CN207467708U - A kind of control cable insulation protective layer feeding device - Google Patents
A kind of control cable insulation protective layer feeding device Download PDFInfo
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- CN207467708U CN207467708U CN201721606948.7U CN201721606948U CN207467708U CN 207467708 U CN207467708 U CN 207467708U CN 201721606948 U CN201721606948 U CN 201721606948U CN 207467708 U CN207467708 U CN 207467708U
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- insulation material
- protective layer
- transfer pot
- material transfer
- storage tank
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Abstract
The utility model is related to a kind of control cable insulation protective layer feeding devices, closed Insulation Material storage tank and the Insulation Material transfer pot that machine inlet front end connects successively are squeezed out including being set to cable insulation protective layer, transparent body sealing cover is provided at the top of Insulation Material transfer pot；Closed Insulation Material storage tank on the connecting line of Insulation Material transfer pot with being provided with level-one switching control pilot；Closed Insulation Material storage tank left-hand end sets inlet valve；Conveying hose is set between level-one switching control pilot and closed Insulation Material storage tank, and conveying hose front end is connected with rigid plug-in type charging suction nozzle.The utility model helps to ensure that the intrinsic purity of protective layer Insulation Material, maintain the continuous conveying of protective layer Insulation Material, avoid occurring fracture phenomenon in insulating protective layer expressing technique, improve insulating protective layer extrusion efficiency, ensure the insulating protective layer total quality obtained, improve the control cable integral strength of preparation.
Description
Technical field
The utility model is related to control technical field of cable production, more particularly to a kind of control cable insulation protective layer feed
Device.
Background technology
The main thoroughfare that convey as photosignal of control cable, information is controlled and automation industry develop have to
Close important role.It controls in cable production process, to reduce signal energy loss, improving safe class and controlling the whole of cable
Body intensity, it is generally the case that at least squeezed out 1 layer of insulating protective layer in inner wire lateral wall.The processing of insulating protective layer needs
It is continuous to squeeze out, to ensure the extrusion efficiency of insulating protective layer and total quality, based on above-mentioned requirements, need to ensure protective layer insulation
That expects is without interruption, cannot interrupt in entire Insulation Material transmission process, at the same time, as Special Products, be used to prepare
The protective layer Insulation Material of control cable insulation protective layer needs to ensure high purity, avoids not enough leading due to Insulation Material purity
The insulating protective layer integral strength of cause declines, and influences to control the service life of cable.
Based on above analysis, technological improvement is carried out to existing control cable insulation material conveying device, designs a kind of control electricity
Cable insulating protective layer feeding device ensures the intrinsic purity of protective layer Insulation Material, maintains the continuous conveying of protective layer Insulation Material, keeps away
Exempt from occur fracture phenomenon in insulating protective layer expressing technique, improve insulating protective layer extrusion efficiency, ensure the insulating protection obtained
Layer total quality improves the control cable integral strength of preparation.
Utility model content
The purpose of this utility model is to carry out technological improvement, design one for existing control cable insulation material conveying device
Kind control cable insulation protective layer feeding device ensures the intrinsic purity of Insulation Material, maintains the continuous conveying of Insulation Material, avoids absolutely
Occur fracture phenomenon in edge protective layer expressing technique, improve insulating protective layer extrusion efficiency, ensure that the insulating protective layer obtained is whole
Weight improves the control cable integral strength of preparation.
