CN207172684U - PTFE micropore film preparation Horizontal pushing machines - Google Patents
PTFE micropore film preparation Horizontal pushing machines Download PDFInfo
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- CN207172684U CN207172684U CN201721147411.9U CN201721147411U CN207172684U CN 207172684 U CN207172684 U CN 207172684U CN 201721147411 U CN201721147411 U CN 201721147411U CN 207172684 U CN207172684 U CN 207172684U
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- knock
- pin
- extruder head
- support
- feeding device
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Abstract
It the utility model is related to PTFE microporous barrier Preparation equipments, especially prepare the Horizontal pushing machine technical field of PTFE microporous barriers, the utility model provides a kind of PTFE micropores film preparation Horizontal pushing machine, knock-pin is arranged to what can be slided in push pedal, fed using the feeding device that can be moved on fuselage, when feeding device feeds to extruder head, knock-pin slides on one side, avoid feeding device, when knock-pin is operated, feeding device is moved on one side, avoid knock-pin, knock-pin is non-interference with feeding device, facilitate and material is placed into extruder head, material is directly promoted in extruder head by cartridge by hydraulic system, alleviate the amount of labour of staff, feed rate is very fast, efficiency is higher, improve the overall operating efficiency of the utility model.
Description
Technical field
PTFE microporous barrier Preparation equipments are the utility model is related to, especially prepare the Horizontal pushing machine technology of PTFE microporous barriers
Field, more particularly, to a kind of PTFE micropores film preparation Horizontal pushing machine.
Background technology
PTFE (polytetrafluoroethylene (PTFE)) microporous barrier is to obtain bucket-shaped material by pre-molding extrusion molding by polytetrafluoroethylene (PTFE) powder,
Then through being rolled into the semi-finished product of film, stretch at a certain temperature, after thermal finalization, obtained microporous membrane.Polytetrafluoroethylene (PTFE)
Must struggle against cylindrical bar after powder precompressed, be extruded into the less banding in section by pushing machine, traditional pushing machine is by fuselage, liquid
Pressure system, extruder head and push rod composition, the hydraulic system driving push rod on fuselage enters in extruder head, by extruder head
Material is extruded out of extruder head to become band, and push rod is coaxially disposed all the time with extruder head, because the length of knock-pin is longer, hydraulic pressure system
For system when not working, knock-pin is closer to the distance apart from extruder head charging aperture, causes the placement material into extruder head more inconvenient,
Material can only be placed into extruder head by manually repeatedly a small amount of, blowing is less efficient, ultimately results in the work effect of pushing machine
Rate is relatively low, and the work of worker is larger by force.
Utility model content
The technical problems to be solved in the utility model is：In order to overcome push rod in traditional pushing machine with extruder head all the time
It is coaxially disposed, the length of knock-pin is longer, and knock-pin is closer to the distance apart from extruder head charging aperture, and material is placed into extruder head
More inconvenient, blowing is less efficient, pushes that the operating efficiency of machine is relatively low, and worker work it is larger by force the problem of, there is provided it is a kind of
PTFE micropore film preparation Horizontal pushing machines.
Technical scheme is used by the utility model solves its technical problem：A kind of PTFE micropores film preparation Horizontal pushing
Machine, including fuselage, extruder head and hydraulic system, in addition to push pedal and feeding device, the hydraulic pressure system are provided with the fuselage
System promotes the push pedal to realize linear reciprocating motion on the axial direction of extruder head, is slided in the push pedal and is provided with ejection
Bar, the knock-pin at work, are coaxially disposed with the extruder head, and the feeding device is slidably arranged on the fuselage,
The feeding device includes cartridge, and the cartridge is coaxially disposed with the extruder head at work, in the hydraulic system
The pushing ram that material in promotion cartridge enters extruder head is provided with, the end of pushing ram is installed with pushing plate.
The utility model when in use, first by the cartridge after precompressed (the pre-molding bar of the inside is still in cylinder)
It is placed on feeding device, mobile feeding device makes cartridge be coaxially disposed with extruder head, starts hydraulic system, and hydraulic system pushes away
Dynamic pushing ram stretches out, and pushing ram promotes the material in cartridge to enter in extruder head, treats that the material in cartridge is all pushed into
After extruder head, hydraulic system is closed, pushing ram resets, then resets feeding device, feeding device mobile knock-pin after resetting,
Knock-pin and extruder head is set to start hydraulic system after being coaxially disposed, the extension bar in hydraulic system promotes push pedal to be moved to extruder head
Dynamic, so as to promote the knock-pin in push pedal to be moved into extruder head, most the material in extruder head releases extruder head in banding at last,
Knock-pin is arranged to what can be slided in push pedal by the utility model, enters luggage using the feeding device that can be moved on fuselage
Material, when feeding device feeds to extruder head, knock-pin slides on one side, avoids feeding device, when knock-pin is operated,
Feeding device is moved on one side, avoids knock-pin, knock-pin is non-interference with feeding device, facilitates and thing is placed into extruder head
Material, material directly promoted in extruder head by cartridge by hydraulic system, alleviates the amount of labour of staff, feed rate compared with
Hurry up, efficiency it is higher, improve the overall operating efficiency of the utility model.
