CN104669494B - Steam type crosslinking pool device for electric wires - Google Patents
Steam type crosslinking pool device for electric wires Download PDFInfo
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- CN104669494B CN104669494B CN201510107779.1A CN201510107779A CN104669494B CN 104669494 B CN104669494 B CN 104669494B CN 201510107779 A CN201510107779 A CN 201510107779A CN 104669494 B CN104669494 B CN 104669494B
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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
The present invention relates to a kind of electric wire steam type crosslinking pool device.
Background technology
Wires and cables industry generally needs to use warm water crosslinking processes insulated wire cores.Warm water crosslinking equipment
Typically there are vaporium, heated pool or steam pond two class mode.
Wherein vaporium is built on ground, in view of its construction cost and isothermal holding are relatively difficult, and one
As capacity smaller, it is impossible to the product that time processing is more, therefore its production efficiency is the lowest.
Heated pool uses sinkage type structure, and part or all of structure is sunken to underground.When cross-linking due to heated pool
Need all to submerge in warm water drum (needing the cable of crosslinking), and its heater typically can only be consolidated
It is contained in the bottom of heated pool, therefore the temperature distribution evenness difference of heated pool causes uniform in quality poor,
Heating process is the longest simultaneously.Differ simultaneously because produce the product quantity loaded in crosslinking pond every time
Sample, when loading product and being very few, needs have the more water yield in pond, thus can consume the energy more；And
When loading product and being more, it is possible that the superfluous problem even overflowing crosslinking pond of water in pond, therefore,
Need the charge weight according to product to adjust the water yield in pond when using heated pool crosslinking method, otherwise may lead
Cause energy waste, thus inconvenient.Cable can be caused to scrap owing to water enters in cable, therefore in crosslinking
Time need to close the two of cable terminations, but cable entirety is all in water during submergence, it is desirable to termination is closed
Be of high quality, otherwise can cause product rejection.
Steam pond uses sinkage type structure as heated pool, but owing to steam mode of heating heats with warm water
Mode compares its Temperature Distribution evenly, and will not occur because product charge weight is different can not be whole by cable
The problem of body submergence, compares with water simultaneously, and steam is difficult to enter in cable, the most just decreases product rejection
Possibility.Therefore steam pond crosslinking method is better than heated pool crosslinking method.
CN201838389U discloses a kind of steam crosslinking device, and it is mainly characterized by comprising: that 1. crosslinking ponds are selected
Sinkage type structure, point cell body and basin lid two parts, cell body first pours with cement, and does preservative treatment, interior
Layer is welded with steel plate, and thick rock wool is placed in the bottom surface in pond, and Margarita powder is filled in side；Basin lid and pond
The junction of body uses the consolidated structure of groove built-in refractory seals bar.2. crosslinking pond basin lid is that portion separates
Opening formula, do slope-shaped, centre adds rock wool heat-preservation layer, and surfaces externally and internally rustless steel front cover, at Os Draconis
Weld suspension ring.3. vapour source uses oil burning boiler.
It is appreciated that from information disclosed in CN201838389U: 1. weld with steel plate inside crosslinking pond
Form, but under the long term of more than 90 DEG C steam of steel plate and produce with produce interval time at height repeatedly
Easily produce corrosion under temperature effect, reduce the service life in crosslinking pond thus increase cost.2. crosslinking pond
Basin lid is part open-type, needs basin lid hangs crosslinking pond during use, is placed on other place, thus
Add the floor space of equipment.Its part open-type understands of both can having, and first part can
To open, and some can not be opened, and fruit is such, then when loading drum to crosslinking pond owing to there being portion
Point position is hidden by basin lid and inconvenient；Its two be basin lid be divided into several part open, the most not only can increase
Add workload when opening basin lid, also can bring unnecessary difficulty at the seal aspect in crosslinking pond.3. steam
Vapour source uses oil burning boiler then production scene need Fuel Tanking Unit or arrange Fuel Tanking Unit in other place
By pipeline, fuel oil being flowed to oil burning boiler, production scene has waste gas generation, moreover fuel oil energy simultaneously
A part for amount is taken away by waste gas, and 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 crosslinking pool device, overcomes existing
There is the deficiency in technology.
