CN104669494A - Steam type crosslinking pool device for electric wires - Google Patents
Steam type crosslinking pool device for electric wires Download PDFInfo
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- CN104669494A CN104669494A CN201510107779.1A CN201510107779A CN104669494A CN 104669494 A CN104669494 A CN 104669494A CN 201510107779 A CN201510107779 A CN 201510107779A CN 104669494 A CN104669494 A CN 104669494A
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Abstract
The invention provides a steam type crosslinking pool device for electric wires. The device comprises a pool body and a cover body, wherein the pool body adopts a buried sunken structure. The device further comprises an electric heating steam boiler and a cover body control unit. The pool body comprises an outer layer, an inner layer and a bottom, wherein the inner layer and the outer layer form a structure which is shaped like a Chinese character Hui; a plurality of vertical walls are arranged between the inner layer and the outer layer, so that grids are formed between the inner layer and the outer layer; the grids are filled with insulating materials; a bottom plate adopts a grid structure, and the grids are filled with insulating materials too; the upper surface of the outer layer is aligned with the ground and the upper surface of the inner layer is higher than the ground; the bottom plate is provided with a sunken structure for collecting condensate water; a filter screen is arranged on the sunken structure which is internally provided with an immersible pump and a water suction pipe; a wire coil fixing baffle and a steam discharge pipe are arranged in the pool body; the steam discharge pipe is connected with the electric heating steam boiler through a steam pipeline. The steam type crosslinking pool device provided by the invention has the benefits that the energy consumption is low and the equipment is good in durability.
Description
Technical field
This practicality newly relates to a kind of electric wire steam-type and is cross-linked pool device.
Background technology
Wires and cables industry generally needs to use warm water crosslinking processes insulated wire cores.Warm water crosslinking equipment generally has vaporium, heated pool or steam pond two class mode.
Wherein vaporium is built on ground, in view of its construction cost and isothermal holding more difficult, general capacity is all smaller, can not the more product of time processing, therefore its production efficiency is comparatively low.
Heated pool adopts sinkage type structure, and part or all of structure is sunken to underground.Owing to needing all to be submerged in warm water by drum (cable that needs are crosslinked) when heated pool is cross-linked, and its heater generally can only be packed in the bottom of heated pool, therefore the temperature distribution evenness difference of heated pool causes uniform in quality poor, heating process is relatively long simultaneously.Simultaneously different owing to producing the product quantity loaded in crosslinked pond at every turn, when loading product and being very few, need that there is in pond the more water yield, thus can consume the energy more; And when loading product and being more, the superfluous problem of even overflowing crosslinked pond of water in pond may be there is, therefore, using during heated pool crosslinking method needs according to the water yield in the charge weight adjustment pond of product, otherwise may cause energy waste, thus inconvenient.Cable can be caused to scrap because water enters in cable, when crosslinked, therefore need two of cable terminations to close, but whole cable all during submergence, requires closed being of high quality in termination, otherwise can cause product rejection in water.
Steam pond is same with heated pool adopts sinkage type structure, but compare its Temperature Distribution with warm water mode of heating due to Steam Heating mode evenly, and can not occur because product charge weight is different can not by the problem of whole cable submergence, compare with water simultaneously, steam is difficult to enter in cable, also just decreases the possibility of product rejection.Therefore steam pond crosslinking method is better than heated pool crosslinking method.
CN201838389U discloses a kind of steam crosslinking device, and its principal character is: 1. sinkage type structure is selected in crosslinked pond, point pond body and pond lid two parts, Chi Tixian cement is built, and does preservative treatment, and internal layer is welded with steel plate, thick rock wool is placed in the bottom surface in pond, side infill pearl powder; The junction of Chi Gai and pond body adopts the consolidated structure of the built-in refractory seals bar of groove.2. crosslinked Chi Chigai is part open-type, and do slope-shaped, centre adds rock wool heat-preservation layer, and surfaces externally and internally stainless steel front cover, at keel, place welds suspension ring.3. vapour source adopts oil burning boiler.
