CN206432083U - One kind is used to draw energy-conserving and environment-protective cable conductor single line mould - Google Patents
One kind is used to draw energy-conserving and environment-protective cable conductor single line mould Download PDFInfo
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- CN206432083U CN206432083U CN201720094182.2U CN201720094182U CN206432083U CN 206432083 U CN206432083 U CN 206432083U CN 201720094182 U CN201720094182 U CN 201720094182U CN 206432083 U CN206432083 U CN 206432083U
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Abstract
The utility model is related to a kind of for drawing energy-conserving and environment-protective cable conductor single line mould, including positioning seat, forming cavity, sizing area, inert gas gas bomb, directive wheel, traction wheel and drive mechanism, forming cavity is arranged on positioning seat by lift drive mechanism, forming cavity is confined space cavity body structure, cable-through hole is set on its front end face and rear end face, directive wheel and traction wheel are symmetrically distributed on the outside of forming cavity front end face and rear end face with forming cavity center line, orthopedic roller and orthopedic piece are respectively positioned in forming cavity, orthopedic roller includes roll stand, pressure roller and rolling drive mechanism, orthopedic piece includes locating rack, bearing substrate, rectify die cavity and refrigerating plant.This new one side changes cable conductor by circular cross-section structure single line process to odd-shaped cross section structure single line process, make stranded good cable conductor structural compact, surface is smooth, twisted wire gap is minimum, cable core conductor processing and forming efficiency and formed precision can effectively be improved, the material usage of the later process such as insulation, wrapped, filling, armouring and sheath is saved, protective capacities of the cable core conductor in processing and forming on the other hand can be effectively improved.
Description
Technical field
The utility model is related to a kind of cable process equipment, is exactly that one kind is used to draw energy-conserving and environment-protective cable conductor
Single line mould.
Background technology
The conductor of current cable is on the premise of every electric conductivity is met, it is desirable to minimum external diameter and minimum it is stranded between
Gap, and then the material usage of the processes such as insulation, filling, twining package tape, shielding, sheath is saved, energy-conservation purpose is reached, but due to current
The core material that often uses of cable conductor be cylindrical structural, therefore cylindrical structural cable conductor stranded
Afterwards, often the contact surface of adjacent core is relatively small, but gap is relatively large, thus can not meet reduction cable production cost and
The purpose of electric energy loss is run, for this problem, the current main practice is to cable core by using specific mould
Conductor carries out shaping processing first, is needed according to the cable conductor structural after stranded by the cable conductor core processing of cylindrical structure
For the cable core of the special cross-section structure such as T-shape, stranded operation is then carried out again, and is directed to this needs, currently
The cable core machining and shaping equipment of specialty is there is no, mainly cylindrical cable is led by force by the mould for possessing given shape
Body core carries out shaping processing operation, therefore, on the one hand cause it is current when carrying out the processing operation of cable conductor core, it is necessary to compared with
Big drive force cable conductor core operation, causes operation energy consumption big, and mould and cable conductor core abrasion two are big, and easily
Cause to exist inside cable conductor core that stress is several and the defect such as slight crack, it is in addition, also easy due to lacking necessary protection
Cable core is caused to occur oxidation reaction with air after generation high temperature in shaping processing, so as to cause cable conductor core to corrode
Phenomenon is serious, therefore for this present situation, in the urgent need to developing a kind of novel cable conductor thread core shaping mould, to meet reality
The need for work.
The content of the invention
In view of the shortcomings of the prior art, the utility model provides a kind of for drawing energy-conserving and environment-protective cable conductor list
Line mould, the new composition is simple in construction, easy to use, on the one hand changes cable conductor by circular cross-section structure single line process
To odd-shaped cross section structure single line process, make that stranded good cable conductor structural is compact, surface is smooth, and twisted wire gap is minimum, can have
The raising cable core conductor processing and forming efficiency and formed precision of effect, are saved after insulation, wrapped, filling, armouring and sheath etc.
The material usage of procedure, on the other hand can effectively improve protective capacities of the cable core conductor in processing and forming, it is to avoid electricity
When cable core conductor is because of processing and forming operation temperature it is too high and with air occur oxidation reaction phenomenon, so as to reach raising cable
The purpose of core conductor processing and forming quality.