For solving above-mentioned technical problem, the technical solution used in the present invention is: electric wire steam type cross-links
Pool device, including cell body and lid, described cell body is buried sinkage type structure, also includes electrical heating
Steam boiler and lid control unit, described cell body includes outer layer, internal layer and bottom, described internal layer and institute
State outer layer to be formed " return " font structure；
Described outer layer is xoncrete structure, and the inner surface of described outer layer has waterproof layer, the top of described outer layer
Face flushes with ground；
Described internal layer is xoncrete structure, and the inner surface of described internal layer has waterproof layer, the top of described internal layer
Face is above the ground level, and the end face of described internal layer has the groove that can accommodate refractory seals bar；
There is between described ectonexine multiple spaced wall, described wall respectively with described internal layer
The inner surface of outer surface and described outer layer is fixed, and fills thermal insulating material in the space between adjacent described wall
Material, between described internal layer and described outer layer, the mode of the top concreting in region is closed, after closing
The end face in the region between described internal layer and described outer layer flushes with ground；
Described bottom is filling thermal insulating material in the network become with concrete construction, described network
Material, the above reinforced concrete structure of described network is constituted at the bottom of the pond of cell body；
Described electric heating steam boiler is installed on ground,
Near described electric heating steam boiler position, there is the depression for collecting condensed water at the bottom of described pond
Sinking chamber, described depression sinking intracavity has high-temp submersible pump, described high-temp submersible pump and described electrical heating
Connected by drinking-water pipe between steam boiler and electricity described in the condensed water suction of described depression sinking intracavity is added
In vapours boiler；
The upper surface in described depression sinking chamber have with described pond at the bottom of the drainage screen that removably connects, described mistake
Filter screen uses stainless steel；
At the bottom of described pond, fixing many group drum fixed gears, be arranged in parallel between described drum fixed gear, adjacent institute
Stating the distance between drum fixed gear is 200-400mm；
Often organize described drum fixed gear and include a plurality of rustless steel channel-section steel be arrangeding in parallel or rustless steel square steel, phase
Spacing between adjacent described rustless steel channel-section steel or rustless steel square steel is 200-400mm；
Having two E font steam discharge pipes in described cell body, described E font steam discharge pipe is with described
Connected by jet chimney between electric heating steam boiler, described jet chimney one end and described Electrothermic steam
Boiler connects, described jet chimney from the direction of described electric heating steam boiler through ground through in described
Layer, and along at the bottom of the described pond of inwall arrival of described internal layer, the other end of described jet chimney is positioned at described
The main centre position of steam discharge pipe E font steam discharge pipe, the branch of described E font steam discharge pipe
Wooden fork pipeline one side upward is provided with some exhaust holes, is used for letting off steam；
Described jet chimney and described E font steam discharge pipe are resistant to elevated temperatures plastic tube or rustless steel
Pipe；
The branch pipeline of two described steam discharge pipes extends towards centre from the both direction of described cell body,
And should be parallel with described rustless steel channel-section steel or described rustless steel square tube；
Described lid includes upper strata wooden structures and lower floor's wooden structures, described upper strata wooden structures and described
Filling insulation material between lower floor's wooden structures, the lower surface of described lid is rustless steel flaggy；
The rustless steel reinforcement that the upper surface of described lid has an angle iron or channel-section steel is made, described rustless steel
Reinforcement is " mouth " shape, " day " shape or " field " shape；
Described lid control unit include hinged fixed mount, support, hoist engine, fixed pulley, movable pulley,
First steel wire rope and the second steel wire rope, described hinged fixed mount, described support and described hoist engine are the most fixing
Being positioned on ground on the position of lid homonymy, the one side of described lid is hinged solid with described by hinge
Determine frame hinged；
Described support includes that crossbeam, described fixed pulley are fixed on described crossbeam, described first steel wire rope
One end is fixed on described crossbeam, and the other end of described first steel wire rope walks around described fixed pulley and described dynamic
Pulley is connected with described hoist engine, and described movable pulley is positioned at the fixing end of described first steel wire rope and described fixed
Between pulley, described movable pulley has suspension hook；
Described rustless steel reinforcement is fixed on away from the one of described hoist engine in the two ends of described second steel wire rope
Bian Shang, described suspension hook catches on the middle part of described second steel wire rope；
After described second steel wire rope a length of makes described suspension hook stretch described second steel wire rope, described second
The straightway that steel wire rope and the described second fixing end of steel wire rope two are formed by connecting constitutes 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, described level
The front end of support bar has the lever in T shape with described support bar, when described lid and described ground in
When 90 °, described lever can be conflicted with described rustless steel reinforcement.