Can learn from information disclosed in CN201838389U: 1. inside, crosslinked pond is welded with steel plate, but very easily produce corrosion with when producing interval with production under high/low temperature effect repeatedly under the long term of steel plate more than 90 DEG C steam, minimizing is cross-linked the service life in pond thus increases cost.2. crosslinked Chi Chigai is part open-type, needs Chi Gai to hang crosslinked pond during use, is placed on other place, thus adds the floor space of equipment.Its part open-type can have the understanding of two aspects, and first part can be opened, and some can not be opened, and fruit is so, then inconvenient owing to there being portion to be hidden by Chi Gai when loading drum to crosslinked pond; Its two be Chi Gai be divided into several part open, so not only can increase open pond lid time workload, also can bring unnecessary difficulty at the seal aspect in crosslinked pond.3. vapour source adopt oil burning boiler then production scene need Fuel Tanking Unit or arrange in other place Fuel Tanking Unit by pipeline by fuel delivery to oil burning boiler, production scene has waste gas generation simultaneously, moreover a part for fuel oil energy is taken away by waste gas, its energy waste phenomenon is obvious.
Summary of the invention
The problem to be solved in the present invention is to provide a kind of electric wire steam-type and is cross-linked pool device, overcomes deficiency of the prior art.
For solving the problems of the technologies described above, the technical solution used in the present invention is: electric wire steam-type is cross-linked pool device, comprise pond body and lid, described pond body is buried sinkage type structure, also comprise electric heating steam boiler and lid control unit, described pond body comprises skin, internal layer and bottom, and described internal layer and described skin are formed " return " font structure;
Described skin is xoncrete structure, and described outer field inner surface has watertight composition, and described outer field end face flushes with ground;
Described internal layer is xoncrete structure, and the inner surface of described internal layer has watertight composition, and the end face of described internal layer is above the ground level, and the end face of described internal layer has the groove that can hold refractory seals bar;
There is between described ectonexine multiple spaced wall, described wall is fixed with the outer surface of described internal layer and described outer field inner surface respectively, fill insulant material in space between adjacent described wall, between described internal layer and described skin, the mode of the top concreting in region is closed, and the end face in the region after closing between described internal layer and described skin flushes with ground;
Described bottom is the network become with concrete construction, fill insulant material in described network, at the bottom of the pond above with reinforced concrete structure formation pond body of described network;
Described electric heating steam boiler is installed on ground,
There is near described electric heating steam boiler position at the bottom of described pond the depression sinking chamber for collecting condensed water, have high-temp submersible pump in described depression sinking chamber, described high-order immersible pump is connected in electric heating steam boiler described in the condensed water suction in described depression sinking chamber with between described electric heating steam boiler by drinking-water pipe;
The upper surface in described depression sinking chamber has and the screen pack removably connected at the bottom of described pond, and described screen pack adopts stainless steel;
Fixing many group drum fixed gears at the bottom of described pond, be arranged in parallel between described drum fixed gear, the distance between adjacent described drum fixed gear is 200-400mm;
Often organize described drum fixed gear and comprise many stainless steel channel-section steels or stainless steel square steel be arranged in parallel, the spacing between adjacent described stainless steel channel-section steel or stainless steel square steel is 200-400mm;
There are in the body of described pond two E font steam discharge pipes, described E font steam discharge pipe is connected by jet chimney with between described electric heating steam boiler, described jet chimney one end is connected with described electric heating steam boiler, described jet chimney passes described internal layer from the direction of described electric heating steam boiler through ground, and arrive at the bottom of described pond along the inwall of described internal layer, the other end of described jet chimney is positioned at the main centre position of described steam discharge pipe E font steam discharge pipe, the branch pipeline one side upward of described E font steam discharge pipe is provided with some exhaust holes, for letting off steam,
Described jet chimney and described E font steam discharge pipe are resistant to elevated temperatures plastic tube or stainless steel tube;
The branch pipeline of two described steam discharge pipes extends from the both direction of described pond body towards centre, and should be parallel with described stainless steel channel-section steel or described stainless steel square tube;
