CN104236352B - Double-deck cooling device for steel strip - Google Patents
Double-deck cooling device for steel strip Download PDFInfo
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- CN104236352B CN104236352B CN201410526783.7A CN201410526783A CN104236352B CN 104236352 B CN104236352 B CN 104236352B CN 201410526783 A CN201410526783 A CN 201410526783A CN 104236352 B CN104236352 B CN 104236352B
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- steel band
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Abstract
The present invention relates to steel band cooling field, and in particular to a kind of double-deck cooling device for steel strip.It includes upper steel band mechanism, lower steel band mechanism and cooler, upper steel band mechanism is loaded on lower steel band mechanism top, material shaping channel is formed between upper steel band mechanism and lower steel band mechanism, lower steel band mechanism is more long than upper steel band mechanism, out position long is charging aperture, upper steel band mechanism includes upper left roller, upper right roller, upper steel band, cuboid framework, water inlet and pump mouth, and lower steel band mechanism includes lower-left roller, bottom right roller, lower steel band, cuboid framework, atomizer, water collecting groove, outlet pipe and rubber Wiper blade.Advantage is simple ingenious design, and distance can be adjusted between upper and lower steel band, and steel band is elastic can be adjusted, cooling water can effectively be distributed and steel band is cooled down, and cooling water can in time extract recycling out, solve cooling water overflow out problem, stable working, efficiency high.
Description
Technical field
The present invention relates to steel band cooling field, and in particular to a kind of double-deck cooling device for steel strip.
Background technology
After being reacted by reactor, products obtained therefrom will be through for the products such as alkyd resin, epoxy resin, sulphur, phenolic resin
Supercooling, crushing process, traditional production process are to allow its natural cooling, form bulk solid matter, then by artificial pulverizing,
So cooling effectiveness is low, and product temperature is very high, in atmosphere easy oxidation deterioration, and bulk solid matter is through artificial powder
It is broken, produce a large amount of dust, workman's production environment very severe.
In the prior art, the China of Patent No. Z mouthfuls 200720131021.2 of the Granted publication of on November 5th, 2008 is real
A kind of double steel belt cooler for emulsion explosive is disclosed with new patent specification, the double steel belt cooler for emulsion explosive is returned by upper strata
Turn steel band system to be superimposed upon in lower floor's revolution steel band system, upper strata revolution steel band spray cooler is arranged on upper strata revolution steel band system
In the annular revolution steel band of system, lower floor's revolution steel band spray cooler is arranged on the annular revolution steel band of lower floor's revolution steel band system
It is interior, feed the mouth of pipe be arranged on delivery end homonymy or installed in delivery end heteropleural.This pair of steel belt cooler is cold due to spraying
But device is all located at turning round the top of steel band, so when material is operated above or into upper strata revolution steel band with in upper rotary steel band
When being run in the gap between layer revolution steel band, material is all only simultaneously cooled, and cooling effectiveness is low, and when its feed pipe
When mouth is arranged on delivery end heteropleural, the spray cooler of upper strata revolution steel band can not work, and material just only has one side
Can be cooled down, therefore inhomogeneous cooling is even, influences the quality of product；Because this pair of steel belt cooler does not have tensioning apparatus, so
When using a period of time, steel band occurs loosening, at this moment needs manually to readjust, production efficiency is influenceed.
In the middle of prior art, the Authorization Notice No. of on October 02nd, 2013 is special for the Chinese utility model of CN203224156U
Profit discloses a kind of pair of steel belt cooler, and the technical problem of solution is to provide a kind of upper and lower surface that can be simultaneously to material to carry out
Double steel belt coolers of cooling, can shorten cool time, improve product quality, and this pair of steel belt cooler has automatic tune
The automatic takeup of whole steel belt tensioning degree, it is elastic that this device can be adjusted steel band with pair roller, but up and down steel band it
Between distance can not adjust, the water inlet pipe and outlet pipe of upper steel band system inside steel band, exist very with regard to simple design and installation
How many problems, cooling water is distributed, and how cooling water is effectively reclaimed, and lower steel band coolant is sprayed on inside steel band, and water can or can not
Left from above well, steel band can be followed to rotate forward, had water and flowed out from front end, this patent working has many deficiencies,
Cannot normally be used after implementation.