The utility model is achieved through the following technical solutions：
A kind of control cable insulation protective layer feeding device, which is characterized in that structure includes being set to cable insulation protection
Layer extruder（100）The closed Insulation Material storage tank that feed inlet front end connects successively（1）And Insulation Material transfer pot（2）, insulation
Expect transfer pot（2）Top is provided with transparent body sealing cover（21）, transparent body sealing cover（21）It is assemblied in Insulation Material transfer pot（2）Top
Portion and Insulation Material transfer pot（2）Form sealing structure；
The closed Insulation Material storage tank（1）With Insulation Material transfer pot（2）Connecting line on be provided with level-one switch
Control valve（1001）；
The closed Insulation Material storage tank（1）Left-hand end sets inlet valve（11）；
The level-one switching control pilot（1001）With closed Insulation Material storage tank（1）Between set conveying hose, conveying
Hose front end is connected with rigid plug-in type charging suction nozzle（12）；
The Insulation Material transfer pot（2）Top is equipped with and Insulation Material transfer pot（2）The vacuum pumping pump of inside connection（3）,
Vacuum pumping pump（3）Output terminal assembles bendable exhaust pipe（31）, bendable exhaust pipe（31）Exhaust mouth down setting；
The Insulation Material transfer pot（2）With cable insulation protective layer extruder（100）Between connecting line on be provided with
Secondary switch control valve（2001）；
The Insulation Material transfer pot（2）It is internally provided with vertical stirring shaft（101）, vertical stirring shaft（101）, bottom
It is equipped with cylindricality stirring ring（102）, transparent body sealing cover（21）Top is provided with to drive vertical stirring shaft（101）Rotation
Driving motor（103）；
The Insulation Material transfer pot（2）Bottom is located at cylindricality stirring ring（102）The position in outside is provided with ceramic distributing ball
（104）, ceramic distributing ball（104）In Insulation Material transfer pot（2）Ring is stirred with cylindricality in bottom（102）Rotation and roll；
The closed Insulation Material storage tank（1）Pass through horizontal stop collar（5）With vibrating motor（6）Connection, horizontal limiting
Set（5）With vibrating motor（6）Pass through flanged joint, vibrating motor（6）It is assemblied in positioning pedestal（7）On.
Further, the Insulation Material transfer pot（2）Top be additionally provided with for Insulation Material transfer pot（2）The high pressure of connection
Air pump（4）, high-pressure pump（4）Inlet port be provided with bendable intake elbow（41）, bendable intake elbow（41）Into
Gas port end is provided with level-one gas filtration column（42）.
Further, the level-one gas filtration column（42）Inlet port be equipped with secondary gas Filter column（43）.
The utility model provides a kind of control cable insulation protective layer feeding device, compared with prior art, beneficial to effect
Fruit is：
1st, the control cable insulation protective layer feeding device of the utility model design, Insulation Material transfer pot（2）Top is set
There is transparent body sealing cover（21）, transparent body sealing cover（21）It is assemblied in Insulation Material transfer pot（2）Top and Insulation Material transfer pot（2）
Form sealing structure；Insulation Material transfer pot（2）It is internally provided with vertical stirring shaft（101）, vertical stirring shaft（101）, bottom
Portion is equipped with cylindricality stirring ring（102）, transparent body sealing cover（21）Top is provided with to drive vertical stirring shaft（101）Turn
Dynamic driving motor（103）；Insulation Material transfer pot（2）Bottom is located at cylindricality stirring ring（102）The position in outside is provided with ceramics
Cloth pellet（104）, ceramic distributing ball（104）In Insulation Material transfer pot（2）Ring is stirred with cylindricality in bottom（102）Rotation and roll
It is dynamic；Above-mentioned design by the way that sealing cover is set as hyalosome structure, is convenient in Insulation Material transmission process to Insulation Material transfer pot
（2）Internal Insulation Material surplus is observed in real time, is replenished in time, and is avoided the occurrence of and is lacked material phenomenon, at the same time, by vertically stirring
Mix shaft（101）, cylindricality stirring ring（102）And driving motor（103）Cooperation facilitate ensuring that Insulation Material transfer pot（2）Internal
Insulation Material is in lasting dispersity, avoids occurring to lump and the phenomenon that gets stuck occur, maintains the continuous conveying of Insulation Material, avoid
Occur fracture phenomenon in insulating protective layer expressing technique, improve insulating protective layer extrusion efficiency；Ring is being stirred using cylindricality（102）
To Insulation Material transfer pot（2）When internal protective layer Insulation Material is stirred dispersion, by the ceramic distributing ball for increasing auxiliary
（104）, stirring range is expanded, greatly improves Insulation Material transfer pot（2）The dispersion degree of inner barrier layer Insulation Material.