Described lid comprises upper strata wooden structures and lower floor's wooden structures, fill insulant material between described upper strata wooden structures and described lower floor wooden structures, and the lower surface of described lid is stainless steel flaggy;
The upper surface of described lid has the stainless steel reinforcement that angle iron or channel-section steel are made, and described stainless steel reinforcement is " mouth " shape, " day " shape or " field " shape;
Described lid control unit comprises hinged fixed mount, support, hoist engine, fixed pulley, movable pulley, the first steel wire rope and the second steel wire rope, described hinged fixed mount, described support and described hoist engine be all fixed on ground is positioned at lid homonymy position on, a side of described lid by hinge and described hinged fixed mount hinged;
Described support comprises crossbeam, described fixed pulley is fixed on described crossbeam, one end of described first steel wire rope is fixed on described crossbeam, the other end of described first steel wire rope is walked around described fixed pulley and is connected with described hoist engine with described movable pulley, described movable pulley, between the stiff end and described fixed pulley of described first steel wire rope, described movable pulley has suspension hook;
The two ends of described second steel wire rope are fixed on described stainless steel reinforcement one side away from described hoist engine, and described suspension hook catches on the middle part of described second steel wire rope;
The length of described second steel wire rope is for after making stretching described second steel wire rope of described suspension hook, and the straightway that described second steel wire rope and described second steel wire rope two stiff end are formed by connecting forms equilateral triangle;
Described lid can be 90 ° with described ground under the effect of described lid control unit.
Further, described insulation material is expanded perlite or rock wool.
Further, described crossbeam has the horizontal support bar that super described lid direction extends, the front end of described horizontal support bar has the lever in T shape with described support bar, and when described lid and described ground are 90 °, described lever can be conflicted with described stainless steel reinforcement.
Further, also comprise pull bar and retainer ring, described support comprises retainer ring mounting rod, described retainer ring is fixed on described retainer ring mounting rod, one side away from described hoist engine on described pull bar one end and described stainless steel reinforcement is hinged, the other end of described pull bar has hook, and when described lid and described ground are 90 °, described hook can catch on described retainer ring.
The advantage that the present invention has and good effect are:
1. the lid in crosslinked pond is opened for the mode of raising, and the lid lifting tool avoiding general crosslinked pond hangs, and compares the defect taken up room.Substantially perpendicular to the ground when lid is opened simultaneously, drum can not be affected and load crosslinked pond;
2., because the lid mode of raising is opened, the power that lid bears in opening procedure is less than the mode of being lifted by crane by lid, and lid can have longer service life;
3. use electric heating steam boiler, do not need other energy supply, convenient in production scene installation and use, avoid the defect using oil burning boiler to need continuous fuel feeding; Use the energy utilization rate of electric heating steam boiler higher than oil burning boiler, economize energy simultaneously;
4. use Steam Heating mode crosslinked cable, the Temperature Distribution in crosslinked pond can be allowed more even, therefore have better product quality;
5. use Steam Heating mode crosslinked cable, steam and air mixture are heated to the crosslinking temperature that cable needs, the crosslinking temperature that the water in same space is heated to cable by ratio warm water crosslinking cable to be needed will save a large amount of energy, and especially crosslinked pond is more obvious from a period of time energy-saving effect that cold drop is started working.
6. each face in crosslinked pond there is heat insulation measure, decrease the heat loss in work, the heating-up time therefore needed is short, effectively improves production efficiency and decreases energy resource consumption, especially recycle the condensed water in the higher crosslinked pond of temperature, be more conducive to economize energy;
7. adopt concrete construction to become network below crosslinked pond, grid central filler insulation material, at the bottom of the pond above with the crosslinked pond of reinforced concrete structure formation of network, taken into account the load-bearing requirements bottom insulation and crosslinked pond like this, avoid directly on insulation material surface construction be cross-linked and bottom pond, cause crosslinked pond weight capacity not and after Long-Time Service, cause the problem that ftractures bottom crosslinked pond because of the distortion of insulation material;
8. the setting of drum fixed gear avoids drum and rolls in crosslinked pond and the cable gouge caused, and ensure that product quality;
9. use stainless steel material below drum fixed gear and lid, avoid the product caused because of material corrosion contaminated, ensure that product quality.
Accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present invention;
Fig. 2 is pond body structure schematic diagram;
Fig. 3 is the overall structure schematic diagram that Fig. 2 observes from top;
Fig. 4 is that Fig. 2 upper surface cuts structural representation open;
Fig. 5 cuts structural representation open bottom Fig. 2;
In figure: 1-is outer; 2-internal layer; 3-groove; 4-drum fixed gear; 5-steam discharge pipe; 6-exhaust hole; 7-jet chimney; 8-drinking-water pipe; 9-wall; Space between 10-wall; 11-network; 12-caves in sinking chamber; 13-screen pack; 14-ground; 15-lid; 16-stainless steel reinforcement; 17-support; 18-crossbeam; 19-retainer ring mounting rod; 20-retainer ring; 21-fixed pulley; 22-first steel wire rope; 23-movable pulley; 24-suspension hook; 25-support bar; 26-second steel wire rope; 27-hoist engine; 28-pull bar; 29-links up with; 30-lever.
Detailed description of the invention
As shown in the figure, the invention provides a kind of electric wire steam-type and be cross-linked pool device, comprise pond body and lid 15, pond body is buried sinkage type structure, also comprises electric heating steam boiler (not shown) and lid control unit, and steam supply adopts electric heating steam boiler, do not need other energy supply, convenient in production scene installation and use, pond body comprises skin 1, internal layer 2 and bottom, internal layer 2 and outer 1 formation " return " font structure;
Outer 1 is xoncrete structure, and the inner surface of outer 1 has watertight composition, and the end face of outer 1 flushes with ground 14, to reduce manufacturing cost;
Internal layer 2 is xoncrete structure, the inner surface of internal layer 2 has watertight composition, and the end face of internal layer 2 is above the ground level 14, and the end face of internal layer 2 has the groove 3 that can hold refractory seals bar, guarantee that lid covers rear air tight, in order to cost-saving internal layer 2 also can adopt brickwork construction;
According to the size of pond body, at internal layer 2 and being spaced a distance of skin 1, one section of wall 9 is set, connect inside and outside layer 2,1, play the effect supporting internal layer 2, wall 9 is fixed with the outer surface of internal layer 2 and the inner surface of outer 1 respectively, fill insulant material (not shown) in space between adjacent wall 9, between internal layer 2 and outer 1, the mode of the top concreting in region is closed, and the end face in the region after closing between internal layer 2 and outer 1 flushes with ground 14;
Bottom is the network 11 become with concrete construction, fill insulant material (not shown) in network 11, at the bottom of the pond above with reinforced concrete structure formation pond body of network 11;
Electric heating steam boiler is installed on ground 14,
There is near electric heating steam boiler position at the bottom of pond the depression sinking chamber 12 for collecting condensed water, depression has high-temp submersible pump (not shown) in sinking chamber 12, and high-order immersible pump (not shown) is connected in the condensed water suction electric heating steam boiler that caves in sinking chamber 12 with between electric heating steam boiler by drinking-water pipe 8;
The upper surface in depression sinking chamber 12 has and the screen pack 13 removably connected at the bottom of pond, and in order to the foreign material in filtered water, screen pack 13 adopts stainless steel;
Fixing many group drum fixed gears 4 at the bottom of pond, be arranged in parallel between drum fixed gear 4, the distance between adjacent drum fixed gear 4 is 200-400mm;
Often organize drum fixed gear 4 and comprise many stainless steel channel-section steels or stainless steel square steel be arranged in parallel, the spacing between adjacent stainless steel channel-section steel or stainless steel square steel is 200-400mm;
The setting of drum fixed gear 4 is for blocking drum, it is not made to roll, avoid because drum rolls in the body of pond and cause damaged products, drum fixed gear 4 spacing should be determined according to using the diameter of drum, also can adopt and do not divide into groups and formed fixed gear in the mode of the parallel distribution of the spacing of 200 ~ 400mm many stainless steel channel-section steels or stainless steel square steel, and this kind of drum fixed gear 4 can combinationally use according to drum size and production actual conditions, drum fixed gear 4 uses the object of stainless steel material to be when using circulating water heating to become steam, can not because of drum fixed gear 4 material corrosion Pollution Cycle water, and then adverse effect is caused to electric heating steam boiler,