The content of the invention
In order to solve foregoing invention content, the present invention proposes a kind of double-deck cooling device for steel strip, and design is simple ingenious, on
Distance can be adjusted between lower steel band, and steel band is elastic can be adjusted, and cooling water can effectively be distributed and steel band is cooled down, and cooling water
Recycling can in time be extracted out, cooling water overflow out problem, stable working, efficiency high is solved.
In order to reach foregoing invention purpose, the present invention proposes following technical problem：
Double-deck cooling device for steel strip, it includes upper steel band mechanism, lower steel band mechanism and cooler, and upper steel band mechanism is loaded on down
Steel band mechanism top, forms material shaping channel between upper steel band mechanism and lower steel band mechanism, lower steel band mechanism is than upper steel belt machine
Structure is long, and out position long is charging aperture, and described upper steel band mechanism includes upper left roller, upper right roller, upper steel band, upper cuboid frame
Frame, water inlet and pump mouth, upper left roller and upper right roller are attached separately to upper cuboid framework two ends by support frame, support
Bearing is housed, upper steel band is wound on upper left roller and upper right roller, some water inlets between framework and upper left roller and upper right roller
, successively mounted in upper steel band lower section inner crest face, described lower steel band mechanism includes lower-left roller, bottom right rolling for mouth and some pump mouths
Wheel, lower steel band, lower cuboid framework, atomizer, water collecting groove, outlet pipe and rubber Wiper blade, lower-left roller and bottom right are rolled
Wheel is attached separately to lower cuboid framework two ends by support frame, and axle is housed between support frame and lower-left roller and bottom right roller
Hold, lower steel band is wound on lower-left roller and bottom right roller, water collecting groove is housed below lower steel band inside front, water collecting groove is built-in
There are some atomizers, some atomizers connect water inlet pipe, and water collecting groove lower end is connected with outlet pipe, lower steel band inner top side
Rubber Wiper blade is designed with the stull of lower cuboid framework upper end, the support of rubber Wiper blade upper end is contacted in lower steel band
Side；Described lower steel band mechanism upper end side is charging aperture, and the other end is discharging opening；The water inlet of described upper steel band mechanism and
The water inlet pipe of lower steel band mechanism is together connected to the cooling liquid outlet of cooler, and the pump mouth of upper steel band mechanism is conveyed by water pump
To in the water collecting groove of lower steel band mechanism, the outlet pipe of lower steel band mechanism connects the cooling liquid inlet of cooler to water；Upper steel band with
The both sides design of lower steel band inner side is equipped with rubber rib.
Described rubber Wiper blade is " people " font Wiper blade, and " people " font Wiper blade bottom is installed towards the operation of lower steel band
Direction, space is 3-5cm between " people " font Wiper blade edge and lower steel band inner rubber rib.
Described water collecting groove lower end is provided with water leg, water leg lower end connection outlet pipe.
Steel belt tensioning dress is installed between described upper steel band mechanism and the support frame and each roller of lower steel band mechanism
Put, the bearing of steel strip tension device is slidably connected at the top and the bottom of support frame, and bearing is consolidated by nut with one end of screw mandrel
Fixed, the screw mandrel other end is fixed through tensioning terminal lateral through aperture with nut, and elastomeric element is set on described screw mandrel；Described
Guide pin bushing and outer bush in being set on screw mandrel, set butterfly spring, two between described butterfly spring between described interior guide pin bushing and outer bush
Two arranged opposites, described butterfly spring two ends set butterfly spring seat；Described bearing is fixedly connected on slide plate, described slide plate slides
It is connected on slide, slide is arranged on the inner side upper/lower terminal of support frame.
