CN210668746U - Layered nickel-iron alloy strip continuous true-bright heat composite high-frequency flexible water-cooled cable - Google Patents
Layered nickel-iron alloy strip continuous true-bright heat composite high-frequency flexible water-cooled cable Download PDFInfo
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- CN210668746U CN210668746U CN201921190753.8U CN201921190753U CN210668746U CN 210668746 U CN210668746 U CN 210668746U CN 201921190753 U CN201921190753 U CN 201921190753U CN 210668746 U CN210668746 U CN 210668746U
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Abstract
The utility model discloses a flexible water-cooled cable of continuous true bright thermal compound high frequency of stratiform ferronickel strip, include the water-cooled cable socket shell that passes through gas welding, electric welding connection electrolysis copper water-cooled cable and the water-cooled cable plug shell of being connected with water-cooled cable socket shell, water-cooled cable plug shell connects snakeskin form metal switch on hose, snakeskin form metal switch on hose skin is provided with skin effect conductor layer, skin effect conductor layer skin is provided with the waterproof pipe of strenghthened type rubber. The utility model discloses having enlarged the conductor again when having increased the mechanical bearing capacity of cable along with the skin area and having fused the effect, the coaxial access of swift formula water-cooling cable socket plug need not to dismantle bolt and nut, and flexible general nothing inserts the dead angle for this water-cooling cable's flexibility is higher, the internal resistance is lower, energy loss is lower, reduces the incidence of water-cooling cable trouble, changes more convenient and fast when the water-cooling cable trouble takes place simultaneously.
Description
Technical Field
The invention belongs to the technical field of new high-performance electrical alloy materials, and particularly relates to a continuous true bright heat composite high-frequency flexible water-cooled cable for a layered nickel-iron alloy strip.
Background
The water-cooled cable is mainly applied to the energy conduction occasions of medium and high frequency electric furnaces with higher skin effect, because of the relation between the turnover movement of the furnace core and the skin current collection, the water-cooled cable is easy to generate heat or poor in heat dissipation and cooling, is blown out and disassembled to be opened in the operation process after being connected into the induction furnace core, if a new water-cooled cable is replaced, the induction furnace can be operated only by being reconnected for a long time, and the large internal resistance and the large junction temperature of the high frequency electric furnace in the conductor of the water-cooled cable are serious. Therefore, it is urgently needed to design a water-cooling structure cable with fast flexible interchange, high heat penetration rate and ultra-strong skin effect to replace the cable.
On the right side, the layered nickel-iron alloy strip continuous true bright heat composite high-frequency flexible water-cooled cable is provided, the mechanical bearing capacity of the cable is increased, the skin area along with the edge of a conductor is enlarged, the fusion effect of the conductor is improved, the quick water-cooled cable socket plug is coaxially connected, the bolt and the nut do not need to be disassembled, the flexible cable is universal and has no connecting dead angle, the flexibility of the water-cooled cable is higher, the internal resistance is lower, the energy loss is lower, the fault rate of the water-cooled cable is reduced, and meanwhile, the water-cooled cable is more convenient and quicker to replace when the.
Disclosure of Invention
The invention aims to provide a layered ferronickel strip continuous true bright heat composite high-frequency flexible water-cooled cable, which aims to solve the problems that an induction furnace core is connected in the prior art and is easy to generate heat or is poor in heat dissipation and cooling, is blown, disassembled and broken during operation to open a circuit, if a new water-cooled cable is replaced, the induction furnace can be operated only by being reconnected for a long time, and the high internal resistance and high junction temperature of the conductor of the cable are serious.
In order to achieve the purpose, the invention adopts the following technical scheme:
the layered nickel-iron alloy strip continuous true-bright heat composite high-frequency flexible water-cooled cable comprises a water-cooled cable socket shell and a water-cooled cable plug shell, wherein the water-cooled cable socket shell is connected with an electrolytic copper water-cooled cable through gas welding and electric welding, the water-cooled cable plug shell is connected with a snakeskin-shaped metal power-on hose, a skin effect conductor layer is arranged on the outer layer of the snakeskin-shaped metal power-on hose, and a reinforced rubber waterproof pipe is arranged on the outer layer of the skin effect conductor layer.
Preferably, the device further comprises a cylindrical plum blossom-shaped moving contact, 32P-shaped contacts are distributed around the cylindrical plum blossom-shaped moving contact, a first O-shaped spring and a second O-shaped spring are arranged in a right section notch of the peripheral P-shaped contact of the cylindrical plum blossom-shaped moving contact, and a third O-shaped spring is arranged in a left section notch of a deviation middle domain of the peripheral P-shaped contact of the cylindrical plum blossom-shaped moving contact.
