CN106759456B - A kind of one-time formed lathe ground cast and recovery method and its implementation - Google Patents
A kind of one-time formed lathe ground cast and recovery method and its implementation Download PDFInfo
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- CN106759456B CN106759456B CN201611116451.7A CN201611116451A CN106759456B CN 106759456 B CN106759456 B CN 106759456B CN 201611116451 A CN201611116451 A CN 201611116451A CN 106759456 B CN106759456 B CN 106759456B
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- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
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- E02D27/00—Foundations as substructures
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Abstract
A kind of one-time formed lathe ground cast and recovery method and its implementation, its pouring procedure is applicable to not of uniform size, the different all kinds of lathes of structure, using the fusible alloy that fusing point is 70 DEG C ~ 232 DEG C as grouting material, only need once grouting, fusible alloy self drainage is good, it is fast hard, it is early strong, microdilatancy, fast it can recycle and recycle under conditions of not destroying foundation, so that the foundation with the structure can repeatedly use, the lathe ground casting device and its grouting material filling recovery method can be effectively reduced difficulty of construction, construction volume and its construction time, improve construction quality, reduce production cost.
Description
Technical field
The present invention relates to lathe ground placingJi Shu field more particularly to a kind of one-time formed lathe ground cast and return
Receiving method and its implementation.
Background technology
Solid smooth lathe ground bears the weight of lathe and workpiece, and absorb itself and shake for fixing bed piece
It is dynamic, extraneous vibration is isolated, ensures the stability of the accurate coordinate position of lathe and lathe operation.The installation of lathe, debugging matter
Amount and the postrun machining accuracy of lathe are all related to the robustness of lathe ground, Stability and adaptability.If the ground made
Matrix amount is undesirable, then can directly contribute machine tool variety, reduces the machining accuracy and service life of lathe.
The construction of heavy machine tool and precision machine tool ground is typically necessary and carries out the processes such as once grouting and back-grouting,
It also needs to carry out construction and maintenance, not only operational procedure is complicated, construction quality requirement is high, and takes a substantial amount of time.Meanwhile two
It is secured that the concrete of secondary cast and the combination of original basis are not so good as once grouting.
When removing lathe, needs to remove original ground with strength, modify ground；And new in the installation of once visited place base location,
Or when the different other types lathe of mounting structure, also needs to remove once visited place base, construct and do again according to Installing machine tool size
New ground.
Fusible alloy is that fusing point is less than 232 DEG C, a kind of low melting point binary system made of the elements such as bismuth, lead, tin and cadmium or
Person's polynary system alloy novel material has good mobility, expansion using immersion method or bath oiling, that is, fusible after heating
Rate is controllable very small, and stability is good.
Invention content
In order to overcome the disadvantages of the above prior art, the purpose of the present invention is to provide a kind of one-time formed lathe grounds
Cast and recovery method and its implementation, pouring procedure are applicable to all kinds of lathes not of uniform size, that structure is different, use
The fusible alloy that fusing point is 70 DEG C ~ 232 DEG C only needs once grouting as grouting material, and fusible alloy self drainage is good, fast hard, early strong,
Microdilatancy fast can be recycled and be recycled under conditions of not destroying foundation so that the foundation with the structure
Can repeatedly use, the lathe ground running gate system and its grouting material filling recovery method can be effectively reduced difficulty of construction,
Construction volume and its construction time improve construction quality, reduce production cost.
In order to achieve the above object, the technical solution that the present invention takes is：
A kind of one-time formed lathe ground cast and recycling implementation, including anchor bolt fixing bracket, foundation bolt
Fixed frame is equipped with catheter-fixing rack, and catheter-fixing rack is set there are three conduit location hole, is inserted into the filling of liquid fusible alloy respectively
Conduit, high-temperature heating carrier filling conduit, low-temperature heat carrier recovery conduit, liquid fusible alloy fill conduit, high-temperature heating
Carrier filling conduit, low-temperature heat carrier recovery conduit are separately connected the third catheter interface of grouting material filling retracting device, the
One catheter interface, the second catheter interface；Grouting material fills retracting device and is equipped with control device；The grouting material filling recycling dress
It sets and is additionally provided with the 4th catheter interface.
The anchor bolt fixing bracket is welded using channel steel, is made according to the actual needs of lathe, foundation bolt
Level meter, foundation bolt and stabilizer blade are additionally provided on fixed frame.
The grouting material fills retracting device（6）It is generated including high-temperature heating carrier generation module, liquid fusible alloy
Module, low-temperature heat carrier recovery module and liquid fusible alloy recycling module, high-temperature heating carrier generation module pass through first
Catheter interface（8）Output high-temperature heating carrier, low-temperature heat carrier recovery module pass through the second catheter interface（9）Recycling low temperature adds
Heat carrier, liquid fusible alloy generation module pass through third catheter interface（7）Liquid fusible alloy is exported, liquid fusible alloy returns
It receives module and passes through the 4th catheter interface（11）Recovering liquid fusible alloy.