Further, also include that pull bar and retainer ring, described support include retainer ring mounting rod, described fixing
Ring is fixed on described retainer ring mounting rod, away from institute on described pull bar one end and described rustless steel reinforcement
The one side stating hoist engine is hinged, and the other end of described pull bar has hook, when described lid and described ground
During in 90 °, described hook can catch on described retainer ring.
The present invention has the advantage that with good effect:
1. the lid in crosslinking pond is opened for the mode of raising, it is to avoid the lid lifting tool in general crosslinking pond
Hang on one side, compare the defect taken up room.When lid is opened simultaneously the most perpendicular to the ground, Bu Huiying
Ring drum and load crosslinking pond；
2. opening due to the lid mode of raising, the power that lid bears in opening procedure is less than being risen by lid
The mode hung, lid can have longer service life；
3. use electric heating steam boiler, it is not necessary to other energy supply, convenient in production scene installation
And use, it is to avoid use oil burning boiler to need the defect of continuous fuel feeding；Use Electrothermic steam pot simultaneously
The energy utilization rate of stove is higher than oil burning boiler, saves the energy；
4. use steam mode of heating crosslinked cable, the Temperature Distribution cross-linking pond can be allowed more uniform, because of
This and have more preferable product quality；
5. use steam mode of heating crosslinked cable, steam and air mixture are heated to cable needs
Crosslinking temperature, than with warm water crosslinking cable, the water in same space is heated to the crosslinking temperature that cable needs
Saving the substantial amounts of energy, especially crosslinking pond is from a period of time energy-saving effect that cold drop is started working more
Substantially.
6. there is heat insulation measure on each face in crosslinking pond, decrease the heat in work and scatter and disappear, because of
This heating-up time needed is short, is effectively increased production efficiency and decreases energy resource consumption, especially circulating
Use the condensed water in the crosslinking pond that temperature is higher, be more beneficial for saving the energy；
7. below crosslinking pond, employing concrete construction becomes network, grid central filler insulation material,
The above reinforced concrete structure of network constitutes at the bottom of the pond in crosslinking pond, has so taken into account insulation and has handed over
Load-bearing requirements bottom connection pond, it is to avoid directly cause crosslinking bottom surface construction crosslinking pond on insulation material
Pond weight capacity and causes after life-time service because of the deformation of insulation material cross-linking cracking bottom pond not
Problem；
8. the setting of drum fixed gear avoids drum and rolls and the cable gouge that causes in crosslinking pond, protects
Demonstrate,prove product quality；
9. with stainless steel material below drum fixed gear and lid, it is to avoid cause because of material corrosion
Product be contaminated, it is ensured that product quality.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of the present invention；
Fig. 2 is cell body structural representation；
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 is to cut structural representation bottom Fig. 2 open；
In figure: 1-outer layer；2-internal layer；3-groove；4-drum fixed gear；5-steam discharge pipe；6-steam discharge
Hole；7-jet chimney；8-drinking-water pipe；9-wall；Space between 10-wall；11-network；12-is recessed
Sag heavy chamber；13-drainage screen；14-ground；15-lid；16-rustless steel reinforcement；17-support；18-is horizontal
Beam；19-retainer ring mounting rod；20-retainer ring；21-fixed pulley；22-the first steel wire rope；23-is dynamic sliding
Wheel；24-suspension hook；25-support bar；26-the second steel wire rope；27-hoist engine；28-pull bar；29-links up with；30-
Lever.
