CN209487224U - Cooling device is used in a kind of production of cable - Google Patents
Cooling device is used in a kind of production of cable Download PDFInfo
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- CN209487224U CN209487224U CN201920490937.XU CN201920490937U CN209487224U CN 209487224 U CN209487224 U CN 209487224U CN 201920490937 U CN201920490937 U CN 201920490937U CN 209487224 U CN209487224 U CN 209487224U
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- cooling chamber
- water
- casing
- water cooling
- water inlet
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Abstract
The utility model provides a kind of cable production cooling device, including casing and routing device, the casing internal is successively arranged pre-cooling chamber from bottom to up, warm water cooling chamber, cold water cooling chamber and catch basin, the first cavity is equipped between the pre-cooling chamber and warm water cooling chamber, first cavity inside is equipped with fog-spray nozzle, described fog-spray nozzle one end is connected with water service pipe, the other end extends outside casing, bottom is equipped with heating tube in the warm water cooling chamber, the first automatic water inflow device is equipped between catch basin and cold water cooling chamber, the routing device includes the interior guide support wheel set on the outer guide support wheel of casing outer wall and set on casing inner wall.The utility model reduces cable surface temperature gradually using more mild cooling method, effectively reduces the surface defect that cable is generated by rapid cooling, and can be realized the automatic feeding water to cold water cooling chamber and warm water cooling chamber, energy conservation and environmental protection is worthy to be popularized.
Description
Technical field
The utility model relates to cable production fields more particularly to a kind of production of cable to use cooling device.
Background technique
The outermost sheath of cable is usually obtained by high temperature extrusion molding, after extrusion molding, needs to carry out certain cooling.It is existing
Some cable cooling devices generally use single cooling trough, and the cable that extrusion molding is completed is directly immersed in cold water and is carried out fastly
But, however the cable due to just having produced from high temperature extrusion machine, the temperature of cable surface is higher, if directly passing through cooling for quickly cooling
Water cooling, is easy that cable surface is made the defects of pit occur, leads to the reduction of cable quality.
Utility model content
For the above technical problems, the purpose of the utility model is to provide a kind of cable production cooling device,
Existing cable cooling device structure is improved, to improve cable because caused by after rapid cooling the problem of surface defect.
The technical solution of the utility model is as follows: a kind of cable production cooling device, including casing and routing device, institute
It states casing internal and is successively arranged pre-cooling chamber, warm water cooling chamber, cold water cooling chamber and catch basin, the pre-cooling chamber and temperature from bottom to up
The first cavity is equipped between water cooling chamber, first cavity inside is equipped with fog-spray nozzle, and described fog-spray nozzle one end is connected with water flowing
Pipe, the other end extend to the intracavitary portion of pre-cooling, and described water service pipe one end is placed in the first cavity inside, and the other end extends outside casing
Portion, bottom is equipped with heating tube in the warm water cooling chamber, and the catch basin is located at the top of cold water cooling chamber side, catch basin with
The first automatic water inflow device is equipped between cold water cooling chamber, first automatic water inflow device includes support rod, motion bar, first
Water inlet pipe and floating ball, the length of the support rod are less than the whole height of cold water cooling chamber, and it is cold that cold water is fixed in support rod bottom end
But hinged in the middle part of bottom of chamber face, supporting bar top and the motion bar, motion bar one end is fixedly connected with floating ball, the other end and first
Water inlet pipe is fixedly connected, and first water inlet pipe both ends extend respectively to cold water cooling chamber bottom and reservoir bases, the storage
Bottom of gullet is additionally provided with convex block, and the size of the convex block and the first water inlet pipe water inlet matches, and lug surface and first into
The inner wall of water pipe water inlet forms sealing cooperation, branch pipe is also connected on first water inlet pipe, it is true that the branch pipe is equipped with pumping
Empty device, is equipped with vacuum-pumping valve between the vacuum evacuation device and the first water inlet pipe, the routing device includes being set to casing
The outer guide support wheel of outer wall and interior guide support wheel set on casing inner wall.