2nd, the control cable insulation protective layer feeding device of the utility model design, agent structure are exhausted including being set to cable
Edge protective layer extruder（100）The closed Insulation Material storage tank that feed inlet front end connects successively（1）And Insulation Material transfer pot
（2）, Insulation Material transfer pot（2）Top is provided with transparent body sealing cover（21）, transparent body sealing cover（21）It is defeated to be assemblied in Insulation Material
Tank sending（2）Top and Insulation Material transfer pot（2）Form sealing structure；Closed Insulation Material storage tank（1）With Insulation Material transfer pot
（2）Connecting line on be provided with level-one switching control pilot（1001）；Insulation Material transfer pot（2）Top is equipped with defeated with Insulation Material
Tank sending（2）The vacuum pumping pump of inside connection（3）；Insulation Material transfer pot（2）With cable insulation protective layer extruder（100）Between
Secondary switch control valve is provided on connecting line（2001）；Above-mentioned design, when Insulation Material transfer pot（2）Inside occurs lacking material shape
During state, as long as by level-one switching control pilot（1001）With secondary switch control valve（2001）It closes, is then turned on vacuum pumping pump（3）
To Insulation Material transfer pot（2）It is vacuumized, in Insulation Material transfer pot（2）Inside forms negative pressure, is then turned on level-one switch control
Valve processed（1001）, closed Insulation Material storage tank（1）The Insulation Material of internal reservoir can then be directly entered Insulation Material transfer pot（2）,
After the completion of conveying, level-one switching control pilot is closed（1001）, open secondary switch control valve（2001）, Insulation Material transfer pot（2）
Internal Insulation Material then can smoothly enter cable insulation protective layer extruder（100）, insulating protective layer extrusion is carried out, in use
When the mode of stating carries out Insulation Material conveying, the transfer pipeline of entire Insulation Material is in opposing seal state, effectively prevents traditional
Open conveying is polluted caused by Insulation Material, avoids influence of the Insulation Material purity not enough to the insulating protective layer intensity of processing.
3rd, the control cable insulation protective layer feeding device of the utility model design, vacuum pumping pump（3）Output terminal assembling folding
Curved formula exhaust pipe（31）, bendable exhaust pipe（31）Exhaust mouth down setting；Above-mentioned design can effectively avoid the powder in air
Dirt particle is affected by gravity via bendable exhaust pipe（31）Into vacuum pumping pump（3）, cause vacuum pumping pump（3）Failure influences
The normal conveying of Insulation Material.
4th, the control cable insulation protective layer feeding device of the utility model design, Insulation Material transfer pot（2）Top is also set
Be equipped with for Insulation Material transfer pot（2）The high-pressure pump of connection（4）, high-pressure pump（4）Inlet port be provided with bendable
Intake elbow（41）；Above-mentioned design, passes through high-pressure pump（4）To Insulation Material transfer pot（2）High pressure gas is inputted, it is defeated in Insulation Material
Tank sending（2）Inside forms high pressure, and the shock wave formed using high pressure gas is convenient for Insulation Material via Insulation Material transfer pot（2）It is smooth
Ground enters cable insulation protective layer extruder（100）, complete insulating protective layer and squeeze out operation.
5th, the control cable insulation protective layer feeding device of the utility model design, Insulation Material transfer pot（2）Top is also set
Be equipped with for Insulation Material transfer pot（2）The high-pressure pump of connection（4）, high-pressure pump（4）Inlet port be provided with bendable
Intake elbow（41）, bendable intake elbow（41）Inlet port be provided with level-one gas filtration column（42）；Level-one gas mistake
Filter column（42）Inlet port be equipped with secondary gas Filter column（43）；Above-mentioned design, the external source that can effectively avoid in air are dirty
Object is contaminated via high-pressure pump（4）Into Insulation Material transfer pot（2）Insulation Material is polluted, influences Insulation Material purity, further
Influence the insulating protective layer total quality obtained.
6th, the control cable insulation protective layer feeding device of the utility model design, level-one switching control pilot（1001）With it is close
Enclosed Insulation Material storage tank（1）Between conveying hose is set, conveying hose front end is connected with rigid plug-in type charging suction nozzle（12）；
Above-mentioned design, in Insulation Material transfer process, even if closed Insulation Material storage tank（1）When internal Insulation Material surplus is seldom,
Suction nozzle is fed by moving down rigid plug-in type（12）, can also realize the thorough transfer of Insulation Material, improve Insulation Material transfer effect
Rate.
