end 361 of above-mentioned discharge nozzle 36 is connected with discharge opening 330；Above-mentioned
The lower end of discharge nozzle 36 is discharge end 362, and the discharge end 362 of above-mentioned discharge nozzle 36 passes through through hole 10 and feeding mouth 240 to be located at
In the feeding pipe 24 of extrusion mechanism 2；
Above-mentioned discharging hose adapter 37 is fixedly mounted in frame 1, and above-mentioned discharging hose adapter 37 is located above through hole 10,
Above-mentioned discharging hose adapter 37 is enclosed within the outside of discharge nozzle 36；
Above-mentioned discharging switching mechanism 38 includes discharging cylinder 381 and discharge baffle 382；
Flatly fixation is located on installing rack 33 cylinder body of above-mentioned discharging cylinder 381；
Above-mentioned discharge baffle 382 is horizontally mounted on the piston rod of discharging cylinder 381, and above-mentioned discharge baffle 382 is located at
Between the feeding end 361 of discharge opening 330 and discharge nozzle 36, above-mentioned discharge baffle 382 is coordinated with discharge opening 330 switch.
The weigh in real time LOAD CELLS 32 of feeding machanism 3 of the signal input part of controller noted above 4 and weight-loss type electrically connects,
The signal output part of controller noted above 4 is electrically connected with the motor 21 of extrusion mechanism 2.
Below in conjunction with the accompanying drawings work process of the present utility model and operation principle are described in further detail.
During using this extrusion device, LOAD CELLS 32 need to be corrected, remove the weight of weigh hopper 35, make to weigh
Sensor 32 can detect the actual flow (i.e. consumption) of material in weigh hopper 35 in real time；
When motor 21 starts, motor 21 is rotated by decelerator 22 drive screw 25, and the screw rod 25 of rotation is by barrel 23
Interior material is transported to the die head of extrusion mechanism, then is extruded by die head.
Convey during material in barrel 23 in screw rod 25, the material in weigh hopper 35, sequentially pass through discharging opening
351st, discharge opening 330, discharge nozzle 36, are continuously flowed in barrel 23, thus ensureing that the die head of extrusion mechanism can connect
Continuous ground extruded product.
During weigh hopper 35 is to feed in the barrel 23 of extrusion mechanism 2, LOAD CELLS 32 is based on weight-loss type
E measurement technology, detects the actual flow (i.e. consumption) of material in weigh hopper 35 in real time, and actual flow signal is conveyed
To controller 4, controller 4 exports the motor 21 to extrusion mechanism 2 for the corresponding speed control signal according to actual flow signal, real
When ground adjustment motor 21 rotating speed, and then in real time adjust screw rod 25 rotating speed, so just achieve the real-time tune of extruded velocity
Whole, so that the extrusion capacity of extrusion mechanism is constant, and then make the thickness of extruded product uniformly, to ensure the quality of extruded product.
When needing to clear up this extrusion device, manually boot discharging cylinder 381, so that the piston rod of discharging cylinder 381 is shortened,
So, the piston rod of discharging cylinder 381 drives discharge baffle 382 horizontal movement, so that discharge baffle 382 and discharge opening 330
Close cooperation, so just can easily this extrusion device be cleared up.
After this extrusion device cleans out, manually boot discharging cylinder 381, so that the piston rod of discharging cylinder 381 is extended,
So, the piston rod of discharging cylinder 381 drives discharge baffle 382 horizontal movement, so that discharge baffle 382 and discharge opening 330
Conducting cooperation, so, this extrusion device just can recover normal work.
Meanwhile, above-mentioned discharging hose adapter 37 is prevented from the generation of material spilling phenomenon, thus being convenient to this extrusion device
Operation and maintenance；Above-mentioned feed back baffle plate 352 is prevented from feed back in discharge nozzle 36 in weigh hopper 35, thus protecting
The accuracy being smoothed out and weighing of card discharging.
In addition, thing in weigh hopper 35 can be visually known by the visual windows 350 on weigh hopper 35 side
Material number, thus being convenient to the operation and maintenance of this extrusion device.
The content of above specific embodiment is only preferred embodiment of the present utility model, and above preferred embodiment is not used
To limit practical range of the present utility model；Every according to its scope of the claims of this utility model made various
Equivalents, are all covered by its scope of the claims of this utility model.
Claims (8)
1. a kind of extrusion device it is characterised in that: include frame and the extrusion mechanism that is separately mounted in frame, weight-loss type be real-time
Weigh feeding machanism, controller；
Above-mentioned frame is provided with through hole；
Above-mentioned extrusion mechanism is located at the lower section of through hole, and above-mentioned extrusion mechanism is provided with feeding mouth, and above-mentioned feeding mouth is located at through hole
Below, above-mentioned feeding mouth is connected with through hole and connects；
Above-mentioned weight-loss type feeding machanism of weighing in real time is located at the top of through hole, and above-mentioned weight-loss type is weighed the lower end of feeding machanism in real time
It is provided with discharge end, above-mentioned discharge end passes through through hole and feeding mouth to be located in extrusion mechanism；
The signal input part of controller noted above and weight-loss type feeding machanism of weighing in real time electrically connects, the signal output of controller noted above
End is electrically connected with extrusion mechanism.