To achieve these goals, the utility model is to realize by the following technical solutions：
One kind is used to draw energy-conserving and environment-protective cable conductor single line mould, including positioning seat, forming cavity, orthopedic roller, orthopedic piece,
Inert gas gas bomb, directive wheel, traction wheel and drive mechanism, forming cavity at least one, and installed by lift drive mechanism
On positioning seat, and the distribution parallel with positioning seat upper surface of shaping cavity axis, forming cavity is confined space cavity body structure, its front end
Cable-through hole, directive wheel and homogeneous of traction wheel are set on face and rear end face, and forming cavity front end is symmetrically distributed in forming cavity center line
On the outside of face and rear end face, and it is distributed in cable-through hole in same rectilinear direction, directive wheel and traction wheel pass through connecting rod and forming cavity
It is hinged, orthopedic roller and orthopedic piece are respectively positioned in forming cavity, and are coaxially distributed with cable-through hole, orthopedic roller at least two and with orthopedic roller
Center line is symmetrically distributed in orthopedic piece of two ends, and orthopedic roller includes roll stand, pressure roller and rolling drive mechanism, pressure roller totally two, and with mistake
String holes axisymmetrical is distributed in roll stand, and pressure roller is slidably connected by sliding block with roll stand, and rolling drive mechanism is arranged on roll stand
On, and be connected with each other with the sliding block of pressure roller, orthopedic piece includes locating rack, bearing substrate, rectifys die cavity and refrigerating plant, bearing substrate
It is connected by being embedded in locating rack, and by locating rack with shaping inner cavity surface, locating rack is frame structure, another on its outer surface
If radiating fin plate, strong die cavity is embedded in bearing substrate, and is coaxially distributed with bearing substrate, rectifys mold cavity surface coating diamond and apply
Layer, and including warming-up section, guide section, profiled section and sizing area, warming-up section, guide section, profiled section and sizing area are along carrying base
Body axis direction is sequentially distributed, and wherein warming-up section is located at forming cavity front end face position, and sizing area is located at forming cavity rear end face position
Place is put, 1.5-5 times of a diameter of guide section minimum diameter of warming-up section, length is the 1/5 of bearing substrate significant degree, guide section
Front end is connected with warming-up section, and end is connected with profiled section, and guide section axial cross section is isosceles body structure, and its point diameter is with rising
Temperature section is identical, 1-1.5 times of a diameter of profiled section diameter in rear end, and it is the 1/5 of bearing substrate significant degree to be oriented to segment length, into
Type section and sizing area diameter are identical, and wherein shaping segment lenght is the 2/5 of bearing substrate significant degree, refrigerating plant at least two,
It is distributed on around bearing substrate axis in the corresponding bearing substrate in sizing area, inert gas gas bomb and drive mechanism are installed in
On positioning seat, wherein inert gas gas bomb is interconnected by airway tube and forming cavity, drive mechanism by transmission mechanism with
Traction wheel is connected with each other.
Further, connected between described connecting rod end and forming cavity by identical tension drive mechanism.
Further, mutually it is slidably connected by slide rail between described sliding block and roll stand.
Further, described refrigerating plant is connected by heat exchanger plates with radiating fin plate.
Further, described airway tube is connected by air nozzle with forming cavity, and described air nozzle several and edge
The distribution of forming cavity axis direction uniform, shaping cavity axis and air nozzle axis vertical distribution.
Further, uniform some gas ports on described bearing substrate, described gas port is around bearing substrate axis
Uniform and forming cavity is connected with each other.
Further, described lift drive mechanism and rolling drive mechanism are hydraulic cylinder, pneumatic cylinder, leading screw and straight-line electric
Any one in machine.
Further, the horizontal end face of described forming cavity is " T " font, " Z " font, " work " font, circle and polygon
Any one in structure.
Further, described orthopedic roller, orthopedic piece be slidably connected by slide rail and forming cavity.
This new composition is simple in construction, easy to use, on the one hand changes cable conductor and is twisted by circular cross-section structure single line
Odd-shaped cross section structure single line process is made, makes that stranded good cable conductor structural is compact, surface is smooth, and twisted wire gap is minimum, can
It is effective to improve cable core conductor processing and forming efficiency and formed precision, save insulation, wrapped, filling, armouring and sheath etc.
The material usage of later process, on the other hand can effectively improve protective capacities of the cable core conductor in processing and forming, it is to avoid
When cable core conductor is because of processing and forming operation temperature it is too high and with air occur oxidation reaction phenomenon, so as to reach raising cable
The purpose of cable core conductor processing and forming quality.
Brief description of the drawings
Describe the utility model in detail with reference to the accompanying drawings and detailed description；
Fig. 1 is this new structure schematic diagram.
Embodiment
To be easy to understand technological means, creation characteristic, reached purpose and effect of the utility model realization, below
With reference to embodiment, the utility model is expanded on further.