7th, the control cable insulation protective layer feeding device of the utility model design, closed Insulation Material storage tank（1）It is logical
Cross horizontal stop collar（5）With vibrating motor（6）Connection, horizontal stop collar（5）With vibrating motor（6）Pass through flanged joint, vibration
Motor（6）It is assemblied in positioning pedestal（7）On；Above-mentioned design can avoid protective layer Insulation Material in closed Insulation Material storage tank（1）
Madial wall adheres to, and protective layer Insulation Material is made to be in closed Insulation Material storage tank always（1）Bottom avoids protective layer Insulation Material from existing
Via closed Insulation Material storage tank（1）To Insulation Material transfer pot（2）During transfer, there is disruption, ensure Insulation Material conveying
Continuity.
Description of the drawings
Fig. 1 is the structure diagram that the utility model controls cable insulation protective layer feeding device.
Specific embodiment
The utility model is described further refering to attached drawing 1.
The utility model is related to a kind of control cable insulation protective layer feeding devices, which is characterized in that structure includes setting
In cable insulation protective layer extruder（100）The closed Insulation Material storage tank that feed inlet front end connects successively（1）And Insulation Material
Transfer pot（2）, Insulation Material transfer pot（2）Top is provided with transparent body sealing cover（21）, transparent body sealing cover（21）It is assemblied in absolutely
Edge material transfer pot（2）Top and Insulation Material transfer pot（2）Form sealing structure；
The closed Insulation Material storage tank（1）With Insulation Material transfer pot（2）Connecting line on be provided with level-one switch
Control valve（1001）；
The closed Insulation Material storage tank（1）Left-hand end sets inlet valve（11）；
The level-one switching control pilot（1001）With closed Insulation Material storage tank（1）Between set conveying hose, conveying
Hose front end is connected with rigid plug-in type charging suction nozzle（12）；
The Insulation Material transfer pot（2）Top is equipped with and Insulation Material transfer pot（2）The vacuum pumping pump of inside connection（3）,
Vacuum pumping pump（3）Output terminal assembles bendable exhaust pipe（31）, bendable exhaust pipe（31）Exhaust mouth down setting；
The Insulation Material transfer pot（2）With cable insulation protective layer extruder（100）Between connecting line on be provided with
Secondary switch control valve（2001）；
The Insulation Material transfer pot（2）It is internally provided with vertical stirring shaft（101）, vertical stirring shaft（101）, bottom
It is equipped with cylindricality stirring ring（102）, transparent body sealing cover（21）Top is provided with to drive vertical stirring shaft（101）Rotation
Driving motor（103）；
The Insulation Material transfer pot（2）Bottom is located at cylindricality stirring ring（102）The position in outside is provided with ceramic distributing ball
（104）, ceramic distributing ball（104）In Insulation Material transfer pot（2）Ring is stirred with cylindricality in bottom（102）Rotation and roll；
The closed Insulation Material storage tank（1）Pass through horizontal stop collar（5）With vibrating motor（6）Connection, horizontal limiting
Set（5）With vibrating motor（6）Pass through flanged joint, vibrating motor（6）It is assemblied in positioning pedestal（7）On.
As an improvement, the Insulation Material transfer pot（2）Top be additionally provided with for Insulation Material transfer pot（2）The height of connection
Compression pump（4）, high-pressure pump（4）Inlet port be provided with bendable intake elbow（41）, bendable intake elbow（41）'s
Inlet port is provided with level-one gas filtration column（42）.
As an improvement, the level-one gas filtration column（42）Inlet port be equipped with secondary gas Filter column（43）.
