CN202212318U - Anti-corrosion adhesive spreading equipment of cable - Google Patents
Anti-corrosion adhesive spreading equipment of cable Download PDFInfo
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- CN202212318U CN202212318U CN2011202301132U CN201120230113U CN202212318U CN 202212318 U CN202212318 U CN 202212318U CN 2011202301132 U CN2011202301132 U CN 2011202301132U CN 201120230113 U CN201120230113 U CN 201120230113U CN 202212318 U CN202212318 U CN 202212318U
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- turbine
- cable
- coating groove
- dope
- automatic double
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Abstract
The utility model discloses anti-corrosion adhesive spreading equipment of a cable, comprising a spreading device, a heating device and a bracket, wherein the heating device is arranged in the spreading device and is supported on the bracket together with the spreading device, the spreading device comprises a spreading groove, a double-sided turbine and a driving mechanism, wherein the double-sided turbine is arranged in the spreading groove and is connected with the driving mechanism outside the spreading groove. According to the anti-corrosion adhesive spreading equipment of the cable, the anti-corrosion adhesive can be continuously spread on the cable, and the spread anti-corrosion adhesive layer is smooth and uniform.
Description
Technical field
The utility model relates to the cable automatic double surface gluer, relates in particular to a kind of dope automatic double surface gluer of cable.
Background technology
General cable comprises inner wire, insulator, outer conductor and sheath from inside to outside successively; Present increasing cable needed earlier cable to be applied the antiseptic property that one deck dope strengthens cable before the sheath of packing into, to satisfy the use of cable in the specific occasion.But dope freezing point commonly used at present is low; Promptly be easy under the normal temperature solidify and normal gluing, and for the object of this linear structure of cable, or be difficult to be implemented in continuous gluing; Then be difficult to realize uniform gluing; Often in gluing, cause the accumulation of colloid easily, not only make and the purpose that does not reach smooth uniform gluing also cause the waste of dope at cable surface.
The utility model content
The technical problem that the utility model will solve is to realize cable is applied dope continuously to being difficult in the prior art; And be difficult to dope is applied all even smooth defective in ground; A kind of equipment that can apply dope continuously to cable is provided, and coated anticorrosion glue-line is smooth and uniform.
The utility model solves the technical scheme that its technical problem adopted: the dope automatic double surface gluer that a kind of cable is provided; Comprise applying device, heater and support; Wherein said heater is installed in the said applying device; And together with said applying device support on said support, said applying device comprises coating groove, two-sided turbine and driving mechanism; Wherein said two-sided turbine is arranged in the said coating groove, and the driving mechanism outside with being arranged on said coating groove is connected.
In the dope automatic double surface gluer according to the cable of the utility model embodiment, said two-sided turbine comprises first turbine and second turbine, said first turbine and said second turbine minute surface symmetry.
In the dope automatic double surface gluer according to the cable of the utility model embodiment, said first turbine comprises the turbine disk, turbine wheel shaft and a plurality of identical working-blades respectively with second turbine; Wherein,
The said turbine disk is provided with centre bore, and said centre bore is the through hole with the concyclic heart of the said turbine disk, and radius is less than the radius of the said turbine disk;
Said turbine wheel shaft passes the centre bore of the said turbine disk and is connected with said driving mechanism;
Said working-blade is evenly arranged a week on the one side of the said turbine disk; Every said working-blade begins the radially extension along the said turbine disk from the centre bore of the said turbine disk, the tail end-side of every said working-blade on the surface of bending back at the said turbine disk with the said turbine disk radially become angle.
In dope automatic double surface gluer according to the cable of the utility model embodiment,
The working-blade of the working-blade of said first turbine and said second turbine is provided with in opposite directions;
The shared turbine wheel shaft of said first turbine and said second turbine, after said turbine wheel shaft passed the centre bore of said first turbine and said second turbine simultaneously, two ends were vertically fixed on respectively on a pair of relative sidewall of said coating groove;
One end of said turbine wheel shaft reaches beyond the sidewall of said coating groove, and is connected with driving mechanism.
In dope automatic double surface gluer according to the cable of the utility model embodiment,
The top cover of said coating groove is provided with charge door;
Two the relative sidewall of said coating groove is provided with cable inlet and cable outlet, and the line of wherein said cable inlet and said cable outlet is perpendicular to the sidewall of said coating groove, and passes the gap between said first turbine and said second turbine.