Further, the second cavity is equipped between the warm water cooling chamber and cold water cooling chamber.
Further, it is additionally provided with the second automatic water inflow device between the warm water cooling chamber and cold water cooling chamber, described
Two automatic water inflow devices include the second water inlet pipe, casing and float, the second cavity are run through at the top of second water inlet pipe, and extend
To cold water cooling chamber bottom, the second water inlet pipe bottom end is fixedly connected with described sleeve pipe, and casing is located inside warm water cooling chamber, casing
Bottom is equipped at least one through hole, and the float is built in casing.
Further, heat barrier foam layer is equipped in second cavity.
Further, the pre-cooling is intracavitary is equipped with several directive wheels, and the directive wheel offsets one from another setting.
Further, recycling sink is additionally provided with immediately below the pre-cooling chamber, pre-cooling bottom of chamber portion connects with recycling sink.
Compared with prior art, the utility model has the following beneficial effects: be respectively set pre-cooling chamber, cold water cooling chamber and
Warm water cooling chamber, making cable, successively process pre-cools by spraying, warm water is cooling and cooling three cooling stages of cold water, using more
Mild cooling method reduces cable surface temperature gradually, effectively reduces cable because of surface defect caused by after rapid cooling
The problem of, thereby further ensure that the quality of production of cable；In addition, also using the first automatic water inflow device and second automatically into
Water installations realize the automatic feeding water to cold water cooling chamber and warm water cooling chamber respectively, and energy conservation and environmental protection, occupied area is small, practical
Property is strong.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is part A enlarged structure schematic diagram in Fig. 1；
In figure: chamber, 12- warm water cooling chamber, 121- heating tube, 13- cold water cooling chamber, 14- water storage is pre-chilled in 1- casing, 11-
Slot, 141- convex block, the first cavity of 15-, 151- fog-spray nozzle, the first automatic water inflow device of 16-, 161- support rod, 162- motion bar,
The first water inlet pipe of 163-, 1631- vacuum evacuation device, 1632- vacuum-pumping valve, 164- floating ball, the second cavity of 17-, 18- second is certainly
Dynamic water feed apparatus, the second water inlet pipe of 181-, 182- casing, 183- float, 2- routing device, 3- recycle sink.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and detailed description, the reality of the utility model
The mode of applying includes but is not limited to the following example.
Referring to Fig.1 with 2, a kind of cable production cooling device, including casing 1 and routing device 2, inside the casing 1
It is successively arranged pre-cooling chamber 11, warm water cooling chamber 12, cold water cooling chamber 13 and catch basin 14, the pre-cooling chamber 11 and temperature from bottom to up
It is equipped with the first cavity 15 between water cooling chamber 12, is equipped with fog-spray nozzle 151, the fog-spray nozzle 151 1 inside first cavity 15
End is connected with water service pipe, and the other end extends to inside pre-cooling chamber 11, and described water service pipe one end is placed in inside the first cavity 15, another
End is extended outside casing 1, and bottom is equipped with heating tube 121 in the warm water cooling chamber 12, and it is cold that the catch basin 14 is located at cold water
But the top of 13 side of chamber is equipped with the first automatic water inflow device 16 between catch basin 14 and cold water cooling chamber 13, described first certainly
Dynamic water feed apparatus 16 includes support rod 161, motion bar 162, the first water inlet pipe 163 and floating ball 164, the length of the support rod 161
Degree is less than the whole height of cold water cooling chamber 13, and 13 bottom surface of cold water cooling chamber is fixed in 161 bottom end of support rod, and support rod 161 pushes up
End and 162 middle part of motion bar are hinged, and 162 one end of motion bar is fixedly connected with floating ball 164, the other end and the first water inlet pipe
163 are fixedly connected, and 163 both ends of the first water inlet pipe extend respectively to 14 bottom of 13 bottom of cold water cooling chamber and catch basin, institute
It states 14 bottom of catch basin and is additionally provided with convex block 141, the size of the convex block 141 and 163 water inlet of the first water inlet pipe matches, and convex
The inner wall of 141 surface of block and 163 water inlet of the first water inlet pipe forms sealing cooperation, is also connected on first water inlet pipe 163
Branch pipe, the branch pipe are equipped with vacuum evacuation device 1631, are equipped with and are taken out very between the vacuum evacuation device 1631 and the first water inlet pipe
Empty valve 1632, the routing device 2 include being set to the outer guide support wheel of 1 outer wall of casing and leading in 1 inner wall of casing
To support wheel.