The water inlet of described upper steel band mechanism is " mouth " shape pipeline, including left vertical tube, right vertical tube, upper lateral tube and lower horizontal stroke
Pipe, upper lateral tube connects the cooling liquid outlet of cooler, and upper lateral tube two ends connect left and right riser upper end, left and right vertical tube lower end connection
Lower transverse tubule, lower transverse tubule is positioned horizontally in steel band inside front, is provided with 3-5mm, lower transverse tubule between lower transverse tubule and upper steel band
Some apopores, apopore is down.
The pump mouth of described upper steel band mechanism is " mouth " shape pipeline, including left vertical tube, right vertical tube, upper lateral tube and lower horizontal stroke
Pipe, upper lateral tube connects the import of water pump, and upper lateral tube two ends connect left and right riser upper end, and left and right vertical tube lower end connects lower transverse tubule,
Lower transverse tubule is positioned horizontally in steel band inside front, is provided with some water inlets between lower transverse tubule and upper steel band on 3-5mm, lower transverse tubule
Hole, down, lower transverse tubule front end is equipped with water fender, and water fender two ends are fixedly connected on lower transverse tubule for inlet opening, water fender lower end with
Upper steel band distance is 1-2mm, and water fender both sides are 3-5cm with the rubber rib gap of upper steel band.
By regulation between described upper steel band mechanism and the upper cuboid framework of lower steel band mechanism and lower cuboid framework
Bolt and supporting plate are connected, and supporting plate upper end is fixed in the upper cuboid framework of steel band mechanism, and supporting plate lower end is provided with ellipse
Circular elongated hole, bolt passes through oval elongated hole that supporting plate is fixed in the lower cuboid framework of lower steel band mechanism, regulating bolt
Including screw mandrel, adjusting nut and locking nut, screw mandrel is fixedly mounted on the lower cuboid framework upper end of lower steel band mechanism, and screw mandrel is worn
The upper cuboid framework lower end of steel band mechanism is crossed, adjusting nut is spun on the screw mandrel of cuboid framework lower end, locking nut lock
Tightly on the screw mandrel of upper cuboid framework upper end.
It is an advantage of the invention that design is simple, distance can be adjusted between upper and lower steel band, produce and process the product of different-thickness
Being designed to of product, the water inlet of upper steel band mechanism and pump mouth is effectively distributed in cooling water on steel band, Jie after cooling
Matter can be extracted out fast and effectively, prevent overflow, and lower steel band mechanism installs rubber Wiper blade can in time cooling water from steel band
Scrape above, prevent overflow, and have supporting role to lower steel band；The benefit that water leg is installed under water collecting groove can be cooling water
Flock together, facilitate the aqueous solution to reclaim and cooled down again into cooler；This patent design is perfect, safe and reliable,
High working efficiency, is applicable various liquid material cooling shaping production technologies.
Brief description of the drawings
Fig. 1 is schematic diagram of the invention.
Fig. 2 is the elevational schematic view of rubber Wiper blade of the invention.
Fig. 3 is the schematic diagram of steel strip tension device of the invention.
Fig. 4 is the water inlet of upper steel band mechanism of the invention and the schematic diagram of pump mouth.
Fig. 5 is governor motion schematic diagram between upper steel band mechanism of the invention and lower steel band mechanism.