There are in the body of pond two E font steam discharge pipes 5, E font steam discharge pipe 5 is connected by jet chimney 7 with between electric heating steam boiler, jet chimney 7 one end is connected with electric heating steam boiler, jet chimney 7 passes internal layer 2 from the direction of electric heating steam boiler through ground 14, and arrive at the bottom of pond along the inwall of internal layer 2, the other end of jet chimney 7 is positioned at the main centre position of steam discharge pipe 5E font steam discharge pipe 5, the branch pipeline one side upward of E font steam discharge pipe 5 is provided with some exhaust holes 6, for letting off steam;
Jet chimney 7 and E font steam discharge pipe 5 are resistant to elevated temperatures plastic tube or stainless steel tube, avoid making product contaminated because using general coating steel pipe to produce corrosion under high-temperature steam effect;
The branch pipeline of two steam discharge pipes 5 extends from the both direction of pond body towards centre, and should be parallel with stainless steel channel-section steel or stainless steel square tube, roughly even to guarantee the Temperature Distribution in crosslinked pond, thus ensures product quality uniformity;
Lid 15 comprises upper strata wooden structures and lower floor's wooden structures, fill insulant material between upper strata wooden structures and lower floor's wooden structures, the lower surface of lid 15 is stainless steel flaggy, prevent to produce corrosion under the effect of steam with other metal material on the one hand, and then polluted product, on the other hand steam and lid 15 are isolated, avoid a large amount of moisture absorption of insulation material of wooden lid 15 and inside thus reduce heat insulation effect and the service life affecting lid 15;
The upper surface of lid 15 has the stainless steel reinforcement 16 that angle iron or channel-section steel are made, be out of shape after preventing its Long-Time Service, stainless steel reinforcement 16 can select " mouth " shape, " day " shape or " field " shape according to the size of lid 15, selects " mouth " shape stainless steel reinforcement 16 in the present embodiment;
Lid control unit comprises hinged fixed mount (not shown), support 17, hoist engine 27, fixed pulley 21, movable pulley 23, first steel wire rope 22 and the second steel wire rope 26, hinged fixed mount, support 17 and hoist engine 27 be all fixed on ground 14 is positioned at lid 15 homonymy position on, one side of lid 15 by hinge and hinged fixed mount hinged, lid 15 can be pulled by hoist engine 27 and open, avoid general sunk type to be cross-linked after pond lid 15 needs to sling with equipment and be placed on other positions, take the shortcoming of operating space, also lid 15 can be avoided to hold flimsy shortcoming through lifting by crane frequently, extend the service life of lid 15,
Support 17 comprises crossbeam 18, fixed pulley 21 is fixed on crossbeam 18, one end of first steel wire rope 22 is fixed on crossbeam 18, the other end of the first steel wire rope 22 is walked around fixed pulley 21 and is connected with hoist engine 27 with movable pulley 23, movable pulley 23, between the stiff end and fixed pulley 21 of the first steel wire rope 22, movable pulley 23 has suspension hook 24;
The two ends of the second steel wire rope 26 are fixed on stainless steel reinforcement 16 one side away from hoist engine 27, and suspension hook 24 catches on the middle part of the second steel wire rope 26;
The length of the second steel wire rope 26 is for after making stretching second steel wire rope 26 of suspension hook 24, and the straightway that the second steel wire rope 26 and the second steel wire rope 26 liang of stiff ends are formed by connecting forms equilateral triangle, the pressure itself born with lid 15 in the process reducing to open lid 15;
Lid 15 can be 90 ° with ground 14 under the effect of lid 15 control unit.
Insulation material is expanded perlite or rock wool.
Crossbeam 18 has the horizontal support bar 25 that super lid 15 direction extends, the front end of horizontal support bar 25 has the lever 30 in T shape with support bar 25, when lid 15 is 90 ° with ground 14, lever 30 can be conflicted with stainless steel reinforcement 16, like this, support bar 25 can not continue to fall backward after just making lid 15 arrive plumbness; Lever 30 on it increases support bar 25 and the contact length of lid 15, ensure that the stable of this support, can not make lid 15 that larger torsion occurs.
