A kind of cable cooling device
Technical field
The utility model relates to cable manufacture fields, and in particular to a kind of pair of cable carries out the device of cooling down.
Background technique
Cable extrusion processing technique has been applied to various types of cable processing, and cable extrusion processing is commonly used to line
Cable carries out insulation protection or the sheath for being used as cable, and the cable in production and living Jing Guo extrusion processing is seen everywhere, including
People's lives are influenced big, thus cable production by various residential electricity consumption cables, the communications cable and other life cables
Workshop should be ensured that the processing quality of cable extrusion processing.
Process is carried out to cable, huge heat often is generated to cable itself, not only in cable extrusion process
In, it further include that other processing technologys of cable can all generate huge heat to cable itself, workshop is also generally deposited at present
When processing to cable to the problem of the effect difference that cools of cable, we can be frequently seen cable softening in daily life
Deformation, phenomena such as sheath falls off, aging is serious, wherein a big chunk reason is exactly to cool down to after cable processing to these phenomenons
Cooling effect is poor, and cooling not in time, cannot take away the heat on cable in time, cause the cable processed second-rate, this is
One cable urgently to be resolved processes cooling problem.
Utility model content
One, the technical issues of solving
The utility model in view of the deficiencies of the prior art, proposes that a kind of structure is simple, easy to operate, and can be effectively
A kind of cooling cooling device is carried out to the thermal energy generated in cable extrusion process to cable.
Two, specific technical solution
Realization principle: a kind of cable cooling device, include the first cooling trough (3) being connected on same straight line,
Catch basin (2), the second cooling trough (1) further include the first suction pump (4) of the interior water flowing of oriented first cooling trough (3),
It is characterized by: being equipped with the second suction pump (5) in the catch basin (2), which is connected with water service pipe
(6), which is fixed below second cooling trough (1), and water service pipe (6) top and second cooling
Distribution is connected with water inlet pipe (7) between sink (1) bottom, is equipped with drainpipe (8) below second cooling trough (1), should
Distribution is connected with exit branch (9) between drainpipe (8) top and second cooling water pipe bottom.
Working principle: first suction pump water flowing into first cooling trough, and then first cooling trough
Interior water flow to the catch basin, second suction pump by water service pipe and water inlet pipe by the water in the catch basin constantly
It pumping in second cooling trough, the water being passed through in second cooling trough can persistently cool down to cable, and
Drainpipe is equipped with below second cooling trough, the effect of the drainpipe will exactly inhale in second cooling trough
The water for receiving heat is discharged in time in second cooling trough, and such cable in cooling procedure, constantly has cold water to fill into institute
It states in the second cooling trough, and the water that heat has been absorbed in second cooling trough is arranged in time by the exit branch
Out, can expeditiously cool down in time to cable in this way.
As preferred: being equipped with the support frame with idler wheel, first cooling trough below first cooling trough (3)
(3) sliding is set on the idler wheel, and the first cooling trough (3) the inner end activity is threaded through in the catch basin (2), will be described
First cooling trough (3) is set as the mode that can be slided in the catch basin (2), can be appropriate according to needs of production
Ground changes length of first cooling trough (3) in the catch basin (2), to adapt to the line of unlike material and different-diameter
Cable.
As preferred: first cooling trough (3), the second cooling trough (1) bottom are distributed with roller mechanism, the roller
Clamp mechanism includes 2 parallel and roller brackets (10) of top droop and the rotary rollers being set on 2 roller brackets (10)
(11), the mounting groove of different height is offered at the top of 2 roller brackets (10), rotary rollers (11) rotation is set to institute
It states in mounting groove.
When cable moves in first cooling trough (3), the second cooling trough (1), cable can be placed on to institute
It states on rotary rollers (11), by the rotation of the rotary rollers (11), can effectively reduce what cable generated in moving process
Frictional resistance, frictional resistance reduce, thus cable because friction generate heat will reduce, thus further controlling cable rub
Wipe heat.
As preferred: first cooling trough (3), catch basin (2) and the second cooling trough (1) same side are equipped with one
Root is parallel to the leading truck (12) of first cooling trough (3), and lower section is equipped with one along the leading truck at the top of the leading truck (12)
(12) the mobile chain block (13) of top horizontal, cable is in cooling moving process, by the chain block (13) connecting line
The end of cable makes the cable end end lift-off water surface, cable is avoided to intake, and movement of the chain block (13) to cable
Guiding role is played simultaneously.
As preferred: the exit branch (9) is distributed between the adjacent water inlet pipe (7), and described second is cooling
Water fender (14) are equipped with the water inlet pipe (7) corresponding position on sink (1) bottom, the water conservancy diversion direction court of the water fender (14)
To the second cooling trough (1) outer end, valve (15), the gear are equipped on the water inlet pipe (7), exit branch (9)
Towards the second cooling trough (1) outer end, it is cooling that the water inlet pipe (7) flows into described second in the water conservancy diversion direction of water plate (14)
Water in sink (1) allows the water entered to flow to described second rapidly cold by the guide functions of the water fender (14)
But sink (1) outer end, so as to which so that the water having just enter into is distributed rapidly to entire second cooling trough (1), raising is cold
But efficiency.