Specific embodiment
In order to the present invention is further described, introduced with reference to Figure of description：
Referring to the drawings, double-deck cooling device for steel strip, it includes upper steel band mechanism 1, lower steel band mechanism 2 and cooler, upper steel
Band mechanism 1 forms material shaping channel, lower steel loaded on the top of lower steel band mechanism 2 between upper steel band mechanism 1 and lower steel band mechanism 2
Band mechanism 2 is more long than upper steel band mechanism 1, and out position long is charging aperture, and described upper steel band mechanism 1 includes upper left roller 11, upper right
Roller 12, upper steel band 13, upper cuboid framework 14, water inlet 15 and pump mouth 16, upper left roller 11 and upper right roller 12 pass through
Support frame 8 is attached separately to the two ends of cuboid framework 14, is equipped between support frame 8 and upper left roller 11 and upper right roller 12
Bearing, upper steel band 13 is wound on upper left roller 11 and upper right roller 13, and some water inlets 15 and some pump mouths 16 are mounted in successively
The lower section inner crest face of upper steel band 13, described lower steel band mechanism 2 includes lower-left roller 21, bottom right roller 22, lower steel band 23, lower length
Cube framework 24, atomizer 25, water collecting groove 26, outlet pipe 27 and rubber Wiper blade 28, lower-left roller 21 and bottom right roller
22 are attached separately to the two ends of lower cuboid framework 24 by support frame 8, support frame 8 and lower-left roller 21 and bottom right roller 22 it
Between bearing is housed, lower steel band 23 is wound on lower-left roller 21 and bottom right roller 22, is received equipped with water below the lower inside front of steel band 23
Collection groove 26, water collecting groove 26 is built with some atomizers 25, the connection water inlet pipe 29 of some atomizers 25, under water collecting groove 26
End is connected with outlet pipe 27, and the lower inner top side of steel band 23 is designed with horizontal stroke of the rubber Wiper blade 28 mounted in the upper end of lower cuboid framework 24
In support, the lower steel band inner side of the upper end of rubber Wiper blade 28 support contact；The described upper end side of lower steel band mechanism 2 is charging aperture, separately
One end is discharging opening；The water inlet pipe of the water inlet of described upper steel band mechanism 1 and lower steel band mechanism is together connected to cooler
Cooling liquid outlet, the pump mouth 16 of upper steel band mechanism 1 conveys water in the water collecting groove of lower steel band mechanism by water pump 8, lower steel
Outlet pipe with mechanism 2 connects the cooling liquid inlet of cooler；Upper steel band 13 is equipped with rubber with the design of the inner side both sides of lower steel band 23
Rib 3.
Described rubber Wiper blade 28 is " people " font Wiper blade, and " people " font Wiper blade bottom is installed towards lower steel band fortune
Line direction, space is 3-5cm between " people " font Wiper blade edge and lower steel band inner rubber rib 3.
The described lower end of water collecting groove 26 is provided with water leg 261, the lower end of water leg 261 connection outlet pipe 27.
Steel belt tensioning is installed between described upper steel band mechanism 1 and the support frame 8 and each roller of lower steel band mechanism 2
Device, the bearing 91 of steel strip tension device is slidably connected at the top and the bottom of support frame 8, and bearing 91 passes through nut 92 and screw mandrel
93 one end is fixed, and the other end of screw mandrel 93 is fixed through tensioning terminal lateral through aperture nut 92, is set on described screw mandrel 93
Put elastomeric element；Guide pin bushing 94 and outer bush 95 in being set on described screw mandrel 93, described interior guide pin bushing 94 and outer bush 95 it
Between butterfly spring 96 is set, arranged opposite two-by-two between described butterfly spring 96, the described two ends of butterfly spring 96 set butterfly spring seat 99；Described
Bearing 91 is fixedly connected on slide plate 97, and described slide plate 97 is slidably connected on slide 98, and slide 98 is arranged on support frame 8
Inner side upper/lower terminal.
The water inlet 15 of described upper steel band mechanism 1 is " mouth " shape pipeline, including left vertical tube 151, right vertical tube 152, on
Transverse tube 153 and lower transverse tubule 154, the cooling liquid outlet (coolant enters in upper lateral tube) of the connection cooler of upper lateral tube 153, upper lateral tube
153 two ends connect left and right riser upper end, and left and right vertical tube lower end connects lower transverse tubule 154, and lower transverse tubule 154 is positioned horizontally in steel band 13
Inside front, apart from 3-5mm between lower transverse tubule 154 and upper steel band 13, is provided with some apopores, apopore court on lower transverse tubule 154
Under.
