CN208215992U - Efficient tetrafluoro conical bottom integral forming device - Google Patents
Efficient tetrafluoro conical bottom integral forming device Download PDFInfo
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- CN208215992U CN208215992U CN201820621997.6U CN201820621997U CN208215992U CN 208215992 U CN208215992 U CN 208215992U CN 201820621997 U CN201820621997 U CN 201820621997U CN 208215992 U CN208215992 U CN 208215992U
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- shaping dies
- heating
- tetrafluoro
- heating tube
- tube
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Abstract
A kind of efficient tetrafluoro conical bottom integral forming device, belong to equipment forming technique field, the present apparatus is provided with shaping dies, negative pressure device and heating device, shaping dies is the conical fitted cover of upper end opening, the bottom that shaping dies is arranged in negative pressure device is connected to shaping dies, shaping dies is heated the top that shaping dies is arranged in heating device, in the opening that tetrafluoro plate is laid in shaping dies in forming, heating mould, which carries out heating to tetrafluoro plate, softens tetrafluoro plate, negative pressure device generates downward negative-pressure sucking to the tetrafluoro plate of softening simultaneously, to make tetrafluoro plate be tightly attached to shaping dies inner wall and be deformed, form tetrafluoro conical bottom.When in use, tetrafluoro plate is laid in the upper end of shaping dies, heating device is opened to heat tetrafluoro plate, tetrafluoro plate softens, the negative pressure device that shaping dies lower end is arranged in simultaneously carries out negative-pressure ward to tetrafluoro plate, to which the absorption of tetrafluoro plate to be tightly attached on the inner wall of shaping dies, tetrafluoro conical bottom is formed.
Description
Technical field
The utility model belongs to equipment forming technique field, and in particular to a kind of efficient integrally formed dress of tetrafluoro conical bottom
It sets.
Background technique
In tantalum niobium Extraction metallurgy technique, needs for tantalum niobium metal solution to be placed in settling tank and carry out precipitation and separation, mesh
The moulding of preceding general settling tank is that the cylindric lower end in upper end connects conical bottom, in order to the precipitation and separation of metallic solution, and tantalum
The material of the conical bottom of niobium solution settling tank avoids that metal material is selected usually to select organic plastics, to prevent metal impurities
It is mixed into.Conical bottom forming technology generally used now is first to make taper die and then pour into the plastic solution of thawing in mold
It is formed, this high forming effect simultaneously of forming mode complexity forming difficulty is poor, wastes material.
Summary of the invention
In view of this, it is necessary to provide a kind of easy good efficient integrally formed dresses of tetrafluoro conical bottom of forming effect simultaneously
It sets.
A kind of efficient tetrafluoro conical bottom integral forming device, including shaping dies, negative pressure device, heating device, finishing die
Tool is the cone fitted cover of upper end opening, and extends horizontally to an annular horizontal outward at the upper end opening of shaping dies
Tetrafluoro plate is laid on shaping dies by edge, and the bottom that shaping dies is arranged in negative pressure device is connected to shaping dies, is added
Shaping dies is heated in the top that shaping dies is arranged in thermal, and tetrafluoro plate is laid in shaping dies in forming
In opening, heating device to tetrafluoro plate carry out heating make tetrafluoro plate soften, while negative pressure device to the tetrafluoro plate of softening generate to
Under negative-pressure sucking form tetrafluoro conical bottom, heating device so that tetrafluoro plate be made to be tightly attached to shaping dies inner wall and be deformed
It is connected to including heating fan housing, heating tube, lifting device and heating blower, the heating fan housing of taper with heating tube, and heats fan housing
The top of shaping dies is arranged in large diameter end, and the small-caliber end for heating fan housing is connected to one end of heating tube, heating tube it is another
One end is connected to heating blower, and the side of shaping dies is arranged in heating blower, is made the softening forming of tetrafluoro plate to provide heat, is risen
Falling unit is arranged on heating blower, and lifting device is fixedly connected with heating tube, drives heating tube or more by lifting device
Lifting, come adjust heating fan housing it is close, far from shaping dies, to guarantee sufficiently to heat tetrafluoro plate.