Detailed description of the invention
As it can be seen, the present invention provides a kind of electric wire steam type crosslinking pool device, including cell body and lid
Body 15, cell body is buried sinkage type structure, also include electric heating steam boiler (not shown) and
Lid control unit, steam supply uses electric heating steam boiler, it is not necessary to other energy supply, side
Just installing in production scene and use, cell body includes outer layer 1, internal layer 2 and bottom, internal layer 2 and outer layer 1
Formed " return " font structure；
Outer layer 1 is xoncrete structure, and the inner surface of outer layer 1 has waterproof layer, the end face of outer layer 1 and ground
Face 14 flushes, to reduce manufacturing cost；
Internal layer 2 is xoncrete structure, and the inner surface of internal layer 2 has waterproof layer, and the end face of internal layer 2 is higher than
Ground 14, the end face of internal layer 2 has the groove 3 that can accommodate refractory seals bar, it is ensured that after on lid lid
Air tight, in order to cost-effective internal layer 2 can also use brickwork construction；
According to the size of cell body, one section of wall 9 is set internal layer 2 and being spaced a distance of outer layer 1,
Couple inside and outside layer 2,1, play the effect supporting internal layer 2, wall 9 respectively with the outer surface of internal layer 2
Fix with the inner surface of outer layer 1, in the space between adjacent wall 9, fill insulation material (not shown),
Between internal layer 2 and outer layer 1, the mode of the top concreting in region is closed, internal layer 2 He after closing
The end face in the region between outer layer 1 flushes with ground 14；
Bottom is the network 11 become with concrete construction, fills insulation material (figure in network 11
In do not show), the above reinforced concrete structure of network 11 is constituted at the bottom of the pond of cell body；
Electric heating steam boiler is installed on ground 14,
There is at the bottom of pond the depression sinking chamber 12 for collecting condensed water near electric heating steam boiler position,
Depression has high-temp submersible pump (not shown), high-temp submersible pump (not shown) in sinking chamber 12
It is connected the condensed water suction in depression sinking chamber 12 by drinking-water pipe 8 with between electric heating steam boiler
In electric heating steam boiler；
The upper surface in depression sinking chamber 12 have with pond at the bottom of the drainage screen 13 that removably connects, in order to filter
Foreign material in water, drainage screen 13 uses stainless steel；
At the bottom of pond, fixing many group drum fixed gears 4, be arranged in parallel between drum fixed gear 4, and adjacent drum is solid
Determining the distance between shelves 4 is 200-400mm；
Often group drum fixed gear 4 includes a plurality of rustless steel channel-section steel be arrangeding in parallel or rustless steel square steel, adjacent
Spacing between rustless steel channel-section steel or rustless steel square steel is 200-400mm；
The setting of drum fixed gear 4 is for blocking drum, does not make it roll, it is to avoid because drum is at cell body
Interior rolling and cause damaged products, drum fixed gear 4 spacing should according to use drum diameter determine, also
Can use be not grouped and with 200～400mm many rustless steel groove steel or stainless steels of the parallel distribution of spacing
The mode of square steel constitutes fixed gear, and this kind of drum fixed gear 4 can be according to drum size and production reality
Situation is applied in combination, and drum fixed gear 4 uses the purpose of stainless steel material to be when using circulating water heating to become
During steam, will not because of drum fixed gear 4 material corrosion Pollution Cycle water, and then to Electrothermic steam
Boiler adversely affects；
Having two E font steam discharge pipes 5 in cell body, E font steam discharge pipe 5 steams with electrical heating
Being connected by jet chimney 7 between boiler furnace, jet chimney 7 one end is connected with electric heating steam boiler, steams
Steam pipe road 7 from the direction of electric heating steam boiler through ground 14 through internal layer 2, and along in internal layer 2
Wall arrives at the bottom of pond, and the other end of jet chimney 7 is positioned at steam discharge pipe 5E font steam discharge pipe 5
Main centre position, the branch pipeline of E font steam discharge pipe 5 one side upward is provided with some exhaust holes
6, it is used for letting off steam；
Jet chimney 7 and E font steam discharge pipe 5 is resistant to elevated temperatures plastic tube or stainless steel tube,
Avoid making product be 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 towards centre from the both direction of cell body, and should be with
Rustless steel channel-section steel or rustless steel square tube are parallel, generally uniform to guarantee the Temperature Distribution in crosslinking pond, thus
Ensure product quality concordance；
Lid 15 includes upper strata wooden structures and lower floor's wooden structures, and upper strata wooden structures and lower floor are wooden
Filling insulation material between structure, the lower surface of lid 15 is rustless steel flaggy, on the one hand prevents from using it
Its metal material may produce corrosion, and then polluted product under the effect of steam, on the other hand by steam
Isolate with lid 15, it is to avoid a large amount of moisture absorption of insulation material of wooden lid 15 and inside thus reduce guarantor
Temp effect and the service life affecting lid 15；
The rustless steel reinforcement 16 that the upper surface of lid 15 has an angle iron or channel-section steel is made, prevents it long
Phase deforms after using, and rustless steel reinforcement 16 can select " mouth " shape, " day " according to the size of lid 15
Shape or " field " shape, select " mouth " shape rustless steel reinforcement 16 in the present embodiment；
Lid control unit includes hinged fixed mount (not shown), support 17, hoist engine 27, determines
Pulley 21, movable pulley the 23, first steel wire rope 22 and the second steel wire rope 26, hinged fixed mount, support
17 and hoist engine 27 be both secured to be positioned on ground 14 on the position of lid 15 homonymy, the one of lid 15
Side is hinged with hinged fixed mount by hinge, and lid 15 can be pulled by hoist engine 27 and open,
Avoid general sunk type crosslinking basin lid body 15 to be placed on other positions after needing to sling with equipment, take operation
The shortcoming in space, it is also possible to avoid the shortcoming that lid 15 is easily damaged through lifting by crane frequently, extends
The service life of lid 15；
Support 17 includes that crossbeam 18, fixed pulley 21 are fixed on crossbeam 18, the one of the first steel wire rope 22
End is fixed on crossbeam 18, the other end of the first steel wire rope 22 walk around fixed pulley 21 and movable pulley 23 with
Hoist engine 27 connects, movable pulley 23 between the fixing end and fixed pulley 21 of the first steel wire rope 22,
There is on movable pulley 23 suspension hook 24；
The two ends of the second steel wire rope 26 are fixed on rustless steel reinforcement 16 one side away from hoist engine 27,
Suspension hook 24 catches on the middle part of the second steel wire rope 26；
After second steel wire rope 26 a length of makes suspension hook 24 stretch the second steel wire rope 26, the second steel wire rope
26 and the straightway that is formed by connecting of the fixing end of 26 liang of the second steel wire rope constitute equilateral triangle, beat to reduce
The pressure that lid 15 during body 15 of uncapping itself bears；
Lid 15 can under the effect of lid 15 control unit with ground 14 in 90 °.