One kind as described in Figure 1 is used to draw energy-conserving and environment-protective cable conductor single line mould, including positioning seat 1, forming cavity 2,
Orthopedic roller 3, orthopedic piece 4, inert gas gas bomb 5, directive wheel 6, traction wheel 7 and drive mechanism 8, forming cavity 2 at least one, and
It is arranged on by lift drive mechanism 9 on positioning seat 1, and the distribution parallel with the upper surface of positioning seat 1 of the axis of forming cavity 2, forming cavity 2
For confined space cavity body structure, set cable-through hole 10, directive wheel 6 and homogeneous of traction wheel 7 on its front end face and rear end face, and with into
The center line of die cavity 2 is symmetrically distributed on the outside of the front end face of forming cavity 2 and rear end face, and is distributed in same rectilinear direction with cable-through hole 10
On, directive wheel 6 and traction wheel 7 are hinged by connecting rod 11 with forming cavity 2, and orthopedic roller 3 and orthopedic piece 4 are respectively positioned in forming cavity 2, and
Orthopedic piece of 4 two ends, orthopedic roller are symmetrically distributed in the coaxial distribution of cable-through hole 10, orthopedic roller 3 at least two and with the orthopedic center line of roller 3
3 include roll stand 31, pressure roller 32 and rolling drive mechanism 33, pressure roller 32 totally two, and are distributed in roller with the axisymmetrical of cable-through hole 10
In frame 31, and pressure roller logical 32 is crossed sliding blocks 34 and is slidably connected with roll stand 31, rolling drive mechanism 33 in roll stand 31, and with pressure
The sliding block 34 of roller 32 is connected with each other, and orthopedic piece 4 includes locating rack 41, bearing substrate 42, rectifys die cavity and refrigerating plant 43, carries base
Body 42 is connected by being embedded in locating rack 41, and by locating rack 41 with shaping inner cavity surface, and locating rack 41 is frame structure, its
Separately set radiating fin plate 44 on outer surface, strong die cavity is embedded in bearing substrate 42, and with the coaxial distribution of bearing substrate 42, rectify die cavity table
Face is coated with diamond coatings 18, and including warming-up section 45, guide section 46, profiled section 47 and sizing area 78, warming-up section 45, guide section
46th, profiled section 47 and sizing area 48 are sequentially distributed along the axis direction of bearing substrate 42, and wherein warming-up section 45 is located at before forming cavity
At endface position, sizing area 48 is located at forming cavity rear end face position, a diameter of minimum diameter of guide section 46 of warming-up section 45
1.5-5 times, length is the 1/5 of the significant degree of bearing substrate 42, and the front end of guide section 46 is connected with warming-up section 45, end and shaping
Section 47 is connected, and the axial cross section of guide section 46 is isosceles body structure, and its point diameter is identical with warming-up section 45, rear end it is a diameter of into
1-1.5 times of type 47 diameters of section, the length of guide section 46 is the 1/5 of the significant degree of bearing substrate 42, profiled section 47 and sizing area 48
Diameter is identical, and wherein the length of profiled section 47 is the 2/5 of the significant degree of bearing substrate 42, and refrigerating plant 43 at least two surround and held
Carry the axis of matrix 42 to be distributed in the corresponding bearing substrate 42 in sizing area 48, inert gas gas bomb 5 and drive mechanism 8 are respectively mounted
On positioning seat 1, wherein inert gas gas bomb 5 is interconnected by airway tube 12 and forming cavity 2, and drive mechanism 8 is by passing
Motivation structure is connected with each other with traction wheel 2.
In the present embodiment, connected between the described end of connecting rod 11 and forming cavity 2 by identical tension drive mechanism 13.
In the present embodiment, mutually it is slidably connected by slide rail 14 between described sliding block 34 and roll stand 31.
In the present embodiment, described refrigerating plant 43 is connected by heat exchanger plates 15 with radiating fin plate 44.
In the present embodiment, described airway tube 12 is connected by air nozzle 16 with forming cavity 2, and if described air nozzle 16
Dry and, forming cavity 2 axis and air nozzle 16 axis vertical distribution uniform along the distribution of the axis direction of forming cavity 2.
In the present embodiment, uniform some gas ports 17 on described bearing substrate 42, described gas port 47 is around carrying
The axis of matrix 42 is uniform and strong die cavity is connected with each other.
In the present embodiment, described lift drive mechanism 9 and rolling drive mechanism 33 be hydraulic cylinder, pneumatic cylinder, leading screw and
Any one in linear electric motors.