In the dope automatic double surface gluer according to the cable of the utility model embodiment, the line of said cable inlet and cable outlet is between the tangent line of the top of the top of the said centre bore tangent line and the said turbine disk.
In the dope automatic double surface gluer according to the cable of the utility model embodiment, said driving mechanism comprises motor, sprocket wheel and chain; Wherein, the output of said motor is connected with said sprocket wheel, and said sprocket wheel is connected with said turbine wheel shaft through said chain.
In the dope automatic double surface gluer according to the cable of the utility model embodiment, said heater comprises a plurality of heating tubes that heat-conducting plate is inner with being arranged on said heat-conducting plate; Said heat-conducting plate is made as the base plate of said coating groove.
In the dope automatic double surface gluer according to the cable of the utility model embodiment, the dope automatic double surface gluer of said cable also comprises automaton; Wherein:
Said automaton comprises electric cabinet and the master controller that is arranged in the said electric cabinet;
Said automaton also comprises colloid peak level sensor, colloid lowest water level sensor that is electrically connected with said master controller and the electric control valve that is arranged on said charge door place;
Said colloid peak level sensor in said coating groove a little less than the horizontal plane at the line of said cable inlet and said cable outlet place, said colloid lowest water level sensor in said coating groove a little more than the bottom tangent place horizontal plane of said turbine.
The beneficial effect that the utility model produces is: because be provided with heater, colloid can not solidify in the process of gluing, so the gluing process becomes feasible; Because in the dope automatic double surface gluer of cable, utilize the two-sided turbine quick rotation dope of kicking up that cable is carried out gluing, therefore can realize all even gluing glossily; Because in the gluing process, two-sided turbine cable to continuous introducing in continuous rotation process carries out gluing, therefore can realize continuous gluing.
Description of drawings
To combine accompanying drawing and embodiment that the utility model is described further below, in the accompanying drawing:
Fig. 1 has described the structural representation according to the dope automatic double surface gluer of the cable of the utility model embodiment;
Fig. 2 is the vertical view of Fig. 1;
Fig. 3 is the structural representation of monolithic turbine;
Fig. 4 is the structural representation of two-sided turbine.
The specific embodiment
For the purpose, technical scheme and the advantage that make the utility model is clearer,, the utility model is further elaborated below in conjunction with accompanying drawing and embodiment.Should be appreciated that specific embodiment described herein only in order to explanation the utility model, and be not used in qualification the utility model.
Be convenient and describe, below discuss and will define the orientation,, but should be understood that like " top ", " below ", " height ", " low ", " top " or " bottom " etc. with reference to Fig. 1, more than only as for example, be not restriction to the utility model.
Referring to Fig. 1-4, wherein Fig. 1 has described the structural representation according to the dope automatic double surface gluer of the cable of the utility model embodiment, and Fig. 2 is the vertical view of Fig. 1.As illustrated in fig. 1 and 2, the dope automatic double surface gluer of cable comprises applying device, heater and support 300, and wherein heater is installed in the applying device, and applying device together with the heater support on support 300.Wherein, Applying device comprises coating groove 110, two-sided turbine 120 and driving mechanism, and coating groove 110 is used to hold dope, and two-sided turbine 120 is arranged in the coating groove 110; And the output of the driving mechanism outside with being arranged on coating groove 110 is connected, thereby can under the drive of driving mechanism, rotate.