Preferably, be provided with venthole on the upper end side wall of shaping dies, venthole include one group of bottom air vent and
The bottom centre of shaping dies is arranged in four groups of side wall ventholes, one group of bottom air vent, and four groups of side wall ventholes are respectively set
In the upper end of the side wall all around of shaping dies, and the negative pressure of bottom air vent and side wall venthole all with shaping dies bottom
Device connection.
Preferably, negative pressure device includes negative tube and vacuum pump, and vacuum pump is connected to by negative tube with shaping dies, negative pressure
Pipe includes main pipeline and several side ducts, and one end of main pipeline is connected to the venthole of shaping dies bottom, main pipeline it is another
One end is connected to vacuum pump, and one end of several side ducts is connected to the venthole on shaping dies side wall, and the other end and master
Pipeline connection, finishing die is tightly attached in the absorption of tetrafluoro plate to negative pressure is formed in shaping dies by negative tube and vacuum pump
Tetrafluoro plate is formed on tool inner wall.
Preferably, the heating tube is divided into the first heating tube and the second heating tube, and the first heating tube is arranged in heating blower
Top and be connected to heating blower, one end of the second heating tube is connected to the first heating tube, the other end of the second heating tube with
Fan housing connection is heated, and the diameter of the first heating tube is greater than the diameter of the second heating tube, by an end cap of the second heating tube the
In one heating tube, the upper port of the first heating tube is to contract, and the second heating tube is inserted in the end diameter of the first heating tube
Extend outwardly, to avoid skidding off out of first heating tube in the second heating tube lifting process, the lifting device includes including two
A hydraulic pressure support bar and fixed ring, two hydraulic pressure support bars are arranged on heating blower, and two hydraulic pressure support bars are symmetrical arranged
In the two sides of the first heating tube, the clamping end of fixed ring is fixed on the tube wall of the second heating tube, and the both ends difference of fixed ring
It is fixedly connected with two hydraulic pressure support bars, to drive the second heating tube oscilaltion by two hydraulic pressure support bars, to adjust
Heat fan housing it is close, far from shaping dies, to guarantee sufficiently to heat tetrafluoro plate.
Preferably, the efficient tetrafluoro conical bottom integral forming device further includes support device, support device setting at
The bottom of shape mold, support device include gusseted platform and three support bases, and three support bases are separately positioned on triangle branch
4 endpoint locations for supportting platform, shaping dies is propped up and leaves ground, and the main pipeline of negative tube is propped up and leaves ground, with
Guarantee the fluency of main pipeline ventilation.
The utility model by adopting the above technical scheme, the beneficial effect is that: the present apparatus be provided with shaping dies, negative pressure dress
Set, heating device, shaping dies is the conical fitted cover of upper end opening, negative pressure device be arranged in the bottom of shaping dies at
Shaping dies is heated in the connection of shape mold, the top that shaping dies is arranged in heating device, puts down tetrafluoro plate in forming
It is layered in the opening of shaping dies, heating mould, which carries out heating to tetrafluoro plate, softens tetrafluoro plate, while negative pressure device is to softening
Tetrafluoro plate generate downward negative-pressure sucking, so that tetrafluoro plate be made to be tightly attached to shaping dies inner wall and be deformed, form tetrafluoro
Conical bottom, heating device include heating fan housing, heating tube, lifting device and heating blower, and heating blower is arranged in shaping dies
Side, so that tetrafluoro plate is softened forming to provide heat, one end that heating tube is connect with heating blower, energy is arranged in lifting device
Heating tube lifting is enough driven, heats the distance between fan housing and shaping dies to adjust, to guarantee sufficiently to heat tetrafluoro plate.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of efficient tetrafluoro conical bottom integral forming device.
Fig. 2 is the connection schematic diagram of the first heating tube and the second heating tube in Fig. 1.
Fig. 3 is the structural schematic diagram of efficient tetrafluoro conical bottom integral forming device when tetrafluoro plate shapes.
The top view of Fig. 4 shaping dies.
Fig. 5 is the bottom view for heating fan housing.