Also comprise pull bar 28 and retainer ring 20, support 17 comprises retainer ring mounting rod 19, retainer ring 20 is fixed on retainer ring mounting rod 19, one side away from hoist engine 27 on pull bar 28 one end and stainless steel reinforcement 16 is hinged, the other end of pull bar 28 has hook 29, when lid 15 is 90 ° with ground 14, hook can catch on retainer ring 20, make can the hook 29 of pull bar 28 is hooked on retainer ring 20 when lid 15 is pulled to after support bar 25 withstands lid 15, when preventing hoist engine 27 malfunctioning, lid 15 is understood oneself and is fallen down and cause the accident, roughly in the angle perpendicular to ground 14 when lid 15 is opened completely, this position makes lid 15 not affect picking and placeing of drum in crosslinked pond.
Heating system in electrically heated boiler uses through softening water, and the storage of demineralized water can use one in two schemes.Scheme one: install a water tank, for storing and after softening water, being cross-linked the condensed water timing in pond or extracting out continuously, supplementing water tank.In order to energy-conservation, water tank will take Insulation, as far as possible the demineralized water of supply steam boiler higher temperature.Scheme two: as described in the embodiment directly with being cross-linked pond as water tank.During operational version two, in order to not make condensed water be dipped into the end socket place of cable thus likely enter into cable, affecting product quality, suitably can improve the height of drum fixed gear 4.
Above embodiments of the invention have been described in detail, but described content being only preferred embodiment of the present invention, can not being considered to for limiting practical range of the present invention.All equalizations done according to the present patent application scope change and improve, and all should still belong within patent covering scope of the present invention.
Claims (4)
1. electric wire steam-type is cross-linked pool device, comprise pond body and lid, described pond body is buried sinkage type structure, it is characterized in that: also comprise electric heating steam boiler and lid control unit, described pond body comprises skin, internal layer and bottom, and described internal layer and described skin are formed " return " font structure;
Described skin is xoncrete structure, and described outer field inner surface has watertight composition, and described outer field end face flushes with ground;
Described internal layer is xoncrete structure, and the inner surface of described internal layer has watertight composition, and the end face of described internal layer is above the ground level, and the end face of described internal layer has the groove that can hold refractory seals bar;
There is between described ectonexine multiple spaced wall, described wall is fixed with the outer surface of described internal layer and described outer field inner surface respectively, fill insulant material in space between adjacent described wall, between described internal layer and described skin, the mode of the top concreting in region is closed, and the end face in the region after closing between described internal layer and described skin flushes with ground;
Described bottom is the network become with concrete construction, fill insulant material in described network, at the bottom of the pond above with reinforced concrete structure formation pond body of described network;
Described electric heating steam boiler is installed on ground,
There is near described electric heating steam boiler position at the bottom of described pond the depression sinking chamber for collecting condensed water, have high-temp submersible pump in described depression sinking chamber, described high-order immersible pump is connected in electric heating steam boiler described in the condensed water suction in described depression sinking chamber with between described electric heating steam boiler by drinking-water pipe;
The upper surface in described depression sinking chamber has and the screen pack removably connected at the bottom of described pond, and described screen pack adopts stainless steel;
Fixing many group drum fixed gears at the bottom of described pond, be arranged in parallel between described drum fixed gear, the distance between adjacent described drum fixed gear is 200-400mm;
Often organize described drum fixed gear and comprise many stainless steel channel-section steels or stainless steel square steel be arranged in parallel, the spacing between adjacent described stainless steel channel-section steel or stainless steel square steel is 200-400mm;
There are in the body of described pond two E font steam discharge pipes, described E font steam discharge pipe is connected by jet chimney with between described electric heating steam boiler, described jet chimney one end is connected with described electric heating steam boiler, described jet chimney passes described internal layer from the direction of described electric heating steam boiler through ground, and arrive at the bottom of described pond along the inwall of described internal layer, the other end of described jet chimney is positioned at the main centre position of described steam discharge pipe E font steam discharge pipe, the branch pipeline one side upward of described E font steam discharge pipe is provided with some exhaust holes, for letting off steam,