Due to the heavier mass of knock-pin, and length is longer, if being arranged on against one end in push pedal, easily goes out over time
The existing other end falls or the situation of the junction of connection end fracture, and in order to solve this problem, the utility model also includes being used for
Support knock-pin and the Mobile support device moved with knock-pin.
In order to realize that knock-pin is slidably arranged in push pedal, guided way is provided with the push pedal, is slided in the guided way
Dynamic to be provided with sliding block, the knock-pin is fixedly mounted on the sliding block, and sliding block is slided so as to drive knock-pin in guided way
Slided in push pedal.
At work, knock-pin need to be coaxially disposed the utility model with extruder head, and traditional way is to need staff
Gradually position of the debugging knock-pin in push pedal is coaxially disposed to realize, can be due to the heavier mass of knock-pin, staff
Continue to pay dues larger strength when promoting, and the bad control in position of the knock-pin in push pedal, the time of debugging is longer, influences work effect
Rate, in order to solve this problem, the both ends of the guided way are installed with first spacing for limit sliding block movement respectively
Block and the second limited block, when sliding block is bonded with the first limited block, knock-pin is coaxially disposed with extruder head；When sliding block and second limit
During the block fitting of position, the charging aperture for ejecting rod end surface and extruder head staggers completely.
Further, the feeding device includes support, and the bracket slide is arranged on the fuselage, on the support
Be installed with clamp, the cartridge is arranged on the clamp, does not have annexation between cartridge and clamp, it is convenient to
Feed in cartridge, can also use two cartridges, one while work, feeds to another, saves charging
Time, improve the overall operating efficiency of the utility model.
Cartridge needs to be coaxially disposed with extruder head at work, in order that cartridge can quickly be directed at extruder head,
The 3rd limited block is installed with the fuselage, when the support is bonded with the 3rd limited block, the cartridge on support
It is coaxially disposed with extruder head.
For the ease of mobile support, the handle of support easy to remove is installed with the support.
Further, the Mobile support device includes support frame, and support frame as described above is fixedly mounted on the fuselage, institute
State and sliding shoe is slidably fitted with support frame, directive wheel, the axis direction of the directive wheel are rotatablely equipped with the sliding shoe
Vertical with the axial direction of the knock-pin, the directive wheel and the knock-pin are tangent, are provided using directive wheel for knock-pin
Guiding on axial direction, knock-pin to extruder head move while, runner rotates with knock-pin, make push pedal be easier promote top
Rod, while also play the effect of support knock-pin.
The beneficial effects of the utility model are:PTFE micropores film preparation Horizontal pushing machine of the present utility model, by knock-pin
It is arranged to what can be slided in push pedal, is fed using the feeding device that can be moved on fuselage, in feeding device to extrusion
During head charging, knock-pin is slided on one side, avoids feeding device, and when knock-pin is operated, feeding device is moved on one side,
Avoid knock-pin, knock-pin is non-interference with feeding device, facilitates and material is placed into extruder head, material by cartridge by
Hydraulic system is directly promoted in extruder head, alleviates the amount of labour of staff, and feed rate is very fast, efficiency is higher, improves
The overall operating efficiency of the utility model.
Brief description of the drawings
The utility model is further illustrated with reference to the accompanying drawings and examples.
Fig. 1 is schematic three dimensional views of the present utility model；
Fig. 2 is the enlarged drawing at A in the utility model Fig. 1；
Fig. 3 is schematic three dimensional views of the utility model when being not provided with cartridge；
Fig. 4 is the enlarged drawing at B in the utility model Fig. 3；
Fig. 5 is the top view under feeding device working condition in the utility model；
Fig. 6 is the top view under knock-pin working condition in the utility model.
In figure：1. fuselage, 2. extruder heads, 3. hydraulic systems, 3-1. pushing rams, 3-2. pushing plates, 4. push pedals, 5. charging dresses
Put, 5-1. cartridges, 5-2. supports, 5-3. line rails, 5-4. clamps, 5-5. handles, 6. knock-pins, 7. Mobile support devices, 7-
1. support frame, 7-2. sliding shoes, 7-3. directive wheels, 8. guided ways, 9. sliding blocks, 10. first limited blocks, 11. second limited blocks.