When cable is cooling, by routing device 2, pre-cooling chamber 11, warm water cooling chamber 12 and cold water cooling chamber are sequentially entered
13, process pre-cools by spraying respectively, warm water is cooling and cooling three cooling stages of cold water, the more mild cooling method of use
It reduces cable surface temperature gradually, effectively reduces cable because caused by after rapid cooling the problem of surface defect, thus into
One step ensures the quality of production of cable.
It should be understood that the utility model is before the use, it is ensured that 163 both ends port of the first water inlet pipe is immersed in cold respectively
In water in water cooling chamber 13 and catch basin 14, vacuum-pumping valve 1632 and vacuum evacuation device 1631, extraction first are opened respectively
Partial air in water inlet pipe 163 makes to close vacuum evacuation device 1631 in negative pressure state inside the first water inlet pipe 163 and take out true
Empty valve 1632.When the water abundance in cold water cooling chamber 13, floating ball 164 passes through motion bar 162 under the buoyancy of water
Connection and with the first water inlet pipe 163 keep balance, motion bar 162 is in a horizontal position at this time, and the first water inlet pipe 163 is another
The water inlet at end connects with the sealing cooperation of the convex block 141 of 14 bottom of catch basin, and the water in catch basin 14 can not pass through the first water inlet
Pipe 163 enters cold water cooling chamber 13；Due to the evaporation of water and the disengaging of cable, the water in cold water cooling chamber 13 is gradually decreased,
Floating ball 164 is moved down also with being gradually reduced for the water surface simultaneously, positioned at the first water inlet pipe 163 of 162 other end of motion bar
It then moves up, when the water inlet of 163 other end of the first water inlet pipe and the convex block 141 of 14 bottom of catch basin are separated, in hydraulic pressure
Under the action of, the water inlet that the water in catch basin 14 begins through the first water inlet pipe 163 enters in cold water cooling chamber 13, floating ball
164 therewith the water surface raising and move up, while by motion bar 162 drive the first water inlet pipe 163 move down, when cold water cooling chamber 13
When interior water is sufficient again, the water inlet of the first water inlet pipe 163 connects with the sealing cooperation of convex block 141 again, and water inlet movement stops
Only, repeatedly to realize the automatic feeding water into cold water cooling chamber 13.
It should be understood that in the present embodiment, the inner wall of 163 water inlet of 141 surface of convex block and the first water inlet pipe passes through respectively
Frosted processing is crossed, it, in other embodiments, can also be using setting rubber ring to realize frosted sealing cooperation between the two
Fit system is sealed, is not construed as limiting herein.
It should be understood that in order to maintain the negative pressure state in the first water inlet pipe 163,163 both ends port of the first water inlet pipe is begun
It is submerged by water eventually.
It should be understood that cold water cooling chamber 13 and catch basin 14 are communicated with outside air.
It should be understood that when cable is respectively enterd and cooled down in warm water cooling chamber 12 and cold water cooling chamber 13, the water surface
It should be on cable, to ensure that cable can be submerged.