In figure: efficient tetrafluoro conical bottom integral forming device 10, shaping dies 20, horizontal edge 21, bottom air vent 22,
Side wall venthole 23, negative pressure device 30, main pipeline 31, side ducts 32, vacuum pump 33, heating fan housing 41, heating tube 42, first add
Heat pipe 421, the second heating tube 422, heating blower 43, lifting device 44, hydraulic pressure support bar 441, fixed ring 442, support device
50, support platform 51, support base 52, tetrafluoro plate 60.
Specific embodiment
Please refer to Fig. 1 to Fig. 5, a kind of efficient tetrafluoro conical bottom integral forming device 10, including shaping dies 20, negative pressure dress
Set 30, heating device, shaping dies 20 is the cone fitted cover of upper end opening, and at the upper end opening of shaping dies 20 to
An annular horizontal edge 21 is extended horizontally to outside, tetrafluoro plate 60 is laid on shaping dies 20, negative pressure device 30 is arranged
It is connected in the bottom of shaping dies 20 with shaping dies 20, the top of shaping dies 20 is arranged in shaping dies 20 in heating device
It is heated, tetrafluoro plate 60 is laid in the opening of shaping dies 20 in forming, heating device adds tetrafluoro plate 60
Heat softens tetrafluoro plate 60, while the tetrafluoro plate 60 of 30 pairs of negative pressure device softenings generates downward negative-pressure sucking, to make tetrafluoro
Plate 60 is tightly attached to 20 inner wall of shaping dies and is deformed, and forms tetrafluoro conical bottom, and heating device includes heating fan housing 41, heating
Pipe, lifting device 44 and heating blower 43, the heating fan housing 41 of taper are connected to heating tube, and are heated 41 large diameter end of fan housing and set
Set in the top of shaping dies 20, the small-caliber end for heating fan housing 41 be connected to one end of heating tube, the other end of heating tube and
Heating blower 43 is connected to, and the side of shaping dies 20 is arranged in heating blower 43, makes the softening forming of tetrafluoro plate 60 to provide heat,
Lifting device 44 is arranged on heating blower 43, and lifting device 44 is fixedly connected with heating tube 42, passes through 44 band of lifting device
Dynamic 42 oscilaltion of heating tube, come adjust heating fan housing 41 it is close, far from shaping dies, thus guarantee to tetrafluoro plate 60 sufficiently plus
Heat；The downward hot wind of heating device combines and can add with the downward negative pressure of the negative pressure device 30 that 20 lower end of shaping dies is arranged in
Fast tetrafluoro plate 60 is tightly attached to the rate of 20 inner wall of shaping dies, to accelerate the shaping rate of conical bottom.
Further, venthole is provided on the upper end side wall of shaping dies 20, venthole includes one group of bottom ventilation
The bottom centre of shaping dies 20 is arranged in hole 22 and four groups of side wall ventholes 23, one group of bottom air vent 22, and four groups of side walls are logical
Stomata 23 is separately positioned on the upper end of the side wall all around of shaping dies 20, and bottom air vent 22 and side wall venthole 23 are all
It is connected to the negative pressure device 30 of 20 bottom of shaping dies.
Further, negative pressure device 30 includes negative tube and vacuum pump 33, and vacuum pump 33 passes through negative tube and shaping dies
20 connections, negative tube includes main pipeline 31 and several side ducts 32, one end of main pipeline 31 and leading to for 20 bottom of shaping dies
Stomata connection, the other end of main pipeline 31 are connected to vacuum pump 33, one end of several side ducts 32 and 20 side wall of shaping dies
On venthole connection, and the other end is connected to main pipeline 31, to pass through negative tube and vacuum pump 33 to shape in shaping dies 20
Tetrafluoro plate 60 is formed to which the absorption of tetrafluoro plate 60 to be tightly attached on 20 inner wall of shaping dies at negative pressure.