Compared with prior art, the control cable insulation protective layer feeding device of the utility model design, Insulation Material conveying
Tank（2）Top is provided with transparent body sealing cover（21）, transparent body sealing cover（21）It is assemblied in Insulation Material transfer pot（2）Top with absolutely
Edge material transfer pot（2）Form sealing structure；Insulation Material transfer pot（2）It is internally provided with vertical stirring shaft（101）, it is vertical to stir
Shaft（101）, bottom is equipped with cylindricality stirring ring（102）, transparent body sealing cover（21）Top is provided with vertically to be stirred for driving
Mix shaft（101）The driving motor of rotation（103）；Insulation Material transfer pot（2）Bottom is located at cylindricality stirring ring（102）The position in outside
It installs and is equipped with ceramic distributing ball（104）, ceramic distributing ball（104）In Insulation Material transfer pot（2）Ring is stirred with cylindricality in bottom
（102）Rotation and roll；Above-mentioned design, by the way that sealing cover is set as hyalosome structure, in Insulation Material transmission process just
In to Insulation Material transfer pot（2）Internal Insulation Material surplus is observed in real time, is replenished in time, and is avoided the occurrence of and is lacked material phenomenon, with
This passes through vertical stirring shaft simultaneously（101）, cylindricality stirring ring（102）And driving motor（103）Cooperation facilitate ensuring that insulation
Expect transfer pot（2）Internal Insulation Material is in lasting dispersity, avoids occurring to lump and the phenomenon that gets stuck occur, maintains insulation
The continuous conveying of material avoids occurring fracture phenomenon in insulating protective layer expressing technique, improves insulating protective layer extrusion efficiency；In profit
Ring is stirred with cylindricality（102）To Insulation Material transfer pot（2）It is auxiliary by increasing when internal protective layer Insulation Material is stirred dispersion
The ceramic distributing ball helped（104）, stirring range is expanded, greatly improves Insulation Material transfer pot（2）Inner barrier layer Insulation Material
Dispersion degree.
The control cable insulation protective layer feeding device of the utility model design, agent structure include being set to cable insulation
Protective layer extruder（100）The closed Insulation Material storage tank that feed inlet front end connects successively（1）And Insulation Material transfer pot（2）,
Insulation Material transfer pot（2）Top is provided with transparent body sealing cover（21）, transparent body sealing cover（21）It is assemblied in Insulation Material transfer pot
（2）Top and Insulation Material transfer pot（2）Form sealing structure；Closed Insulation Material storage tank（1）With Insulation Material transfer pot（2）'s
Level-one switching control pilot is provided on connecting line（1001）；Insulation Material transfer pot（2）Top is equipped with and Insulation Material transfer pot
（2）The vacuum pumping pump of inside connection（3）；Insulation Material transfer pot（2）With cable insulation protective layer extruder（100）Between connection
Secondary switch control valve is provided on pipeline（2001）；Above-mentioned design, when Insulation Material transfer pot（2）Inside occurs lacking material state
When, as long as by level-one switching control pilot（1001）With secondary switch control valve（2001）It closes, is then turned on vacuum pumping pump（3）It is right
Insulation Material transfer pot（2）It is vacuumized, in Insulation Material transfer pot（2）Inside forms negative pressure, is then turned on level-one switch control
Valve（1001）, closed Insulation Material storage tank（1）The Insulation Material of internal reservoir can then be directly entered Insulation Material transfer pot（2）, it is defeated
After the completion of material, level-one switching control pilot is closed（1001）, open secondary switch control valve（2001）, Insulation Material transfer pot（2）It is interior
The Insulation Material in portion then can smoothly enter cable insulation protective layer extruder（100）, insulating protective layer extrusion is carried out, use is above-mentioned
When mode carries out Insulation Material conveying, the transfer pipeline of entire Insulation Material is in opposing seal state, effectively prevents traditional open
It puts formula conveying to pollute caused by Insulation Material, avoids influence of the Insulation Material purity not enough to the insulating protective layer intensity of processing.
The control cable insulation protective layer feeding device of the utility model design, vacuum pumping pump（3）Output terminal assembles bending
Formula exhaust pipe（31）, bendable exhaust pipe（31）Exhaust mouth down setting；Above-mentioned design can effectively avoid the dust in air
Particle is affected by gravity via bendable exhaust pipe（31）Into vacuum pumping pump（3）, cause vacuum pumping pump（3）Failure influences absolutely
The normal conveying of edge material.
The control cable insulation protective layer feeding device of the utility model design, Insulation Material transfer pot（2）Top is also set up
It is useful for and Insulation Material transfer pot（2）The high-pressure pump of connection（4）, high-pressure pump（4）Inlet port be provided with bendable into
Gas bend pipe（41）；Above-mentioned design, passes through high-pressure pump（4）To Insulation Material transfer pot（2）High pressure gas is inputted, is conveyed in Insulation Material
Tank（2）Inside forms high pressure, and the shock wave formed using high pressure gas is convenient for Insulation Material via Insulation Material transfer pot（2）Swimmingly
Into cable insulation protective layer extruder（100）, complete insulating protective layer and squeeze out operation.