It should be understood that in the present embodiment, pre-cooling 11 side outer wall of chamber, 13 other side outer wall of cold water cooling chamber and temperature
Outer guide support wheel is respectively equipped on 12 two sides outer wall of water cooling chamber, inside 12 two sides of warm water cooling chamber and 13 liang of cold water cooling chamber
Side inner wall is respectively equipped with the upper and lower two interior guide support wheels for being one group, and wherein the interior guide support wheel of top position is set to water
On face, the interior guide support wheel of lower position is set under the water surface, cable under the drive of traction device, first from outside into
Enter and pass through inside pre-cooling chamber 11, successively passes through the outer guide support wheel that 11 side outer wall of chamber is pre-chilled and ipsilateral set on warm water cooling
The outer guide support wheel of 12 outer wall of chamber draws in the interior guide support wheel of 12 inner wall of warm water cooling chamber into warm water cooling chamber 12
It leads in lower immersion warm water and is cooled down, drawn later by the outer guide support wheel for being set to 12 other side outer wall of warm water cooling chamber, and
Outer guide support wheel through 13 outer wall of subcooled water cooling chamber enters inside cold water cooling chamber 13, in 13 inner wall of cold water cooling chamber
It immerses in cold water and is cooled down under the guidance of guide support wheel, draw cold water cooling chamber 13, finally to complete the bosher of cable
Make.
Further, in order to reduce the heat transmitting between warm water cooling chamber 12 and cold water cooling chamber 13, the warm water is cooling
The second cavity 17 is equipped between chamber 12 and cold water cooling chamber 13.
Further, in order to realize the automatic feeding water of warm water cooling chamber 12, to ensure that the water in warm water cooling chamber 12 is protected
Abundance is held, the second automatic water inflow device 18 is additionally provided between the warm water cooling chamber 12 and cold water cooling chamber 13, described second certainly
Dynamic water feed apparatus 18 includes the second water inlet pipe 181, casing 182 and float 183, runs through second at the top of second water inlet pipe 181
Cavity 17, and 13 bottom of cold water cooling chamber is extended to, 181 bottom end of the second water inlet pipe is fixedly connected with described sleeve pipe 182, casing
182 are located inside warm water cooling chamber 12, and 182 bottom of casing is equipped at least one through hole (not shown), the float 183
It is built in casing 182.Water surface elevation and warm water cooling chamber 12 when the water abundance in warm water cooling chamber 12, in casing 182
Interior water surface elevation flushes, float 183 water buoyancy float downward and block 181 bottom end of the second water inlet pipe, cold water is cooling
Water in chamber 13 cannot be introduced into warm water cooling chamber 12；When the water shortage in warm water cooling chamber 12, float 183 is with water surface height
The decline of degree and move down, the water in cold water cooling chamber 13 by the second water inlet pipe 181 constantly injection warm water cooling chamber 12, until
Water surface elevation is high enough that float 183 blocks 181 bottom end of the second water inlet pipe again, so repeats to realize to warm water cooling chamber
Automatic feeding water in 12.
It should be understood that the setting of the first automatic water inflow device 16 and the second automatic water inflow device 18, can not only distinguish
Realization makes water be automatically injected cold water cooling chamber 13 and warm water cooling chamber 12, and can be defined to the height of the water surface, avoids
Due to the hypervolia of injection, and the cable hole that causes water to be equipped with by casing 1 and overflow outside casing 1.
Further, in order to reach better heat insulation, heat barrier foam layer is equipped in second cavity 17.
Further, it is the pre-cooling area for increasing cable, is equipped with several directive wheels, the directive wheel in the pre-cooling chamber 11
Offset one from another setting.
Further, recycling sink 3, pre-cooling 11 bottom of chamber and recycling 3 phase of sink are additionally provided with immediately below the pre-cooling chamber 11
Perforation.It should be understood that the width of recycling sink 3 is sufficiently large, with the water droplet dripped when ensuring that cable passes through outer guide support wheel
Also it can be recycled in recycling sink 3.In order to which preferably using the water in recycling sink 3, sink 3 and water storage can also be being recycled
Water pump is set between slot 14, the water of recycling is pumped into catch basin 14, to be reused.
Above-described embodiment is only to illustrate the protection scope of the utility model, all according to made by the spirit of the present invention essence
Equivalent change or modification should all cover within the protection scope of the present utility model.