Insulation material is expanded perlite or rock wool.
There is on crossbeam 18 horizontal support bar 25 that super lid 15 direction extends, horizontal support bar 25
Front end has the lever 30 in T shape with support bar 25, when lid 15 and ground 14 are in 90 °,
Lever 30 can be conflicted with rustless steel reinforcement 16, and so, support bar 25 allows for lid 15 and arrives vertical
Will not continue to fall backward after straight state；Lever 30 thereon increases connecing of support bar 25 and lid 15
Touch length, it is ensured that stablizing of this support, will not make lid 15 that bigger torsion occurs.
Also including pull bar 28 and retainer ring 20, support 17 includes retainer ring mounting rod 19, retainer ring 20
It is fixed on retainer ring mounting rod 19, away from hoist engine on pull bar 28 one end and rustless steel reinforcement 16
One side of 27 is hinged, and the other end of pull bar 28 has hook 29, when lid 15 and ground 14 are in 90
° time, hook can catch on retainer ring 20 so that withstands lid 15 when lid 15 is pulled to support bar 25
After the hook 29 of pull bar 28 can be hooked in retainer ring 20, lid 15 when preventing hoist engine 27 malfunctioning
Oneself to fall down and cause the accident, lid 15 is the most perpendicular in the angle on ground 14 when fully opening,
This position makes lid 15 not affect the picking and placeing of drum in crosslinking pond.
Heating system in electrically heated boiler uses the water through softening, and the storage softening water can use two
In individual scheme one.Scheme one: install a water tank, for storing and after softening water, crosslinking
Condensed water in pond regularly or is extracted out continuously, supplements water tank.In order to energy-conservation, water tank to take insulation
Measure, supplies the softening water of steam boiler higher temperature as far as possible.Scheme two: the most direct
With crosslinking pond as water tank.During operational version two, in order to do not make condensed water be dipped at the end socket of cable from
And be likely to enter in cable, affect product quality, the height of drum fixed gear 4 can be properly increased.
Above embodiments of the invention are described in detail, but described content has been only the preferable of the present invention
Embodiment, it is impossible to be considered the practical range for limiting the present invention.All made according to the present patent application scope
Impartial change and improvement etc., within all should still belonging to the patent covering scope of the present invention.