Preferably, a gasket, a plum blossom moving contact main bolt and a nut are arranged on the cylindrical plum blossom moving contact, and an O-shaped flat rubber sealing ring is embedded into the bottom of the cylindrical plum blossom moving contact and the bottom of the water-cooled cable socket shell.
Preferably, the bottom of the water-cooling cable socket shell is provided with a welding port connected with an induction furnace induction coil or an electrolytic copper connecting bar connected with an output port of an inverter power supply and a comb-shaped conductor connected with the quincuncial moving contact main bolt, the inner side of the comb-shaped conductor is provided with the comb-shaped conductor, and the comb-shaped conductor is densely distributed at the connection position of the water-cooling cable socket shell and the quincuncial moving contact main bolt and can be filled with cooling water to flow in and flow out.
Preferably, be provided with half arc recess on the two opposite sides of water-cooling cable socket shell, it has semi-circular arc tongue and groove locking arm to lock on the half arc recess, be provided with the pivot on the semi-circular arc tongue and groove locking arm.
Preferably, the cable plug is supported inside the water-cooled cable plug shell by arc-shaped buffer conductor sheets arranged around the ring.
Preferably, the water-cooled cable plug shell is provided with an extension connecting pipe, and circulating cooling water flowing into and flowing out of the gap between the arc-shaped buffer conductor sheet and the inner sheet body of the water-cooled cable plug shell circulates to the snakeskin-shaped metal electrifying hose from the extension connecting pipe.
Preferably, the pipe wall of the epitaxial connecting pipe is provided with densely distributed circulating cooling water holes, the outer layer of the skin effect conductor layer is provided with a flexible woven layer, and the flexible woven layer is provided with a plurality of hydraulic traces.
Preferably, the joint of the reinforced rubber waterproof pipe and the water-cooled cable plug shell is provided with a high-temperature-resistant O-shaped rubber ring, and the reinforced rubber waterproof pipe is provided with two metal hose hoops.
The invention has the technical effects and advantages that: compared with the prior art, the layered nickel-iron alloy strip continuous true-bright heat composite high-frequency flexible water-cooled cable provided by the invention has the following advantages:
the water-cooled cable adopts the hollow water-cooled central flexible shaft, so that the junction temperature of a conductor is not silted, the skin area along with the edge of the conductor and the fusion effect are enlarged while the mechanical bearing capacity of the cable is increased, the socket and the plug of the quick water-cooled cable are coaxially connected without disassembling a bolt and a nut, the flexibility is universal and has no connecting dead angle, the flexibility of the water-cooled cable is higher, the internal resistance is lower, the energy loss is lower, the fault occurrence rate of the water-cooled cable is reduced, meanwhile, the water-cooled cable is more convenient and quick to replace when the fault occurs, the layered component alloy belt is continuously and quickly heated in the inert gas protection, and the new height of the standardized level of a' phase.
Drawings
FIG. 1 is a schematic structural diagram of the present invention.
In the figure: 1. welding the opening; 2. a comb-shaped conductor; 3. a comb-shaped conductive body; 4. an O-shaped flat rubber sealing ring; 5. a semi-circular arc-shaped tongue and groove lock arm; 6. a rotating shaft; 7. a third "O" shaped spring; 8. a first "O" shaped spring; 9. a second "O" shaped spring; 10. a water-cooled cable socket housing; 11. a cylindrical plum blossom-shaped moving contact; 12. a gasket; 13. a nut; 14. a quincunx moving contact main bolt; 15. a cable plug; 16. an arc-shaped buffer conductor sheet; 17. a half arc groove; 18. a water-cooled cable plug housing; 19. high-temperature O-shaped rubber rings; 20. an epitaxial connecting pipe; 21. hydraulic trace of multiple passes; 22. a metal hose clamp; 23. A skin effect conductor layer; 24. a flexible braid; 25. a reinforced rubber waterproof pipe; 26. a snake skin-shaped metal electrifying hose.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. The specific embodiments described herein are merely illustrative of the invention and do not delimit the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The invention provides a layered nickel-iron alloy strip continuous true-bright thermal composite high-frequency flexible water-cooled cable shown in figure 1, which comprises a water-cooled cable socket shell 10 connected with an electrolytic copper water-cooled cable through gas welding and electric welding and a water-cooled cable plug shell 18 connected with the water-cooled cable socket shell 10, wherein the water-cooled cable plug shell 18 is connected with a snakeskin-shaped metal electrifying hose 26, the outer layer of the snakeskin-shaped metal electrifying hose 26 is provided with a skin effect conductor layer 23, and the outer layer of the skin effect conductor layer 23 is provided with a reinforced rubber waterproof pipe 25.