Described jet chimney and described E font steam discharge pipe are resistant to elevated temperatures plastic tube or stainless steel tube;
The branch pipeline of two described steam discharge pipes extends from the both direction of described pond body towards centre, and should be parallel with described stainless steel channel-section steel or described stainless steel square tube;
Described lid comprises upper strata wooden structures and lower floor's wooden structures, fill insulant material between described upper strata wooden structures and described lower floor wooden structures, and the lower surface of described lid is stainless steel flaggy;
The upper surface of described lid has the stainless steel reinforcement that angle iron or channel-section steel are made, and described stainless steel reinforcement is " mouth " shape, " day " shape or " field " shape;
Described lid control unit comprises hinged fixed mount, support, hoist engine, fixed pulley, movable pulley, the first steel wire rope and the second steel wire rope, described hinged fixed mount, described support and described hoist engine be all fixed on ground is positioned at lid homonymy position on, a side of described lid by hinge and described hinged fixed mount hinged;
Described support comprises crossbeam, described fixed pulley is fixed on described crossbeam, one end of described first steel wire rope is fixed on described crossbeam, the other end of described first steel wire rope is walked around described fixed pulley and is connected with described hoist engine with described movable pulley, described movable pulley, between the stiff end and described fixed pulley of described first steel wire rope, described movable pulley has suspension hook;
The two ends of described second steel wire rope are fixed on described stainless steel reinforcement one side away from described hoist engine, and described suspension hook catches on the middle part of described second steel wire rope;
The length of described second steel wire rope is for after making stretching described second steel wire rope of described suspension hook, and the straightway that described second steel wire rope and described second steel wire rope two stiff end are formed by connecting forms equilateral triangle;
Described lid can be 90 ° with described ground under the effect of described lid control unit.
2. electric wire steam-type according to claim 1 is cross-linked pool device, it is characterized in that: described insulation material is expanded perlite or rock wool.
3. electric wire steam-type according to claim 1 and 2 is cross-linked pool device, it is characterized in that: described crossbeam has the horizontal support bar that super described lid direction extends, the front end of described horizontal support bar has the lever in T shape with described support bar, when described lid and described ground are 90 °, described lever can be conflicted with described stainless steel reinforcement.
4. electric wire steam-type according to claim 1 and 2 is cross-linked pool device, it is characterized in that: also comprise pull bar and retainer ring, described support comprises retainer ring mounting rod, described retainer ring is fixed on described retainer ring mounting rod, one side away from described hoist engine on described pull bar one end and described stainless steel reinforcement is hinged, the other end of described pull bar has hook, and when described lid and described ground are 90 °, described hook can catch on described retainer ring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510107779.1A CN104669494B (en) | 2015-03-12 | 2015-03-12 | Steam type crosslinking pool device for electric wires |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510107779.1A CN104669494B (en) | 2015-03-12 | 2015-03-12 | Steam type crosslinking pool device for electric wires |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104669494A true CN104669494A (en) | 2015-06-03 |
| CN104669494B CN104669494B (en) | 2017-01-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510107779.1A Active CN104669494B (en) | 2015-03-12 | 2015-03-12 | Steam type crosslinking pool device for electric wires |
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| CN (1) | CN104669494B (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5532542B2 (en) * | 1973-10-31 | 1980-08-26 | ||
| CN201838389U (en) * | 2010-11-02 | 2011-05-18 | 江西南缆集团有限公司 | Steam crosslinking device |
| CN103887014A (en) * | 2014-03-04 | 2014-06-25 | 安徽海纳电缆集团有限公司 | Steam cross-linking device for wire and cable |
-
2015
- 2015-03-12 CN CN201510107779.1A patent/CN104669494B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5532542B2 (en) * | 1973-10-31 | 1980-08-26 | ||
| CN201838389U (en) * | 2010-11-02 | 2011-05-18 | 江西南缆集团有限公司 | Steam crosslinking device |
| CN103887014A (en) * | 2014-03-04 | 2014-06-25 | 安徽海纳电缆集团有限公司 | Steam cross-linking device for wire and cable |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104669494B (en) | 2017-01-11 |
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