Two-sided turbine 120 comprises first turbine 121 and second turbine, 122, the first turbines 121 and second turbine, 122 minute surfaces symmetry.Fig. 3 has described the structural representation of the monolithic turbine (i.e. first turbine 121 or second turbine 122) according to the utility model embodiment; As shown in Figure 3; First turbine 121 and second turbine 122 include the duplicate working-blade 125 of the turbine disk 123, turbine wheel shaft 124 and multi-disc; Wherein (the label 124 expression turbine wheel shafts among Fig. 3 pass from this turbine wheel shaft 124; But the concrete structure of turbine wheel shaft is not shown) pass the centre bore 126 of the turbine disk 123, and be connected with the output of driving mechanism, thereby under the effect of driving mechanism, drive turbine rotation.Wherein, centre bore 126 is arranged on the through hole on the turbine disk 123, the centre bore 126 and the turbine disk 123 concyclic hearts, and radius is less than the radius of the turbine disk 123.On a side surface of the turbine disk 123; Multi-disc working-blade 125 evenly is arranged into a week; Wherein every working-blade 125 radially extension from centre bore 126 beginnings of the turbine disk 123 along the turbine disk 123; But the tail end of working-blade 125 on the surface of the turbine disk 123 radially a side bend, thereby on the surface of the turbine disk 123 with the radially formation certain included angle of the turbine disk 123, said angle is generally acute angle.The overbending direction of all working blade, bending angle and last bending shape are the same, thereby guarantee that the turbine disk 123 lip-deep all working blades are just the same.Therefore; When the direction that takes place along the bending of the tail end of working-blade 125 when turbine is rotated; Particularly when high speed rotating, can in rotational direction ceaselessly stir, change the flow direction of colloid the dope in the coating groove 110; Prevent that the dope colloid from stagnating in coating groove 1, and the colloid of can also in rotation process, kicking up.Those skilled in the art should know; The shape of working-blade 125 can have multiple design, both can for once bend, and repeatedly bending also can be arranged; For example the working-blade shown in Fig. 3 is through twice bending; As long as the tail end of guaranteeing working-blade 125 with radially form an angle, and the size of this angle also can design as required, so all should be within the protection domain of the utility model based on the design of the various working-blades 125 of the utility model.
Fig. 4 has described the structural representation according to the two-sided turbine 120 of the utility model embodiment, and is as shown in Figure 3, first turbine 121 and second turbine, 122 shared turbine wheel shafts 124, and turbine wheel shaft 124 passes the centre bore of first turbine 121 and second turbine 122 simultaneously.The two ends of turbine wheel shaft 124 are vertically fixed on respectively on a pair of relative sidewall of coating groove 110; Wherein an end of turbine wheel shaft 124 reaches beyond the gluing cell wall; For convenience; This end that will stretch out in the narration of back is called link 127, in order to being connected with the output of driving mechanism, thereby can under the drive of driving mechanism, rotate.First turbine 121 and second turbine 122 are each other towards the one side that has working-blade separately; After beginning rotation under the effect of shared turbine wheel shaft 124 at driving mechanism; Drive first turbine 121 with 122 whiles of second turbine, with identical speed rotation, thereby simultaneously the dopes in the coating groove 110 are stirred, for the gap area between first turbine 121 and second turbine 122; Two turbines simultaneously, during in the same way stirring, the dope of kicking up is more even.
Can find out from above; The purpose that two-sided turbine structure is set is; This two-sided turbine can be kicked up the dope colloid effectively from lower level, change the flow direction of colloid, in the embodiment according to the utility model; When being gummed the gap of cable 1 between first turbine 121 and second turbine 122 and passing, utilize the colloid of kicking up in the turbine rotation process to carry out gluing to being gummed cable 1.On the one hand, the structure setting of two-sided turbine can be realized all even smooth gluing to cable; On the other hand, two-sided turbine has been realized working continuously of gluing in the rotation process cable that continues to pass through being carried out gluing continuously; On the other hand, because turbine can be kicked up the colloid of low-level position, therefore also can prevent the incomplete gluing of cable surface when the dope colloid reduces in coating groove 1.
The top cover of coating groove 110 is provided with charge door 114, and the hopper UNICOM that dope is equipped with in charge door 114 and coating groove 110 outsides when the dope in the coating groove 110 is not enough, can add new dope from charge door 114.Utilize the turbine colloid of kicking up to accomplish based on the gluing process in the utility model, so the lowest water level line of dope is the bottom tangent of the turbine disk 123 of turbine in the coating groove 110; Maximum water level is positioned near cable inlet 111 or cable outlet 112 belows, and maximum water level preferably is set to through the turbine center of circle.Therefore the water level of dope should remain between maximum water level and the floor level line in the operation.Be handled easily, the maximum water level of dope is designated the peak level scale on the sidewall of coating groove 110, similarly, the lowest water level line is designated the lowest water level scale.Therefore,, can prevent that on the one hand colloid is not enough, can't carry out gluing cable through maximum water level and the lowest water level line that dope is set; On the other hand, can prevent that also the waterline of colloid is too high, overflow from cable outlet 112, or cable is immersed in the colloid, make gluing inhomogeneous.