Claims (4)
1. electric wire steam type crosslinking pool device, including cell body and lid, described cell body is embedment underground
Sinkage type structure, it is characterised in that: also include electric heating steam boiler and lid control unit, described
Cell body includes that outer layer, internal layer and bottom, described internal layer and described outer layer are formed " return " font structure；
Described outer layer is xoncrete structure, and the inner surface of described outer layer has waterproof layer, the top of described outer layer
Face flushes with ground；
Described internal layer is xoncrete structure, and the inner surface of described internal layer has waterproof layer, the top of described internal layer
Face is above the ground level, and the end face of described internal layer has the groove that can accommodate refractory seals bar；
There is between described ectonexine multiple spaced wall, described wall respectively with described internal layer
The inner surface of outer surface and described outer layer is fixed, and fills thermal insulating material in the space between adjacent described wall
Material, between described internal layer and described outer layer, the mode of the top concreting in region is closed, after closing
The end face in the region between described internal layer and described outer layer flushes with ground；
Described bottom is filling thermal insulating material in the network become with concrete construction, described network
Material, the above reinforced concrete structure of described network is constituted at the bottom of the pond of cell body；
Described electric heating steam boiler is installed on ground,
Near described electric heating steam boiler position, there is the depression for collecting condensed water at the bottom of described pond
Sinking chamber, described depression sinking intracavity has high-temp submersible pump, described high-temp submersible pump and described electrical heating
Connected by drinking-water pipe between steam boiler and electricity described in the condensed water suction of described depression sinking intracavity is added
In vapours boiler；
The upper surface in described depression sinking chamber have with described pond at the bottom of the drainage screen that removably connects, described mistake
Filter screen uses stainless steel；
At the bottom of described pond, fixing many group drum fixed gears, be arranged in parallel between described drum fixed gear, adjacent institute
Stating the distance between drum fixed gear is 200-400mm；
Often organize described drum fixed gear and include a plurality of rustless steel channel-section steel be arrangeding in parallel or rustless steel square steel, phase
Spacing between adjacent described rustless steel channel-section steel or rustless steel square steel is 200-400mm；
Having two E font steam discharge pipes in described cell body, described E font steam discharge pipe is with described
Connected by jet chimney between electric heating steam boiler, described jet chimney one end and described Electrothermic steam
Boiler connects, described jet chimney from the direction of described electric heating steam boiler through ground through in described
Layer, and along at the bottom of the described pond of inwall arrival of described internal layer, the other end of described jet chimney is positioned at described
The main centre position of steam discharge pipe E font steam discharge pipe, the branch of described E font steam discharge pipe
Wooden fork pipeline one side upward is provided with some exhaust holes, is used for letting off steam；
Described jet chimney and described E font steam discharge pipe are resistant to elevated temperatures plastic tube or rustless steel
Pipe；
The branch pipeline of two described steam discharge pipes extends towards centre from the both direction of described cell body,
And should be parallel with described rustless steel channel-section steel or described rustless steel square tube；
Described lid includes upper strata wooden structures and lower floor's wooden structures, described upper strata wooden structures and described
Filling insulation material between lower floor's wooden structures, the lower surface of described lid is rustless steel flaggy；
The rustless steel reinforcement that the upper surface of described lid has an angle iron or channel-section steel is made, described rustless steel
Reinforcement is " mouth " shape, " day " shape or " field " shape；
Described lid control unit include hinged fixed mount, support, hoist engine, fixed pulley, movable pulley,
First steel wire rope and the second steel wire rope, described hinged fixed mount, described support and described hoist engine are the most fixing
Being positioned on ground on the position of lid homonymy, the one side of described lid is hinged solid with described by hinge
Determine frame hinged；
Described support includes that crossbeam, described fixed pulley are fixed on described crossbeam, described first steel wire rope
One end is fixed on described crossbeam, and the other end of described first steel wire rope walks around described fixed pulley and described dynamic
Pulley is connected with described hoist engine, and described movable pulley is positioned at the fixing end of described first steel wire rope and described fixed
Between pulley, described movable pulley has suspension hook；
Described rustless steel reinforcement is fixed on away from the one of described hoist engine in the two ends of described second steel wire rope
Bian Shang, described suspension hook catches on the middle part of described second steel wire rope；
After described second steel wire rope a length of makes described suspension hook stretch described second steel wire rope, described second
The straightway that steel wire rope and the described second fixing end of steel wire rope two are formed by connecting constitutes equilateral triangle；
Described lid can be 90 ° with described ground under the effect of described lid control unit.
Electric wire steam type the most according to claim 1 crosslinking pool device, it is characterised in that:
Described insulation material is expanded perlite or rock wool.
Electric wire steam type the most according to claim 1 and 2 crosslinking pool device, its feature exists
In: there is on described crossbeam the horizontal support bar that super described lid direction extends, described horizontal support bar
Front end 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 rustless steel reinforcement.
Electric wire steam type the most according to claim 1 and 2 crosslinking pool device, its feature exists
In: also include that pull bar and retainer ring, described support include that retainer ring mounting rod, described retainer ring are fixed on
On described retainer ring mounting rod, away from described hoist engine on described pull bar one end and described rustless steel reinforcement
One side hinged, the other end of described pull bar has hook, 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 CN104669494A (en) | 2015-06-03 |
| CN104669494B true 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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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 |
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| Publication number | Publication date |
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| CN104669494A (en) | 2015-06-03 |
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