In the present embodiment, the described horizontal end face of forming cavity 2 is " T " font, " C " font, " Z " font, " work " font,
Any one in " V " font, circle and polygonized structure.
In the present embodiment, described orthopedic roller 3, it is slidably connected by slide rail 14 with forming cavity 2 for orthopedic piece 4
This is new in the specific implementation, and the installation and debugging of equipment components are completed first, then according to operation needs, adjustment
Forming cavity is that can complete equipment debugging operation to working.
When carrying out carrying out operations for forming processing to cable conductor, cable conductor is incorporated into by shaping by directive wheel first
Intracavitary, and cable conductor is once corrected after shaping by orthopedic roller, orthopedic piece, processing and forming then will be passed through by traction wheel
Cable conductor drawn out of forming cavity and be delivered to following process position, cable conductor is in forming cavity, first by orthopedic
Roller carries out preliminary orthopedic processing, and the moulding operation of heating adjustment is on the one hand carried out to cable conductor, on the other hand cable conductor is entered
Row rolling, makes cable conductor diameter and orthopedic piece of strong die cavity diameter matches, then cable conductor is strong by being entered after orthopedic roller
In the strong die cavity of shape block, cable conductor is oriented to and heated by warming-up section after entering in strong die cavity, first, Ran Houtong
Cross guide section to be oriented to cable conductor progress and primary compression shaping, then carrying out shaping to cable conductor by profiled section adds
Work, the cable conductor after processing and forming is completed carries out cooling operation by sizing area, and in cooling simultaneously, to passing through profiled section
Cable conductor carry out annealing operation so that reach to cable molding process operation purpose, pass through forming cavity in cable conductor
During processing and forming, while being filled with inert gas by inert gas gas bomb to forming cavity, cable conductor is protected so as to reach,
Prevent the purpose of oxidation reaction.
This new composition is simple in construction, easy to use, on the one hand changes cable conductor and is twisted by circular cross-section structure single line
Odd-shaped cross section structure single line process is made, makes that stranded good cable conductor structural is compact, surface is smooth, and twisted wire gap is minimum, can
It is effective to improve cable core conductor processing and forming efficiency and formed precision, save insulation, wrapped, filling, armouring and sheath etc.
The material usage of later process, on the other hand can effectively improve protective capacities of the cable core conductor in processing and forming, it is to avoid
When cable core conductor is because of processing and forming operation temperature it is too high and with air occur oxidation reaction phenomenon, so as to reach raising cable
The purpose of cable core conductor processing and forming quality.
It should be understood by those skilled in the art that, the utility model is not restricted to the described embodiments, above-described embodiment and
Simply illustrate principle of the present utility model described in specification, on the premise of the utility model spirit and scope are not departed from,
The utility model also has various changes and modifications, and these changes and improvements both fall within claimed the utility model scope
It is interior.Scope is claimed by appended claims and its equivalent thereof in the utility model.
Claims (9)
1. one kind is used to draw energy-conserving and environment-protective cable conductor single line mould, it is characterised in that：It is described to be used to draw energy-conserving and environment-protective electricity
The special die of cable conductor single line include positioning seat, forming cavity, orthopedic roller, orthopedic piece, inert gas gas bomb, directive wheel, lead
Running wheel and drive mechanism, described forming cavity at least one, and be arranged on by lift drive mechanism on positioning seat, and it is described into
Mold cavity axis distribution parallel with positioning seat upper surface, described forming cavity is confined space cavity body structure, its front end face and rear end
Cable-through hole, homogeneous of described directive wheel and traction wheel are set on face, and forming cavity front end face is symmetrically distributed in forming cavity center line
With on the outside of rear end face, and be distributed in cable-through hole in same rectilinear direction, described directive wheel and traction wheel by connecting rod with into
Die cavity is hinged, and described orthopedic roller and orthopedic piece are respectively positioned in forming cavity, and are coaxially distributed with cable-through hole, and described orthopedic roller is extremely
Lack two and orthopedic piece of two ends are symmetrically distributed in orthopedic roller center line, described orthopedic roller includes roll stand, pressure roller and rolling driving
Mechanism, described pressure roller totally two, and be distributed in cable-through hole axisymmetrical in roll stand, and described pressure roller passes through sliding block and roller
Frame is slidably connected, and described rolling drive mechanism is arranged in roll stand, and is connected with each other with the sliding block of pressure roller, described orthopedic piece
Including locating rack, bearing substrate, die cavity and refrigerating plant are rectified, described bearing substrate is by being embedded in locating rack, and by fixed