Embodiment
Presently in connection with accompanying drawing, the utility model is described in more detail.These accompanying drawings are simplified schematic diagram,
Only illustrate basic structure of the present utility model in a schematic way, therefore it only shows the composition relevant with the utility model.
A kind of PTFE micropores film preparation Horizontal pushing machine as shown in figures 1 and 3, including fuselage 1, set on the fuselage 1
It is equipped with extruder head 2 and hydraulic system 3, the hydraulic system 3 in the utility model is hydraulic cylinder, in addition to push pedal 4 and feeding device
5, the hydraulic system 3 promotes the push pedal 4 to realize linear reciprocating motion on the axial direction of extruder head 2, in the push pedal 4
Guided way 8 is provided with, sliding block 9 is slidably fitted with the guided way 8, as shown in figure 4, the knock-pin 6 is fixedly mounted on institute
State on sliding block 9, the both ends of the guided way 8 are installed with the first limited block 10 for limiting the movement of sliding block 9 and the respectively
Two limited blocks 11, when sliding block 9 is bonded with the first limited block 10, knock-pin 6 is coaxially disposed with extruder head 2；When sliding block 9 and second
Limited block 11 be bonded when, the end face of knock-pin 6 and the charging aperture of extruder head 2 stagger completely, the knock-pin 6 at work, with institute
State extruder head 2 to be coaxially disposed, the feeding device 5 is slidably arranged on the fuselage 1, and the feeding device 5 includes support 5-
The handle 5-5, the support 5-2 that support 5-2 easy to remove is installed with 2, the support 5-2 are slided by line rail 5-3
On the fuselage 1, clamp 5-4, the cartridge 5-1 are installed with the support 5-2 and is arranged on the clamp
On 5-4, there is no annexation between cartridge 5-1 and clamp 5-4, it is convenient to be fed into cartridge 5-1, two can also be used
Cartridge 5-1, while a job, another is fed, the cartridge 5-1 at work with the extruder head 2
It is coaxially disposed, the 3rd limited block is installed with the fuselage 1, when the support 5-2 is bonded with the 3rd limited block, branch
Cartridge 5-1 on frame 5-2 is coaxially disposed with extruder head 2.It is provided with the hydraulic system 3 and promotes material in cartridge 5-1
Into the pushing ram 3-1 of extruder head 2, pushing ram 3-1 end is installed with pushing plate 3-2, and the utility model also includes using
Include support frame 7-1 in support knock-pin 6 and with the Mobile support device 7 of the movement of knock-pin 6, the Mobile support device 7, such as
Shown in Fig. 2, support frame as described above 7-1 is fixedly mounted on the fuselage 1, and sliding shoe 7- is slidably fitted with support frame as described above 7-1
Directive wheel 7-3, the axle of the axis direction of the directive wheel 7-3 and the knock-pin 6 are rotatablely equipped with 2, the sliding shoe 7-2
Vertical to direction, the directive wheel 7-3 and the knock-pin 6 are tangent, the use of directive wheel 7-3 are that knock-pin 6 provides axial direction
On guiding, knock-pin 6 to extruder head 2 move while, runner rotates with knock-pin 6, make push pedal 4 be easier promote knock-pin
6, while also play the effect of support knock-pin 6.
When in use, first by the cartridge 5-1 after precompressed, (the pre-molding bar of the inside is still in cylinder for the utility model
In) be placed on feeding device 5, mobile feeding device 5 makes cartridge 5-1 be coaxially disposed with extruder head 2, as shown in figure 5, starting
Hydraulic system 3, hydraulic system 3 promote pushing ram 3-1 to stretch out, and pushing ram 3-1 promotes the material in cartridge 5-1 to enter extruder head
In 2, after the material in cartridge 5-1 is all pushed into extruder head 2, hydraulic system 3 is closed, pushing ram 3-1 resets, and then will
Feeding device 5 resets, and the mobile knock-pin 6 after resetting of feeding device 5, knock-pin 6 is started hydraulic pressure after being coaxially disposed with extruder head 2
System 3, as shown in fig. 6, the extension bar in hydraulic system 3 promotes push pedal 4 to be moved to extruder head 2, so as to promote the top in push pedal 4
Rod 6 moves into extruder head 2, and most the material in extruder head 2 releases extruder head 2 in banding at last, and the utility model will eject
Bar 6 is arranged to what can be slided in push pedal 4, is fed using the feeding device 5 that can be moved on the fuselage 1, in feeding device 5
When being fed to extruder head 2, knock-pin 6 slides on one side, avoids feeding device 5, when knock-pin 6 is operated, feeding device 5
It is moved on one side, avoids knock-pin 6, knock-pin 6 and feeding device 5 are non-interference, facilitate and place material into extruder head 2,
Material is directly promoted in extruder head 2 by cartridge 5-1 by hydraulic system 3, alleviates the amount of labour of staff, feed rate
Comparatively fast, efficiency is higher, improves the overall operating efficiency of the utility model.