Referring also to Fig. 1 to Fig. 3, further, the heating tube are divided into the first heating tube 421 and the second heating tube 422,
First heating tube 421 is arranged in the top of heating blower 43 and is connected to heating blower 43, one end of the second heating tube 422 and the
The other end of the connection of one heating tube 421, the second heating tube 422 is connected to heating fan housing 41, and the diameter of the first heating tube 421 is big
In the diameter of the second heating tube 422, by an end cap of the second heating tube 422 in the first heating tube 421, the first heating tube 421
Upper port to contract, and the second heating tube 422 is inserted in the end diameter of the first heating tube 421 and extends outwardly, to avoid
It is skidded off out of first heating tube 421 in second heating tube, 422 lifting process, the lifting device 44 includes including two hydraulic branch
Strut 441 and fixed ring 442, two hydraulic pressure support bars 441 are arranged on heating blower 43, and two hydraulic pressure support bars 441 are right
Claim the two sides that the first heating tube 421 is set, the clamping end of fixed ring 442 is fixed on the tube wall of the second heating tube 422, fixed ring
442 both ends are fixedly connected with two hydraulic pressure support bars 441 respectively, to drive the second heating by two hydraulic pressure support bars 441
422 oscilaltion of pipe, thus adjust heating fan housing 41 it is close, far from shaping dies 20, to guarantee sufficiently to heat tetrafluoro plate 60.
Further, the efficient tetrafluoro conical bottom integral forming device 10 further includes support device 50, support device 50
The bottom of shaping dies 20 is set, and support device 50 includes gusseted platform 51 and three support bases 52, three support bases
52 are separately positioned on 4 endpoint locations of gusseted platform 51, and shaping dies 20 is propped up and leaves ground, and by negative tube
Main pipeline 31 prop up and leave ground, to guarantee fluency that main pipeline 31 is ventilated.
The tetrafluoro plate 60 shaped when in use, is first laid in the upper end of shaping dies 20 by the present apparatus, is opened due to one
Beginning tetrafluoro plate is harder, and the negative pressure device below tetrafluoro plate is arranged in can not generate very big negative-pressure sucking to tetrafluoro plate, therefore
Two hydraulic pressure support bars on starting heating device will heat the upper end that tetrafluoro plate 60 is depressurized under fan housing 41, then open heating
Device heats tetrafluoro plate 60, and tetrafluoro plate 60 softens, while the negative pressure device 30 of 20 lower end of shaping dies is arranged in four
Fluorine plate 60 carries out negative-pressure ward, and after waiting tetrafluoro plate to soften, two hydraulic pressure support bars started on heating device will heat fan housing
41 rise the upper end for being down to tetrafluoro plate 60, continue to heat tetrafluoro plate 60, until forming tetrafluoro conical bottom.
Above disclosures are merely preferred embodiments of the utility model, the utility model cannot be limited with this certainly
Interest field, those skilled in the art can understand all or part of the processes for realizing the above embodiment, and according to this reality
The equivalent variations made by novel claim, still falls within the scope of the utility model.
Claims (5)
1. a kind of efficient tetrafluoro conical bottom integral forming device, it is characterised in that: including shaping dies, negative pressure device, heating dress
It sets, shaping dies is the cone fitted cover of upper end opening, and extends horizontally to one outward at the upper end opening of shaping dies
A annular horizontal edge, tetrafluoro plate is laid on shaping dies, and bottom and the forming of shaping dies is arranged in negative pressure device
Shaping dies is heated in mold connection, the top that shaping dies is arranged in heating device, and tetrafluoro plate tiles in forming
In the opening of shaping dies, heating device, which carries out heating to tetrafluoro plate, softens tetrafluoro plate, while negative pressure device is to softening
Tetrafluoro plate generates downward negative-pressure sucking, so that tetrafluoro plate be made to be tightly attached to shaping dies inner wall and be deformed, forms tetrafluoro cone
Shape bottom, heating device include heating fan housing, heating tube, lifting device and heating blower, and the heating fan housing and heating tube of taper connect
It is logical, and the top that shaping dies is arranged in fan housing large diameter end is heated, one end of the small-caliber end and heating tube that heat fan housing connects
Logical, the other end of heating tube is connected to heating blower, and the side of shaping dies is arranged in heating blower, makes tetrafluoro to provide heat
Plate, which softens, to be shaped, and lifting device is arranged on heating blower, and lifting device is fixedly connected with heating tube, passes through lifting device band
Dynamic heating tube oscilaltion, come adjust heating fan housing it is close, far from shaping dies, to guarantee sufficiently to heat tetrafluoro plate.