Position frame is connected with shaping inner cavity surface, and described locating rack is that radiating fin plate is separately set on frame structure, its outer surface, and described rectifys
Die cavity is embedded in bearing substrate, and is coaxially distributed with bearing substrate, described strong mold cavity surface coating diamond coatings, and including
Warming-up section, guide section, profiled section and sizing area, described warming-up section, guide section, profiled section and sizing area is along bearing substrate axle
Line direction is sequentially distributed, wherein the warming-up section is located at forming cavity front end face position, sizing area is located at forming cavity rear end face position
Place is put, 1.5-5 times of a diameter of guide section minimum diameter of described warming-up section, length is the 1/5 of bearing substrate significant degree,
Described guide section front end is connected with warming-up section, and end is connected with profiled section, and guide section axial cross section is isosceles body structure, its
Point diameter is identical with warming-up section, 1-1.5 times of a diameter of profiled section diameter in rear end, and described guiding segment length is carrying base
The 1/5 of body significant degree, described profiled section and sizing area diameter is identical, wherein described shaping segment lenght has for bearing substrate
The 2/5 of effect degree, described refrigerating plant at least two is distributed on the corresponding bearing substrate in sizing area around bearing substrate axis
Interior, described inert gas gas bomb and drive mechanism are installed on positioning seat, wherein described inert gas gas bomb leads to
Cross airway tube to be interconnected with forming cavity, described drive mechanism is connected with each other by transmission mechanism and traction wheel.
2. it is according to claim 1 a kind of for drawing energy-conserving and environment-protective cable conductor single line mould, it is characterised in that described
Connecting rod end and forming cavity between connected by identical tension drive mechanism.
3. it is according to claim 1 a kind of for drawing energy-conserving and environment-protective cable conductor single line mould, it is characterised in that described
Sliding block and roll stand between be mutually slidably connected by slide rail.
4. it is according to claim 1 a kind of for drawing energy-conserving and environment-protective cable conductor single line mould, it is characterised in that described
Refrigerating plant be connected by heat exchanger plates with radiating fin plate.
5. it is according to claim 1 a kind of for drawing energy-conserving and environment-protective cable conductor single line mould, it is characterised in that described
Airway tube connected by air nozzle with forming cavity, and described air nozzle several and be distributed along forming cavity axis direction equal
Cloth, shaping cavity axis and air nozzle axis vertical distribution.
6. it is according to claim 1 a kind of for drawing energy-conserving and environment-protective cable conductor single line mould, it is characterised in that described
Bearing substrate on uniform some gas ports, described gas port is uniform and forming cavity is connected with each other around bearing substrate axis.
7. it is according to claim 1 a kind of for drawing energy-conserving and environment-protective cable conductor single line mould, it is characterised in that described
Lift drive mechanism and rolling drive mechanism be hydraulic cylinder, pneumatic cylinder, leading screw and linear electric motors in any one.
8. it is according to claim 1 a kind of for drawing energy-conserving and environment-protective cable conductor single line mould, it is characterised in that described
The horizontal end face of forming cavity be " T " font, " Z " font, " work " font, circle and polygonized structure in any one.
9. it is according to claim 1 a kind of for drawing energy-conserving and environment-protective cable conductor single line mould, it is characterised in that described
Orthopedic roller, orthopedic piece be slidably connected by slide rail and forming cavity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720094182.2U CN206432083U (en) | 2017-01-24 | 2017-01-24 | One kind is used to draw energy-conserving and environment-protective cable conductor single line mould |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720094182.2U CN206432083U (en) | 2017-01-24 | 2017-01-24 | One kind is used to draw energy-conserving and environment-protective cable conductor single line mould |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206432083U true CN206432083U (en) | 2017-08-22 |
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ID=59590576
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720094182.2U Expired - Fee Related CN206432083U (en) | 2017-01-24 | 2017-01-24 | One kind is used to draw energy-conserving and environment-protective cable conductor single line mould |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206432083U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110379569A (en) * | 2019-08-05 | 2019-10-25 | 杭州铭铄机电科技有限公司 | A kind of cable making apparatus using air thermal expansion and contraction principle |
-
2017
- 2017-01-24 CN CN201720094182.2U patent/CN206432083U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110379569A (en) * | 2019-08-05 | 2019-10-25 | 杭州铭铄机电科技有限公司 | A kind of cable making apparatus using air thermal expansion and contraction principle |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170822 Termination date: 20200124 |