The control cable insulation protective layer feeding device of the utility model design, Insulation Material transfer pot（2）Top is also set up
It is useful for and Insulation Material transfer pot（2）The high-pressure pump of connection（4）, high-pressure pump（4）Inlet port be provided with bendable into
Gas bend pipe（41）, bendable intake elbow（41）Inlet port be provided with level-one gas filtration column（42）；Level-one gas filtration
Column（42）Inlet port be equipped with secondary gas Filter column（43）；Above-mentioned design can effectively avoid the external source pollution in air
Object is via high-pressure pump（4）Into Insulation Material transfer pot（2）Insulation Material is polluted, influences Insulation Material purity, further shadow
Ring the insulating protective layer total quality obtained.
The control cable insulation protective layer feeding device of the utility model design, level-one switching control pilot（1001）With it is closed
Formula Insulation Material storage tank（1）Between conveying hose is set, conveying hose front end is connected with rigid plug-in type charging suction nozzle（12）；On
Design is stated, in Insulation Material transfer process, even if closed Insulation Material storage tank（1）When internal Insulation Material surplus is seldom, lead to
It crosses and moves down rigid plug-in type charging suction nozzle（12）, can also realize the thorough transfer of Insulation Material, improve Insulation Material transfer efficiency.
The control cable insulation protective layer feeding device of the utility model design, closed Insulation Material storage tank（1）Pass through
Horizontal stop collar（5）With vibrating motor（6）Connection, horizontal stop collar（5）With vibrating motor（6）Pass through flanged joint, vibration electricity
Machine（6）It is assemblied in positioning pedestal（7）On；Above-mentioned design can avoid protective layer Insulation Material in closed Insulation Material storage tank（1）It is interior
Side wall adheres to, and protective layer Insulation Material is made to be in closed Insulation Material storage tank always（1）Bottom avoids protective layer Insulation Material from passing through
By closed Insulation Material storage tank（1）To Insulation Material transfer pot（2）During transfer, there is disruption, ensure Insulation Material conveying
Continuity.
When the utility model is used, first in closed Insulation Material storage tank（1）It is exhausted that inside adds in the high-purity purchased
Edge material, when Insulation Material transfer pot（2）When inside occurs lacking material state, as long as by level-one switching control pilot（1001）With secondary switch
Control valve（2001）It closes, is then turned on vacuum pumping pump（3）To Insulation Material transfer pot（2）It is vacuumized, is conveyed in Insulation Material
Tank（2）Inside forms negative pressure, is then turned on level-one switching control pilot（1001）, closed Insulation Material storage tank（1）Internal reservoir
Insulation Material can then be directly entered Insulation Material transfer pot（2）, after the completion of conveying, close level-one switching control pilot（1001）, open
Secondary switch control valve（2001）, Insulation Material transfer pot（2）Internal Insulation Material then can smoothly enter cable insulation protective layer
Extruder（100）, insulating protective layer extrusion is carried out, in Insulation Material transmission process, passes through high-pressure pump（4）It is conveyed to Insulation Material
Tank（2）High pressure gas is inputted, in Insulation Material transfer pot（2）Inside forms high pressure, and the shock wave formed using high pressure gas is convenient for
Insulation Material is via Insulation Material transfer pot（2）Swimmingly enter cable insulation protective layer extruder（100）, complete insulating protective layer and squeeze
Go out operation；The vibrating motor of design can avoid protective layer Insulation Material in closed Insulation Material storage tank（1）Madial wall adheres to, and makes to prevent
Insulating sheath material is in closed Insulation Material storage tank always（1）Bottom avoids protective layer Insulation Material via closed insulation
Expect storage tank（1）To Insulation Material transfer pot（2）During transfer, there is disruption, ensure the continuity of Insulation Material conveying；It is insulating
Expect in transfer process, by feeding suction nozzle in conveying hose Front-end Design rigidity plug-in type（12）Even if closed Insulation Material storage
Batch can（1）When internal Insulation Material surplus is seldom, suction nozzle is fed by moving down rigid plug-in type（12）, can also realize Insulation Material
Thorough transfer, improve Insulation Material transfer efficiency.