Preferably, the device further comprises a cylindrical plum blossom-shaped moving contact 11, 32P-shaped contacts are distributed around the cylindrical plum blossom-shaped moving contact 11, a first O-shaped spring 8 and a second O-shaped spring 9 are arranged in a right section notch of the P-shaped contact on the periphery of the cylindrical plum blossom-shaped moving contact 11, and a third O-shaped spring 7 is arranged in a left section notch of a deviation middle area of the P-shaped contact on the periphery of the cylindrical plum blossom-shaped moving contact 11, so that cooling water with enough pressure flows in and out when current is switched on is ensured.
Preferably, the cylindrical quincuncial moving contact 11 is provided with a gasket 12, a quincuncial moving contact main bolt 14 and a nut 13, and an O-shaped flat rubber sealing ring 4 is embedded in the bottoms of the cylindrical quincuncial moving contact 11 and the water-cooled cable socket shell 10, so that cooling water is inserted into the water-cooled cable socket shell 10 at the water-cooled cable plug shell 18 and does not overflow.
Preferably, the bottom of the water-cooling cable socket shell 10 is provided with a welding port 1 for connecting an induction furnace induction coil or an inverter power output port electrolytic copper connecting bar and a comb-shaped conductor part 2 connected with the plum blossom-shaped moving contact main bolt 14, the welding port 1 is welded with a fixed support plate when being welded on the induction furnace induction coil, two fixed holes are formed in the fixed support plate and are fixed through an insulating plate so as to prevent the induction furnace induction coil from being deformed due to external force when a flexible water-cooling cable is plugged, the comb-shaped conductor 3 is arranged on the inner side of the comb-shaped conductor part 2, and the comb-shaped conductor 3 is densely distributed at the joint of the water-cooling cable socket shell 10 and the plum blossom-shaped moving contact main bolt 14 and can be filled with cooling water.
The preferred, be provided with half arc recess 17 on two opposite faces of water-cooled cable socket shell 10, half arc recess 17 is last to be locked there is half arc tongue and groove locking arm 5, be provided with pivot 6 on the half arc tongue and groove locking arm 5, guarantee that water-cooled cable plug shell 18 inserts water-cooled cable socket shell 10 and through symmetrical half arc tongue and groove locking arm 5 locking water-cooled cable plug shell 18 ring half arc recess 17 department all around, fixed firm, and the tongue and groove need not to bear electrically conductive audio frequency skin effect electric current.
Preferably, the cable plug 15 is further included, after the cable plug 15 is inserted into the cylindrical plum blossom-shaped movable contact 11, the cable plug 15 carries sufficient conductive audio skin effect current, the cable plug 15 is supported inside the water-cooled cable plug shell 18 by the arc-shaped buffer conductor pieces 16 arranged around the ring, and cooling water flows in and flows out from the gaps between the inner layer sheets of the water-cooled cable plug shell 18 supported by the arc-shaped buffer conductor pieces 16 around the ring.
Preferably, an extension connecting pipe 20 is arranged on the water-cooled cable plug shell 18, and circulating cooling water flowing into and flowing out of a gap between the arc buffer conductor piece 16 and the inner layer of the water-cooled cable plug shell 18 circulates from the extension connecting pipe 20 to the snakeskin-shaped metal energizing hose 26.
Preferably, the pipe wall of the epitaxial connecting pipe 20 is provided with densely distributed circulating cooling water holes, the outer layer of the skin effect conductor layer 23 is provided with a flexible woven layer 24, and the flexible woven layer 24 is provided with a plurality of hydraulic traces 21.
Preferably, a high-temperature-resistant O-shaped rubber ring 19 is arranged at the joint of the reinforced rubber waterproof pipe 25 and the water-cooled cable plug shell 18, and two metal hose hoops 22 are arranged on the reinforced rubber waterproof pipe 25.
In summary, the following steps: the water-cooled cable adopts the hollow water-cooled central flexible shaft, so that the junction temperature of a conductor is not silted, the skin area along with the edge of the conductor and the fusion effect are enlarged while the mechanical bearing capacity of the cable is increased, the socket and the plug of the quick water-cooled cable are coaxially connected without disassembling a bolt and a nut, the flexibility is universal and has no connecting dead angle, the flexibility of the water-cooled cable is higher, the internal resistance is lower, the energy loss is lower, the fault occurrence rate of the water-cooled cable is reduced, meanwhile, the water-cooled cable is more convenient and quick to replace when the fault occurs, the layered component alloy belt is continuously and quickly heated in the inert gas protection, and the new height of the standardized level of a' phase.
Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications may be made to the embodiments or portions thereof without departing from the spirit and scope of the invention.
Claims (9)
1. Layered ferronickel strip continuous true bright heat composite high-frequency flexible water-cooled cable is characterized in that: including water-cooling cable socket shell (10) through gas welding, electric welding connection electrolysis copper water-cooling cable and water-cooling cable plug shell (18) of being connected with water-cooling cable socket shell (10), snakeskin form metal circular telegram hose (26) is connected in water-cooling cable plug shell (18), snakeskin form metal circular telegram hose (26) skin is provided with skin effect conductor layer (23), skin effect conductor layer (23) skin is provided with strenghthened type rubber waterproof pipe (25).