Driving mechanism comprises motor, sprocket wheel 131 and chain 132, and driving mechanism is arranged on beyond the coating groove 110, and support is on support 300.Wherein, the output of motor is connected with sprocket wheel 131, and drive sprocket 131 rotates; Chain 132 1 ends are connected with sprocket wheel 131, and the other end is connected with the link 127 of two-sided turbine 120, thereby, in the rotation process of sprocket wheel 131, can drive two-sided turbine 120 through chain 132 and rotate.
Because the freezing point of dope is very low, promptly be easy to condense into piece under the room temperature, thereby can't stir and gluing, therefore also heater need be set, in coating process, heat colloid, thereby successfully accomplish the gluing process.Heater is installed in the applying device, in embodiment according to the utility model, and a plurality of parallel heating tube 220 that heater comprises heat-conducting plate 210 and is arranged on heat-conducting plate 210 inside.Heat-conducting plate 210, can heat the colloid in the coating groove 110 after heating tube 220 energized as the base plate of coating groove 110, and in the embodiment of the utility model, heater can be heated to 200 ℃ with colloid.
In dope automatic double surface gluer according to the cable of the utility model embodiment, also comprise automaton, automaton can not be provided with yet.Automaton comprises electric cabinet and master controller; Automaton also comprises colloid peak level sensor, colloid lowest water level sensor that is electrically connected with master controller and the electric control valve that is arranged on charge door 114 places; Master controller is arranged in the electric cabinet; Colloid peak level sensor is arranged near the below, peak level place in the coating groove 110, promptly near peak level, but does not also arrive peak level; Colloid lowest water level sensor is arranged near the top, lowest water level place in the coating groove 110, promptly near lowest water level, but still a little more than lowest water level.
Adopting dope automatic double surface gluer cable to be carried out in the process of gluing according to the cable of the utility model embodiment; Those skilled in the art should be understood that here; The dope automatic double surface gluer of this cable directly is used on the production line of cable; Already existing guide device trailing cable moves, and therefore in the dope automatic double surface gluer of cable, no longer describes this cable guide device.Before gluing, at first with the heater energized so that the dope colloids in the coating groove 110 are carried out preheating, up to the complete fusion of colloid.Start driving mechanism, under the effect of motor, sprocket wheel 131 drives two-sided turbine 120 through chain 132 with chaindriven mode to begin to rotate.Start the guiding device of trailing cable, cable gets into beginning from cable inlet 111 and coating groove 110, carries out gluing.In another embodiment of the utility model; Be provided with automaton in the dope automatic double surface gluer of cable; When colloid in the gluing process during near the lowest water level line; Colloid lowest water level sensor reports to master controller, and master controller is opened the electric control valve of charge door 114 immediately, begins coating groove 110 is added dope.When colloid during near peak level, colloid peak level sensor reports to master controller, and master controller cuts out the electric control valve of charge door 114 immediately, and the continuation that stops dope adding.
Can find out from above; Employing is carried out in the gluing process cable according to the dope automatic double surface gluer of the cable of the utility model; Because in the dope automatic double surface gluer of cable, adopt the two-sided turbine quick rotation dope of kicking up that cable is carried out gluing, can realize all even gluing glossily; Because in the gluing process, two-sided turbine cable to continuous introducing in continuous rotation process carries out gluing, therefore can realize continuous gluing; Because in the dope automatic double surface gluer of cable, automaton is set, the automatic adding of control dope can also realize continuous automatic glue application.In actual production, the production efficiency of the dope automatic double surface gluer of this cable is high, can arrive 30 meters/minute; Gluing is effective, and the anticorrosion glue-line of coating is smooth evenly; And because the anticorrosion glue-line that applies is even, the situation of accumulation occurs, therefore also provide cost savings.
Those skilled in the art is to be understood that; Though the dope automatic double surface gluer according to the cable of the utility model is to be used to apply dope; But also can the dope automatic double surface gluer according to the cable of the utility model be used for the product to cable or other linear structure; Or these products are applied the colloid of other kinds, for example PUR.Therefore can improve or conversion according to above-mentioned explanation, and all these improvement and conversion all should belong to the protection domain of the utility model accompanying claims.