The pump mouth 16 of described upper steel band mechanism is " mouth " shape pipeline, including left vertical tube 161, right vertical tube 162, upper horizontal stroke
Pipe 163 and lower transverse tubule 164, upper lateral tube 163 connect the import of water pump, and the two ends of upper lateral tube 163 connect left and right riser upper end, left and right
Vertical tube lower end connects lower transverse tubule 164, and lower transverse tubule 164 is positioned horizontally in the inside front of steel band 13, lower transverse tubule 164 and upper steel band 13 it
Between be provided with some inlet openings on 3-5mm, lower transverse tubule 164, down, the front end of lower transverse tubule 164 is equipped with water fender 165 for inlet opening,
The two ends of water fender 165 are fixedly connected on lower transverse tubule 164, and the lower end of water fender 165 and upper steel band 13 are apart from being 1-2mm, water fender
165 both sides are 3-5cm with the gap of rubber rib 3 of upper steel band.
Lead between described upper steel band mechanism 1 and the upper cuboid framework 14 of lower steel band mechanism 2 and lower cuboid framework 24
Overregulate bolt and supporting plate 4 is connected, the upper end of supporting plate 4 is fixed in the upper cuboid framework 14 of steel band mechanism, supporting plate 4
Lower end is provided with oval elongated hole, and bolt passes through oval elongated hole supporting plate 4 to be fixed on the lower cuboid framework of lower steel band mechanism
On 24, regulating bolt includes screw mandrel 5, adjusting nut 6 and locking nut 7, and screw mandrel 5 is fixedly mounted on rectangular under lower steel band mechanism
The upper end of body framework 24, screw mandrel 5 is spun on the upper rectangular of steel band mechanism through the lower end of framework 14 of upper steel band mechanism, adjusting nut 6
On the lower end screw mandrel of body framework 14, locking nut 7 is locked on the screw mandrel 5 of the upper end of upper cuboid framework 14 of steel band mechanism.
When the present invention is used, start motor, motor is arranged on right roller side, mounted in framework inner side, is driven by belt
Dynamic roller, liquid material input charging aperture, upper and lower steel band is operated simultaneously, and material enters material forming passage, and upper and lower steel band is simultaneously
Cooling, while cooling steel band intermediate material, the reclaiming plate installed by discharging opening position after material cooling shaping is shoveled from lower steel band
Under, into subsequent processing.In running, the cooling liquid outlet of cooler leads to the water inlet of upper steel band mechanism, while leading to
The inlet tube of the atomizer of lower steel band mechanism, water pump is extracted the coolant after cooling out from upper steel band and is transported to, and water is collected
In the water leg of groove, the outlet below water leg connects the cooling liquid inlet of cooler.
Claims (6)
1. double-deck cooling device for steel strip, it includes upper steel band mechanism, lower steel band mechanism and cooler, and upper steel band mechanism is loaded on lower steel
Band mechanism top, forms material shaping channel between upper steel band mechanism and lower steel band mechanism, lower steel band mechanism is than upper steel band mechanism
Long, out position long is charging aperture, it is characterized in that described upper steel band mechanism includes upper left roller, upper right roller, upper steel band, upper length
Cube framework, water inlet and pump mouth, upper left roller and upper right roller are attached separately to upper cuboid framework two by support frame
End, is equipped with bearing between support frame and upper left roller and upper right roller, upper steel band is wound on upper left roller and upper right roller, if
Dry water inlet and some pump mouths successively mounted in upper steel band lower section inner crest face, described lower steel band mechanism include lower-left roller,
Bottom right roller, lower steel band, lower cuboid framework, atomizer, water collecting groove, outlet pipe and rubber Wiper blade, lower-left roller and
Bottom right roller is attached separately to lower cuboid framework two ends by support frame, between support frame and lower-left roller and bottom right roller