2. The layered ferronickel strip continuous true bright heat composite high frequency flexible water cooled cable according to claim 1, characterized in that: the device is characterized by further comprising a cylindrical plum blossom-shaped moving contact (11), 32P-shaped contacts are distributed on the periphery of the cylindrical plum blossom-shaped moving contact (11), a first O-shaped spring (8) and a second O-shaped spring (9) are arranged in a right section notch of the peripheral P-shaped contact on the periphery of the cylindrical plum blossom-shaped moving contact (11), and a third O-shaped spring (7) is arranged in a left section notch of a deviation middle area of the peripheral P-shaped contact on the periphery of the cylindrical plum blossom-shaped moving contact (11).
3. The layered ferronickel strip continuous true bright heat composite high frequency flexible water cooled cable according to claim 2, characterized in that: the cylindrical plum blossom moving contact (11) is provided with a gasket (12), a plum blossom moving contact main bolt (14) and a nut (13), and an O-shaped flat rubber sealing ring (4) is embedded into the bottom of the cylindrical plum blossom moving contact (11) and the bottom of the water-cooled cable socket shell (10).
4. The layered ferronickel strip continuous true bright heat composite high frequency flexible water cooled cable according to claim 3, characterized in that: the water-cooling cable socket is characterized in that a welding port (1) connected with an induction furnace induction coil or an electrolytic copper connecting bar connected with an inverter power output port and a comb-shaped conductor (2) connected with a plum blossom-shaped moving contact main bolt (14) are arranged at the bottom of the water-cooling cable socket shell (10), the comb-shaped conductor (3) is arranged on the inner side of the comb-shaped conductor (2), and the comb-shaped conductor (3) is densely distributed at the joint of the water-cooling cable socket shell (10) and the plum blossom-shaped moving contact main bolt (14) and can be filled with cooling water to flow in.
5. The layered ferronickel strip continuous true bright heat composite high frequency flexible water cooled cable according to claim 1, characterized in that: be provided with semi-arc recess (17) on two opposite sides of water-cooling cable socket shell (10), half-arc recess (17) are gone up to lock has semi-circular arc tongue and groove locking arm (5), be provided with pivot (6) on semi-circular arc tongue and groove locking arm (5).
6. The layered ferronickel strip continuous true bright heat composite high frequency flexible water cooled cable according to claim 1, characterized in that: the water-cooled cable plug is characterized by further comprising a cable plug (15), wherein the cable plug (15) is supported inside a water-cooled cable plug shell (18) through arc-shaped buffer conductor sheets (16) arranged around the ring.
7. The layered ferronickel strip continuous true bright heat composite high frequency flexible water cooled cable according to claim 6, characterized in that: an extension connecting pipe (20) is arranged on the water-cooled cable plug shell (18), and circulating cooling water flowing into and flowing out of the gap between the arc-shaped buffer conductor sheet (16) and the inner layer sheet body of the water-cooled cable plug shell (18) circulates to the snakeskin-shaped metal electrifying hose (26) from the extension connecting pipe (20).
8. The layered ferronickel strip continuous true bright heat composite high frequency flexible water cooled cable according to claim 7, characterized in that: the tube wall of the extension connecting tube (20) is provided with densely distributed circulating cooling water holes, the outer layer of the skin effect conductor layer (23) is provided with a flexible woven layer (24), and the flexible woven layer (24) is provided with a multi-pass hydraulic trace (21).
9. The layered ferronickel strip continuous true bright heat composite high frequency flexible water cooled cable according to claim 1, characterized in that: the reinforced rubber waterproof pipe (25) is provided with a high-temperature resistant O-shaped rubber ring (19) at the joint with the water-cooled cable plug shell (18), and the reinforced rubber waterproof pipe (25) is provided with two metal hose clamps (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921190753.8U CN210668746U (en) | 2019-07-26 | 2019-07-26 | Layered nickel-iron alloy strip continuous true-bright heat composite high-frequency flexible water-cooled cable |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921190753.8U CN210668746U (en) | 2019-07-26 | 2019-07-26 | Layered nickel-iron alloy strip continuous true-bright heat composite high-frequency flexible water-cooled cable |
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| Publication Number | Publication Date |
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| CN210668746U true CN210668746U (en) | 2020-06-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921190753.8U Active CN210668746U (en) | 2019-07-26 | 2019-07-26 | Layered nickel-iron alloy strip continuous true-bright heat composite high-frequency flexible water-cooled cable |
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| CN (1) | CN210668746U (en) |
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