Claims (6)
1. a kind of cable production cooling device, it is characterised in that: including casing and routing device, the casing internal from down toward
On be successively arranged pre-cooling chamber, warm water cooling chamber, cold water cooling chamber and catch basin, be equipped between the pre-cooling chamber and warm water cooling chamber
First cavity, first cavity inside are equipped with fog-spray nozzle, and described fog-spray nozzle one end is connected with water service pipe, and the other end extends to pre-
Cold intracavitary portion, described water service pipe one end are placed in the first cavity inside, and the other end extends outside casing, in the warm water cooling chamber
Bottom is equipped with heating tube, and the catch basin is located at the top of cold water cooling chamber side, is equipped between catch basin and cold water cooling chamber
First automatic water inflow device, first automatic water inflow device include support rod, motion bar, the first water inlet pipe and floating ball, described
The length of support rod is less than the whole height of cold water cooling chamber, and cold water cooling chamber bottom surface, support rod top are fixed in support rod bottom end
End and the motion bar middle part are hinged, and motion bar one end is fixedly connected with floating ball, and the other end is fixedly connected with the first water inlet pipe, institute
It states the first water inlet pipe both ends and extends respectively to cold water cooling chamber bottom and reservoir bases, the reservoir bases are additionally provided with convex
The size of block, the convex block and the first water inlet pipe water inlet matches, and the inner wall of lug surface and the first water inlet pipe water inlet
Sealing cooperation is formed, branch pipe is also connected on first water inlet pipe, the branch pipe is equipped with vacuum evacuation device, described to vacuumize
Vacuum-pumping valve is equipped between device and the first water inlet pipe, the routing device includes the outer guide support wheel set on casing outer wall
With the interior guide support wheel for being set to casing inner wall.
2. a kind of cable production cooling device as described in claim 1, it is characterised in that: the warm water cooling chamber and cold water
The second cavity is equipped between cooling chamber.
3. a kind of cable production cooling device as claimed in claim 2, it is characterised in that: the warm water cooling chamber and cold water
The second automatic water inflow device is additionally provided between cooling chamber, second automatic water inflow device includes the second water inlet pipe, casing and floats
Son runs through the second cavity at the top of second water inlet pipe, and extends to cold water cooling chamber bottom, the second water inlet pipe bottom end with it is described
Casing is fixedly connected, and casing is located inside warm water cooling chamber, and sleeve bottom is equipped at least one through hole, and the float is built in
Casing.
4. such as a kind of described in any item cable production cooling devices of Claims 2 or 3, it is characterised in that: described second is empty
It is intracavitary to be equipped with heat barrier foam layer.
5. a kind of cable production cooling device as described in claim 1, it is characterised in that: the pre-cooling is intracavitary equipped with several
Directive wheel, the directive wheel offset one from another setting.
6. a kind of cable production cooling device as described in claim 1, it is characterised in that: also set immediately below the pre-cooling chamber
There is recycling sink, pre-cooling bottom of chamber portion connects with recycling sink.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920490937.XU CN209487224U (en) | 2019-04-12 | 2019-04-12 | Cooling device is used in a kind of production of cable |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920490937.XU CN209487224U (en) | 2019-04-12 | 2019-04-12 | Cooling device is used in a kind of production of cable |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209487224U true CN209487224U (en) | 2019-10-11 |
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ID=68135090
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920490937.XU Active CN209487224U (en) | 2019-04-12 | 2019-04-12 | Cooling device is used in a kind of production of cable |
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| Country | Link |
|---|---|
| CN (1) | CN209487224U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113724937A (en) * | 2021-07-05 | 2021-11-30 | 皖缆集团股份有限公司 | Water cooling equipment for cable production |
-
2019
- 2019-04-12 CN CN201920490937.XU patent/CN209487224U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113724937A (en) * | 2021-07-05 | 2021-11-30 | 皖缆集团股份有限公司 | Water cooling equipment for cable production |
| CN113724937B (en) * | 2021-07-05 | 2023-10-13 | 皖缆集团股份有限公司 | Water cooling equipment for cable production |
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