As preferred: the second cooling trough (1) outside end is equipped with the rolling platform (16) of sliding, when cable passes through
When crossing the second cooling trough (1) outer end, cable is placed on the rolling platform (16), so as to avoid cable with
Second cooling trough (1) outer end CONTACT WITH FRICTION scratches cable so as to avoid the second cooling trough (1) outer end,
It ensure that the integrality of cable.
The utility model has the following beneficial effects:
1, the utility model mainly includes that the first cooling trough, catch basin, the second cooling trough overall structure are simple, behaviour
Facilitate, adaptation cools down cable within the scope of certain diameter.
2, first cooling trough be arranged to can sliding opposite with the catch basin form, therefore can be according to being added
Length of first cooling trough in the catch basin is suitably elongated or reduced to the cable diameter and hardness situation of work cable
Degree.
3, second suction pump connects the water service pipe, which passes through water inlet pipe and second cooling trough
Bottom connection, and second suction pump continuously can carry out moisturizing to second cooling trough, and in adjacent institute
It states and is additionally provided with exit branch between water inlet pipe, the water in second cooling trough pass through after heat absorption is cooling to cable
The exit branch is discharged except second cooling trough, therefore constantly has cold water supplement in entire cooling procedure, mentions significantly
High cooling efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model;
Fig. 2 is the left view schematic diagram of the second cooling trough in Fig. 1;
Fig. 3 is the right side view of Fig. 1;
Fig. 4 is Section A-A diagrammatic cross-section in Fig. 1;
Fig. 5 is utility model works state diagram.
Description of symbols: 1 second cooling trough, 2 catch basins, 3 first cooling troughs, 4 first suction pumps, 5 second take out
Water pump, 6 water service pipes, 7 water inlet pipes, 8 drainpipes, 9 exit branch, 10 roller brackets, 11 rotary rollers, 12 leading trucks, 13 hands
Draw cucurbit, 14 water fenders, 15 valves, 16 wheel platforms, 17 mobile cables.
Specific embodiment
The preferred embodiment of the utility model is described in detail with reference to the accompanying drawing, so that the advantages of the utility model
It can be easier to be readily appreciated by one skilled in the art with feature, to make the protection scope of the utility model apparent clear
Define.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
It is as shown in Figure 1-Figure 3: a kind of cable cooling device, by the first cooling trough 3, the collection being connected on same straight line
Sink 2, the second cooling trough 1, in the first cooling trough of Xiang Suoshu 3 water flowing the first suction pump 4 composition, in the catch basin 2
Equipped with the second suction pump 5, which is connected with water service pipe 6, and it is cooling which is fixed on described second
1 lower section of sink, and distribution is connected with water inlet pipe 7 between 6 top of water service pipe and 1 bottom of the second cooling trough, it is described
Water fender 14, the water conservancy diversion direction court of the water fender 14 are equipped with 7 corresponding position of water inlet pipe on second cooling trough, 1 bottom
To 1 outer end of the second cooling trough, 1 outside end of the second cooling trough is equipped with the rolling platform 16 of sliding, described
It is equipped with drainpipe 8 below second cooling trough 1, connection is distributed between 8 top of drainpipe and second cooling water pipe bottom
There is exit branch 9, the exit branch 9 is distributed between the adjacent water inlet pipe 7, the water inlet pipe 7, exit branch
Valve 15 is equipped on 9.
The support frame with idler wheel is equipped with below first cooling trough 3, the sliding of the first cooling trough 3 is set to described
On idler wheel, and the 3 inner end activity of the first cooling trough is threaded through in the catch basin 2.It is as shown in Figure 4: first cooling water
Slot 3,1 bottom of the second cooling trough are distributed with roller mechanism, which includes 2 parallel and top droop roller branch
Different height is offered at the top of frame 10 and 11,2 roller brackets 10 of rotary rollers on 2 roller brackets 10
Mounting groove, the rotation of rotary rollers 11 are set in the mounting groove.First cooling trough 3, catch basin 2 and second are cooling
The same side of sink 1 is equipped with the leading truck 12 for being parallel to first cooling trough 3, which is equipped with one
A chain block 13 moved along 12 top horizontal of leading truck.
Working principle: as shown in Figure 5: needing through cooling mobile cable 17 successively by first cooling trough 3, collection
Sink 2 and the second cooling trough 1 are cooled down, the first suction pump 4 constantly water flowing into first cooling trough 3,
Mobile cable 17 when first cooling trough 3 by the cold water in first cooling trough 3 by being flooded, thus first of experience
Cooling, mobile cable 17 is continued to move along by second cooling trough 1, which is equipped with water inlet
Branch pipe 7 and exit branch 9, and water inlet pipe 7 and exit branch 9 are arranged alternately, when the water in second cooling trough 1 absorbs
Pass through the exit branch 9 after heat on mobile cable 17 to be discharged except second cooling trough 1, while passing through described the
Constantly into second cooling trough 1, water flowing supplements two suction pumps 5, improves the cooling effect to mobile cable 17.
It, for the ordinary skill in the art, can although having shown that and describing the embodiments of the present invention
These embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit with understanding, repaired
Change, replacement and variant, subject to the scope of the utility model is defined by the following claims.