Equipped with bearing, lower steel band is wound on lower-left roller and bottom right roller, and water collecting groove is housed below lower steel band inside front, and water is collected
Groove connects water inlet pipe built with some atomizers, some atomizers, and water collecting groove lower end is connected with outlet pipe, in lower steel band
Side upper end is designed with rubber Wiper blade in the stull of lower cuboid framework upper end, and the support of rubber Wiper blade upper end contacts lower steel
Band inner side；Described lower steel band mechanism upper end side is charging aperture, and the other end is discharging opening；The water inlet of described upper steel band mechanism
The water inlet pipe of mouth and lower steel band mechanism is together connected to the cooling liquid outlet of cooler, and the pump mouth of upper steel band mechanism passes through water pump
Conveying water in the water collecting groove of lower steel band mechanism, the cooling liquid inlet of the outlet pipe connection cooler of lower steel band mechanism；Upper steel
Band is equipped with rubber rib with the both sides design of lower steel band inner side；The pump mouth of described upper steel band mechanism is " mouth " shape pipeline, bag
Left vertical tube, right vertical tube, upper lateral tube and lower transverse tubule are included, upper lateral tube connects the import of water pump, and upper lateral tube two ends are connected on left and right vertical tube
End, left and right vertical tube lower end connects lower transverse tubule, and lower transverse tubule is positioned horizontally in steel band inside front, the spacing of lower transverse tubule and upper steel band
Some inlet openings are provided with 3-5mm, lower transverse tubule, down, lower transverse tubule front end is equipped with water fender, and water fender two ends are fixed for inlet opening
It is connected on lower transverse tubule, water fender lower end and upper steel band distance are 1-2mm, the rubber rib gap of water fender both sides and upper steel band
It is 3-5cm.
2. double-deck cooling device for steel strip according to claim 1, it is characterized in that described rubber Wiper blade is " people " font
Wiper blade, " people " font Wiper blade bottom is installed towards lower steel band traffic direction, in " people " font Wiper blade edge and lower steel band
Space is 3-5cm between the rubber rib of side.
3. double-deck cooling device for steel strip according to claim 1, it is characterized in that described water collecting groove lower end is provided with collection
Tank, water leg lower end connection outlet pipe.
4. double-deck cooling device for steel strip according to claim 1, it is characterized in that described upper steel band mechanism and lower steel belt machine
Steel strip tension device is installed, the bearing of steel strip tension device is slidably connected at support between the support frame of structure and each roller
The top and the bottom of framework, bearing is fixed by nut with one end of screw mandrel, and the screw mandrel other end is used through tensioning terminal lateral through aperture
Nut is fixed, and elastomeric element is set on described screw mandrel；Guide pin bushing and outer bush in being set on described screw mandrel, in described
Butterfly spring is set between guide pin bushing and outer bush, and arranged opposite two-by-two between described butterfly spring, described butterfly spring two ends set butterfly spring seat；
Described bearing is fixedly connected on slide plate, and described slide plate slides are connected on slide, and slide is arranged on the interior of support frame
Side upper/lower terminal.
5. double-deck cooling device for steel strip according to claim 1, it is characterized in that the water inlet of described upper steel band mechanism is
" mouth " shape pipeline, including left vertical tube, right vertical tube, upper lateral tube and lower transverse tubule, upper lateral tube connect the cooling liquid outlet of cooler, on
Transverse tube two ends connect left and right riser upper end, and left and right vertical tube lower end connects lower transverse tubule, and lower transverse tubule is positioned horizontally on steel band inner side
Side, is provided with some apopores on 3-5mm, lower transverse tubule between lower transverse tubule and upper steel band, apopore is down.