Using it is above-mentioned according to desirable embodiment of the present utility model as enlightenment, pass through above-mentioned description, related work people
Member can carry out various changes and amendments in the range of without departing from this item utility model technological thought completely.This item is real
The content being not limited to new technical scope on specification, it is necessary to which its technology is determined according to right
Property scope.
Claims (8)
1. a kind of PTFE micropores film preparation Horizontal pushing machine, including fuselage (1), be provided with the fuselage (1) extruder head (2) and
Hydraulic system (3), it is characterised in that：Also include push pedal (4) and feeding device (5), the hydraulic system (3) promotes the push pedal
(4) linear reciprocating motion is realized on the axial direction of extruder head (2), is slided on the push pedal (4) and is provided with knock-pin (6),
The knock-pin (6) at work, is coaxially disposed with the extruder head (2), and the feeding device (5) is slidably arranged in the machine
On body (1), the feeding device (5) includes cartridge (5-1), the cartridge (5-1) at work with the extruder head (2)
It is coaxially disposed, the pushing ram (3- that material in promotion cartridge (5-1) enters extruder head (2) is provided with the hydraulic system (3)
1)。
2. PTFE micropores film preparation Horizontal pushing machine as claimed in claim 1, it is characterised in that：Also include being used to support ejection
Bar (6) and the Mobile support device (7) moved with knock-pin (6).
3. PTFE micropores film preparation Horizontal pushing machine as claimed in claim 1, it is characterised in that：Set on the push pedal (4)
There is guided way (8), be slidably fitted with sliding block (9) in the guided way (8), the knock-pin (6) is fixedly mounted on the sliding block
(9) on.
4. PTFE micropores film preparation Horizontal pushing machine as claimed in claim 3, it is characterised in that：The two of the guided way (8)
End is installed with first limited block (10) and second limited block (11) mobile for limiting sliding block (9) respectively, when sliding block (9)
When being bonded with the first limited block (10), knock-pin (6) is coaxially disposed with extruder head (2)；When sliding block (9) and the second limited block (11)
During fitting, knock-pin (6) end face and the charging aperture of extruder head (2) stagger completely.
5. PTFE micropores film preparation Horizontal pushing machine as claimed in claim 1, it is characterised in that：Feeding device (5) bag
Support (5-2) is included, the support (5-2) is slidably mounted on the fuselage (1), and card is installed with the support (5-2)
Plate (5-4), the cartridge (5-1) are arranged on the clamp (5-4).
6. PTFE micropores film preparation Horizontal pushing machine as claimed in claim 5, it is characterised in that：It is fixed on the fuselage (1)
3rd limited block is installed, when the support (5-2) is bonded with the 3rd limited block, the cartridge (5-1) on support (5-2)
It is coaxially disposed with extruder head (2).
7. PTFE micropores film preparation Horizontal pushing machine as claimed in claim 5, it is characterised in that：It is solid on the support (5-2)
Dingan County is equipped with the handle (5-5) of support easy to remove (5-2).
8. PTFE micropores film preparation Horizontal pushing machine as claimed in claim 2, it is characterised in that：The Mobile support device
(7) support frame (7-1) is included, support frame as described above (7-1) is fixedly mounted on the fuselage (1), sliding on support frame as described above (7-1)
It is dynamic that sliding shoe (7-2) is installed, directive wheel (7-3) is rotatablely equipped with the sliding shoe (7-2), the directive wheel (7-3)
Axis direction is vertical with the axial direction of the knock-pin (6), and the directive wheel (7-3) and the knock-pin (6) are tangent.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721147411.9U CN207172684U (en) | 2017-09-08 | 2017-09-08 | PTFE micropore film preparation Horizontal pushing machines |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721147411.9U CN207172684U (en) | 2017-09-08 | 2017-09-08 | PTFE micropore film preparation Horizontal pushing machines |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207172684U true CN207172684U (en) | 2018-04-03 |
Family
ID=61743693
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721147411.9U Active CN207172684U (en) | 2017-09-08 | 2017-09-08 | PTFE micropore film preparation Horizontal pushing machines |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207172684U (en) |
-
2017
- 2017-09-08 CN CN201721147411.9U patent/CN207172684U/en active Active
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