Claims (9)
1. the dope automatic double surface gluer of a cable; Comprise applying device, heater and support; Wherein said heater is installed in the said applying device; And together with said applying device support on said support, it is characterized in that said applying device comprises coating groove, two-sided turbine and driving mechanism; Wherein said two-sided turbine is arranged in the said coating groove, and the driving mechanism outside with being arranged on said coating groove is connected.
2. the dope automatic double surface gluer of cable according to claim 1 is characterized in that, said two-sided turbine comprises first turbine and second turbine, said first turbine and said second turbine minute surface symmetry.
3. the dope automatic double surface gluer of cable according to claim 2 is characterized in that, said first turbine comprises the working-blade that the turbine disk, turbine wheel shaft and multi-disc are identical respectively with second turbine; Wherein,
The said turbine disk is provided with centre bore, and said centre bore is the through hole with the concyclic heart of the said turbine disk, and radius is less than the radius of the said turbine disk;
Said turbine wheel shaft passes the centre bore of the said turbine disk and is connected with said driving mechanism;
Said working-blade is evenly arranged a week on the one side of the said turbine disk; Every said working-blade begins the radially extension along the said turbine disk from the centre bore of the said turbine disk, the tail end-side of every said working-blade on the surface of bending back at the said turbine disk with the said turbine disk radially become angle.
4. the dope automatic double surface gluer of cable according to claim 3 is characterized in that,
The working-blade of the working-blade of said first turbine and said second turbine is provided with in opposite directions;
The shared turbine wheel shaft of said first turbine and said second turbine, after said turbine wheel shaft passed the centre bore of said first turbine and said second turbine simultaneously, two ends were vertically fixed on respectively on a pair of relative sidewall of said coating groove;
One end of said turbine wheel shaft reaches beyond the sidewall of said coating groove, and is connected with driving mechanism.
5. the dope automatic double surface gluer of cable according to claim 4 is characterized in that,
The top cover of said coating groove is provided with charge door;
Two the relative sidewall of said coating groove is provided with cable inlet and cable outlet, and the line of wherein said cable inlet and said cable outlet is perpendicular to the sidewall of said coating groove, and passes the gap between said first turbine and said second turbine.
6. the dope automatic double surface gluer of cable according to claim 5 is characterized in that, the line of said cable inlet and cable outlet is between the tangent line of the top of the top of the said centre bore tangent line and the said turbine disk.
7. the dope automatic double surface gluer of cable according to claim 6 is characterized in that, said driving mechanism comprises motor, sprocket wheel and chain; Wherein, the output of said motor is connected with said sprocket wheel, and said sprocket wheel is connected with said turbine wheel shaft through said chain.
8. the dope automatic double surface gluer of cable according to claim 7 is characterized in that, said heater comprises a plurality of heating tubes that heat-conducting plate is inner with being arranged on said heat-conducting plate; Said heat-conducting plate is made as the base plate of said coating groove.
9. the dope automatic double surface gluer of cable according to claim 8 is characterized in that, the dope automatic double surface gluer of said cable also comprises automaton; Wherein:
Said automaton comprises electric cabinet and the master controller that is arranged in the said electric cabinet;
Said automaton also comprises colloid peak level sensor, colloid lowest water level sensor that is electrically connected with said master controller and the electric control valve that is arranged on said charge door place;
Said colloid peak level sensor in said coating groove a little less than the horizontal plane at the line of said cable inlet and said cable outlet place, said colloid lowest water level sensor in said coating groove a little more than the bottom tangent place horizontal plane of said turbine.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202301132U CN202212318U (en) | 2011-07-01 | 2011-07-01 | Anti-corrosion adhesive spreading equipment of cable |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202301132U CN202212318U (en) | 2011-07-01 | 2011-07-01 | Anti-corrosion adhesive spreading equipment of cable |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202212318U true CN202212318U (en) | 2012-05-09 |
Family
ID=46011589
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202301132U Expired - Lifetime CN202212318U (en) | 2011-07-01 | 2011-07-01 | Anti-corrosion adhesive spreading equipment of cable |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202212318U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110560325A (en) * | 2019-07-31 | 2019-12-13 | 黄诚 | Cable spraying equipment |
-
2011
- 2011-07-01 CN CN2011202301132U patent/CN202212318U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110560325A (en) * | 2019-07-31 | 2019-12-13 | 黄诚 | Cable spraying equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20120509 |