2. efficiently tetrafluoro conical bottom integral forming device as described in claim 1, it is characterised in that: in the upper end of shaping dies
Venthole is provided on side wall, venthole includes one group of bottom air vent and four groups of side wall ventholes, and one group of bottom air vent is set
The bottom centre in shaping dies is set, four groups of side wall ventholes are separately positioned on the upper end of the side wall all around of shaping dies,
And bottom air vent and side wall venthole are all connected to the negative pressure device of shaping dies bottom.
3. efficiently tetrafluoro conical bottom integral forming device as claimed in claim 2, it is characterised in that: negative pressure device includes negative pressure
Pipe and vacuum pump, vacuum pump are connected to by negative tube with shaping dies, and negative tube includes main pipeline and several side ducts, supervisor
The one end in road is connected to the venthole of shaping dies bottom, and the other end of main pipeline is connected to vacuum pump, several side ducts
One end is connected to the venthole on shaping dies side wall, and the other end is connected to main pipeline, to pass through negative tube and vacuum pump pair
Negative pressure is formed in shaping dies tetrafluoro plate is formed to which the absorption of tetrafluoro plate to be tightly attached on shaping dies inner wall.
4. efficiently tetrafluoro conical bottom integral forming device as claimed in claim 3, it is characterised in that: the heating tube is divided into the
One heating tube and the second heating tube, the first heating tube are arranged in the top of heating blower and are connected to heating blower, the second heating
One end of pipe is connected to the first heating tube, and the other end of the second heating tube is connected to heating fan housing, and the diameter of the first heating tube
Greater than the diameter of the second heating tube, by an end cap of the second heating tube in the first heating tube, the upper port of the first heating tube to
Contract, and the second heating tube is inserted in the end diameter of the first heating tube and extends outwardly, and goes up and down to avoid the second heating tube
It is skidded off out of first heating tube in journey, the lifting device includes two hydraulic pressure support bars and fixed ring, two hydraulic pressure support bars
It is arranged on heating blower, and two hydraulic pressure support bars are symmetricly set on the two sides of the first heating tube, the clamping end of fixed ring is solid
It is scheduled on the tube wall of the second heating tube, and the both ends of fixed ring are fixedly connected with two hydraulic pressure support bars respectively, to pass through two
Hydraulic pressure support bar drives the second heating tube oscilaltion, thus adjust heating fan housing it is close, far from shaping dies, to guarantee to four
Fluorine plate sufficiently heats.
5. efficiently tetrafluoro conical bottom integral forming device as claimed in claim 4, it is characterised in that: the efficient tetrafluoro taper
Bottom integral forming device further includes support device, and the bottom of shaping dies is arranged in support device, and support device includes triangle branch
Platform and three support bases are supportted, three support bases are separately positioned on 4 endpoint locations of gusseted platform, by shaping dies
It props up and leaves ground, and the main pipeline of negative tube is propped up and leaves ground, to guarantee the fluency of main pipeline ventilation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820621997.6U CN208215992U (en) | 2018-04-27 | 2018-04-27 | Efficient tetrafluoro conical bottom integral forming device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820621997.6U CN208215992U (en) | 2018-04-27 | 2018-04-27 | Efficient tetrafluoro conical bottom integral forming device |
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| Publication Number | Publication Date |
|---|---|
| CN208215992U true CN208215992U (en) | 2018-12-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820621997.6U Active CN208215992U (en) | 2018-04-27 | 2018-04-27 | Efficient tetrafluoro conical bottom integral forming device |
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| CN (1) | CN208215992U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108437415A (en) * | 2018-04-27 | 2018-08-24 | 宁夏金梯氟塑防腐设备有限公司 | Efficient tetrafluoro conical bottom integral forming method and its device |
| CN109624273A (en) * | 2018-12-29 | 2019-04-16 | 吴星奇 | A kind of linear three-dimensional mouldless shaping machine of double voltage type point and its forming box |
-
2018
- 2018-04-27 CN CN201820621997.6U patent/CN208215992U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108437415A (en) * | 2018-04-27 | 2018-08-24 | 宁夏金梯氟塑防腐设备有限公司 | Efficient tetrafluoro conical bottom integral forming method and its device |
| CN109624273A (en) * | 2018-12-29 | 2019-04-16 | 吴星奇 | A kind of linear three-dimensional mouldless shaping machine of double voltage type point and its forming box |
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