2. extrusion device according to claim 1 it is characterised in that: described extrusion mechanism includes motor, decelerator, material
Cylinder, feeding pipe and screw rod；
Above-mentioned motor and decelerator are respectively fixedly mounted in frame；
Above-mentioned motor and decelerator are in transmission connection, and above-mentioned motor is electrically connected with the signal output part of controller；
Above-mentioned barrel is flatly fixedly mounted in frame；
Above-mentioned feeding pipe is vertically fixedly mounted on barrel, and above-mentioned feeding pipe is located at the underface of through hole；
The upper end of above-mentioned feeding pipe is feeding mouth, and the feeding mouth of above-mentioned feeding pipe is connected with through hole and connects；
The lower end of above-mentioned feeding pipe is connected with barrel；
Above-mentioned screw rod is installed in rotation in barrel, and above-mentioned screw rod and decelerator are in transmission connection.
3. extrusion device according to claim 1 it is characterised in that: described weight-loss type weigh in real time feeding machanism include pacify
Dress seat, LOAD CELLS, installing rack, funnel-form mounting yoke, weigh hopper and discharge nozzle；
Above-mentioned mounting seat is fixedly mounted in frame；
Above-mentioned LOAD CELLS is fixedly mounted in mounting seat, and above-mentioned LOAD CELLS is horizontally disposed with；Above-mentioned LOAD CELLS
Electrically connect with the signal input part of controller；
Above-mentioned installing rack is fixedly mounted on LOAD CELLS, and above-mentioned installing rack is horizontally disposed with；Above-mentioned installing rack is provided with out
Material hole, above-mentioned discharge opening is located at the surface of through hole；
Above-mentioned funnel-form mounting yoke is fixedly provided on installing rack, and above-mentioned funnel-form mounting yoke is located above discharge opening；Above-mentioned
The lower end of funnel-form mounting yoke is connected with the discharge opening on installing rack；
The shape of above-mentioned weigh hopper bottom is matched with size with the shape of size and funnel-form mounting yoke upper end, above-mentioned
Weigh hopper is removably placed in funnel-form mounting yoke, and the lower end part of above-mentioned weigh hopper is upper in funnel-form mounting yoke
In end；The lower end of above-mentioned weigh hopper is provided with discharging opening, and above-mentioned discharging opening is located at the surface of the discharge opening of installing rack；
Vertically fixation is located on installing rack above-mentioned discharge nozzle, and above-mentioned discharge nozzle is located at the underface of discharge opening；Above-mentioned discharge nozzle
Upper end be feeding end, the feeding end of above-mentioned discharge nozzle connected with discharge opening；The lower end of above-mentioned discharge nozzle be discharge end, above-mentioned go out
The discharge end of expects pipe passes through through hole and feeding mouth to be located in extrusion mechanism.
4. extrusion device according to claim 3 it is characterised in that: described weight-loss type feeding machanism of weighing in real time also includes
Discharging switching mechanism, above-mentioned discharging switching mechanism is located on installing rack, and above-mentioned discharging switching mechanism is located at discharge opening and discharge nozzle
Feeding end between, the switch cooperation of above-mentioned discharging switching mechanism and discharge opening.
5. extrusion device according to claim 4 it is characterised in that: described discharging switching mechanism includes discharging cylinder and going out
Material baffle plate；
Flatly fixation is located on installing rack the cylinder body of above-mentioned discharging cylinder；
Above-mentioned discharge baffle is horizontally mounted on the piston rod of discharging cylinder, and above-mentioned discharge baffle is located at discharge opening and discharge nozzle
Feeding end between, the switch cooperation of above-mentioned discharge baffle and discharge opening.
6. extrusion device according to claim 3 it is characterised in that: described weight-loss type feeding machanism of weighing in real time also includes
Discharging hose adapter, above-mentioned discharging hose adapter is fixedly mounted in frame, and above-mentioned discharging hose adapter is located above through hole, above-mentioned
Discharging hose adapter is enclosed within the outside of discharge nozzle.
7. extrusion device according to claim 3 it is characterised in that: be provided with the discharging opening of described weigh hopper feed back gear
Plate.
8. extrusion device according to claim 3 it is characterised in that: the side of described weigh hopper is provided with visual window
Mouthful, above-mentioned visual windows are vertically arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620781149.2U CN205915636U (en) | 2016-07-25 | 2016-07-25 | Extrusion device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620781149.2U CN205915636U (en) | 2016-07-25 | 2016-07-25 | Extrusion device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205915636U true CN205915636U (en) | 2017-02-01 |
Family
ID=57872758
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201620781149.2U Active CN205915636U (en) | 2016-07-25 | 2016-07-25 | Extrusion device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117841284A (en) * | 2024-03-08 | 2024-04-09 | 贵阳甬鑫塑管制造有限公司 | Plastic particle feeding device |
-
2016
- 2016-07-25 CN CN201620781149.2U patent/CN205915636U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117841284A (en) * | 2024-03-08 | 2024-04-09 | 贵阳甬鑫塑管制造有限公司 | Plastic particle feeding device |
| CN117841284B (en) * | 2024-03-08 | 2024-05-24 | 贵阳甬鑫塑管制造有限公司 | Plastic particle feeding device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20190829 Address after: Haojiang District Textile Industrial Park, 515098 Guangdong city of Shantou Province Patentee after: Guangdong Jinming Machinery Co., Ltd. Address before: 515022 Far East Industrial Park, Shantou, Guangdong, new town, Longhu Patentee before: Yuandong Light Chemical Equipment Co, Ltd., Shantou City |