As described above, you can the utility model is applied.
The preferable specific embodiment of the above, only the utility model, but the scope of protection of the utility model is not
This is confined to, in the technical scope that any one skilled in the art discloses in the utility model, according to this practicality
Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model
Within enclosing.
Claims (3)
1. a kind of control cable insulation protective layer feeding device, which is characterized in that structure includes being set to cable insulation protective layer
Extruder（100）The closed Insulation Material storage tank that feed inlet front end connects successively（1）And Insulation Material transfer pot（2）, Insulation Material
Transfer pot（2）Top is provided with transparent body sealing cover（21）, transparent body sealing cover（21）It is assemblied in Insulation Material transfer pot（2）Top
With Insulation Material transfer pot（2）Form sealing structure；
The closed Insulation Material storage tank（1）With Insulation Material transfer pot（2）Connecting line on be provided with level-one switch control
Valve（1001）；
The closed Insulation Material storage tank（1）Left-hand end sets inlet valve（11）；
The level-one switching control pilot（1001）With closed Insulation Material storage tank（1）Between set conveying hose, conveying hose
Front end is connected with rigid plug-in type charging suction nozzle（12）；
The Insulation Material transfer pot（2）Top is equipped with and Insulation Material transfer pot（2）The vacuum pumping pump of inside connection（3）, take out true
Sky pump（3）Output terminal assembles bendable exhaust pipe（31）, bendable exhaust pipe（31）Exhaust mouth down setting；
The Insulation Material transfer pot（2）With cable insulation protective layer extruder（100）Between connecting line on be provided with two level
Switching control pilot（2001）；
The Insulation Material transfer pot（2）It is internally provided with vertical stirring shaft（101）, vertical stirring shaft（101）, bottom assembling
There is cylindricality to stir ring（102）, transparent body sealing cover（21）Top is provided with to drive vertical stirring shaft（101）The drive of rotation
Dynamic motor（103）；
The Insulation Material transfer pot（2）Bottom is located at cylindricality stirring ring（102）The position in outside is provided with ceramic distributing ball
（104）, ceramic distributing ball（104）In Insulation Material transfer pot（2）Ring is stirred with cylindricality in bottom（102）Rotation and roll；
The closed Insulation Material storage tank（1）Pass through horizontal stop collar（5）With vibrating motor（6）Connection, horizontal stop collar（5）
With vibrating motor（6）Pass through flanged joint, vibrating motor（6）It is assemblied in positioning pedestal（7）On.
2. according to control cable insulation protective layer feeding device described in claim 1, which is characterized in that the Insulation Material transfer pot
（2）Top be additionally provided with for Insulation Material transfer pot（2）The high-pressure pump of connection（4）, high-pressure pump（4）Inlet port set
It is equipped with bendable intake elbow（41）, bendable intake elbow（41）Inlet port be provided with level-one gas filtration column（42）.
3. control cable insulation protective layer feeding device according to claim 2, which is characterized in that the level-one gas mistake
Filter column（42）Inlet port be equipped with secondary gas Filter column（43）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721606948.7U CN207467708U (en) | 2017-11-27 | 2017-11-27 | A kind of control cable insulation protective layer feeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721606948.7U CN207467708U (en) | 2017-11-27 | 2017-11-27 | A kind of control cable insulation protective layer feeding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207467708U true CN207467708U (en) | 2018-06-08 |
Family
ID=62258667
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721606948.7U Expired - Fee Related CN207467708U (en) | 2017-11-27 | 2017-11-27 | A kind of control cable insulation protective layer feeding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207467708U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114883052A (en) * | 2022-06-08 | 2022-08-09 | 宝新高分子科技(广州)有限公司 | Improve mobile self-crosslinking insulated cable processing equipment of raw materials |
-
2017
- 2017-11-27 CN CN201721606948.7U patent/CN207467708U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114883052A (en) * | 2022-06-08 | 2022-08-09 | 宝新高分子科技(广州)有限公司 | Improve mobile self-crosslinking insulated cable processing equipment of raw materials |
| CN114883052B (en) * | 2022-06-08 | 2022-12-27 | 宝新高分子科技(广州)有限公司 | Improve mobile self-crosslinking insulated cable processing equipment of raw materials |
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