6. double-deck cooling device for steel strip according to claim 1, it is characterized in that described upper steel band mechanism and lower steel belt machine
Connected by regulating bolt and supporting plate between the upper cuboid framework of structure and lower cuboid framework, supporting plate upper end is fixed on
In the upper cuboid framework of steel band mechanism, supporting plate lower end is provided with oval elongated hole, and bolt passes through oval elongated hole supporting plate
It is fixed in the lower cuboid framework of lower steel band mechanism, regulating bolt includes screw mandrel, adjusting nut and locking nut, screw mandrel is fixed
Installed in the lower cuboid framework upper end of lower steel band mechanism, screw mandrel is adjusted through the upper cuboid framework lower end of upper steel band mechanism
Nut is spun on the screw mandrel of cuboid framework lower end, and locking nut is locked on the screw mandrel of cuboid framework upper end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410526783.7A CN104236352B (en) | 2014-10-09 | 2014-10-09 | Double-deck cooling device for steel strip |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410526783.7A CN104236352B (en) | 2014-10-09 | 2014-10-09 | Double-deck cooling device for steel strip |
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| CN104236352A CN104236352A (en) | 2014-12-24 |
| CN104236352B true CN104236352B (en) | 2017-06-16 |
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| CN201410526783.7A Active CN104236352B (en) | 2014-10-09 | 2014-10-09 | Double-deck cooling device for steel strip |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105543974A (en) * | 2016-01-06 | 2016-05-04 | 人良生物科技（上海）有限公司 | Double-steel-band flaking machine conducting cooling through upper and lower normal temperature water circulation |
| CN110052382A (en) * | 2019-06-11 | 2019-07-26 | 鞍山发蓝股份公司 | On-line cooling device after the japanning drying of steel belt for packages production line |
| CN110589372B (en) * | 2019-10-14 | 2024-02-20 | 上海瑞宝造粒机有限公司 | Take reliable shaped steel area material cooling conveyer of spacing support of double support wheel |
| CN114406690B (en) * | 2021-12-28 | 2023-07-18 | 湖北三江航天红阳机电有限公司 | Processing system and processing method of magnesium alloy thin-wall cylinder |
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|---|---|---|---|---|
| DE2314227B1 (en) * | 1973-03-22 | 1974-06-12 | Sandco Ltd | Device for continuous cooling of liquid bitumen |
| CN2789253Y (en) * | 2005-05-30 | 2006-06-21 | 冶金工业部马鞍山矿山研究院 | Emulsion explosives substrate steel belt continuous cooling machine |
| CN2846412Y (en) * | 2005-12-21 | 2006-12-13 | 杨祖一 | Belt type emulsion explosive continuous cooler |
| CN203224156U (en) * | 2013-03-27 | 2013-10-02 | 台州市众力化工设备制造有限公司 | Dual-steel-strip cooling machine |
| CN204165433U (en) * | 2014-10-09 | 2015-02-18 | 如皋市包装食品机械有限公司 | Double-deck cooling device for steel strip |
-
2014
- 2014-10-09 CN CN201410526783.7A patent/CN104236352B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE2314227B1 (en) * | 1973-03-22 | 1974-06-12 | Sandco Ltd | Device for continuous cooling of liquid bitumen |
| CN2789253Y (en) * | 2005-05-30 | 2006-06-21 | 冶金工业部马鞍山矿山研究院 | Emulsion explosives substrate steel belt continuous cooling machine |
| CN2846412Y (en) * | 2005-12-21 | 2006-12-13 | 杨祖一 | Belt type emulsion explosive continuous cooler |
| CN203224156U (en) * | 2013-03-27 | 2013-10-02 | 台州市众力化工设备制造有限公司 | Dual-steel-strip cooling machine |
| CN204165433U (en) * | 2014-10-09 | 2015-02-18 | 如皋市包装食品机械有限公司 | Double-deck cooling device for steel strip |
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Effective date of registration: 20230426 Address after: No. 201, Qingyu East Road, Chengbei Street, Rugao City, Nantong City, Jiangsu Province, 226500 Patentee after: NANTONG WEALTH MACHINERY TECHNICAL Co.,Ltd. Address before: No.201 Qingyu East Road, Rugao City, Nantong City, Jiangsu Province, 226599 Patentee before: RUGAO PACKING FOOD MACHINERY Co.,Ltd. |
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