A kind of one-time formed lathe ground cast and recovery method, which is characterized in that include the following steps：
A, grouting material fills：
1）The mounting foot bolt fixed frame above pre-filled ground, and level meter is installed on anchor bolt fixing bracket,
After leveling, mounting foot bolt, it is ensured that the absolute altitude of foundation bolt meets the position essence of the requirement of lathe Foundation Design and foundation bolt
Degree meets the construction requirement of lathe ground；
2）Carrier filling conduit will be heated at high temperature and be connected to the first catheter interface that grouting material fills retracting device, liquid is easy
Fusion gold filling conduit is connected to the third catheter interface of grouting material filling retracting device, and low-temperature heat carrier recovery conduit is connected
It is connected to the second catheter interface of grouting material filling retracting device；
3）Start grouting material using control device and fill retracting device, generate liquid fusible alloy and temperature higher than meltable
The heating carrier of alloy melting point；
4）The place that conduit fills temperature into pre-filled ground higher than fusible alloy fusing point is filled by being heated at high temperature carrier
In the heating carrier of high temperature, foundation is preheated；
5）After accumulating the heating carrier of a certain number of high temperature in pre-filled ground, led by the filling of liquid fusible alloy
Pipe fills the fusible alloy of liquid into foundation, since the density of fusible alloy is more than the density of heating carrier, sinks
In the lower section of heating carrier；
6）When heating carrier liquid level rises to setting height, pass through low-temperature heat carrier recovery conduit（5）, from foundation
The middle heating carrier in low temperature extracted after cold go, to ensure that the temperature of the heating carrier in foundation is in easy always
On the fusing point for fusing gold；
7）With the continuous injection of the fusible alloy of liquid, the liquid level of fusible alloy constantly rises；Adjust the heating of high temperature
The recycling speed of the injection rate of carrier and the heating carrier of low temperature so that injection rate is less than recycling speed, in case heating carries
Body overflows foundation；
8）When the liquid level of the fusible alloy of liquid rises to preset height, control device instructs grouting material filling recycling dress
It sets, stops the fusible alloy of filling liquid and the heating carrier of high temperature, liquid fusible alloy is filled into conduit from the easy of liquid
It is extracted in fusion gold, high-temperature heating carrier filling conduit is extracted from the heating carrier of high temperature；
9）After the heating carrier of the low temperature in foundation has all recycled, control device instructs grouting material filling recycling
Device is stopped, and withdraws low-temperature heat carrier recovery conduit；
10）After the fusible alloy in foundation all solidifies and is cooled to room temperature, anchor bolt fixing bracket is removed；
11）Ground cover board is finally passed through into 4 foundation bolts, is covered in the upper surface of the fusible alloy of cooling and solidifying, with
Improve the bearing capacity of lathe ground；
12）Construction site is cleared up, one-time formed lathe foundation grouting material filling construction is completed；
B, grouting material recycles：
1）Remove ground cover board；
2）By anchor bolt fixing bracket is positioned over the foundation for accommodating solid-state fusible alloy to be recycled just on
Side；
3）One end that liquid fusible alloy filling conduit is connected to third catheter interface removes, and connects the 4th conduit and connect
Mouthful；
4）Start grouting material using control device and fill retracting device, by the high-temperature heating for being connected to the first catheter interface
Carrier fills conduit, and heating in high temperature of the temperature higher than fusible alloy fusing point is filled into cured fusible alloy ground and is carried
Body, for melting solid fusible alloy；
5）The liquid level of liquid fusible alloy after dissolving in fusible alloy ground rises to setting height, by being connected to
The liquid fusible alloy of 4th catheter interface fills conduit, and the easy fusion of the solubilized chemical conversion liquid of recycling is extracted from foundation
Gold；
6）At the same time, grouting material filling retracting device is by being connected to the low-temperature heat carrier recovery of the second catheter interface
Conduit, the heating carrier in low temperature after extracting cold go in foundation, to ensure the heating carrier in foundation
Temperature always be in fusible alloy fusing point on；
7）After the solid fusible alloy in foundation is all melted and is recovered, control device instruction grouting
Material filling retracting device, stops the fusible alloy of recovering liquid, and stops filling the heating carrier of high temperature, withdraws liquid and easily fuses
Gold filling conduit, high-temperature heating carrier fill conduit；
8）After the heating carrier of the low temperature in foundation has all recycled, control device instructs grouting material filling recycling
Device is stopped, and withdraws low-temperature heat carrier recovery conduit；
9）Construction site is cleared up, original lathe foundation part such as recycling foundation bolt completes one-time formed lathe
Foundation grouting material recovery operation.
The ground cover board includes 4 cover plate through holes.
The leveling adjusts stabilizer blade completion by observing level meter, it is ensured that foundation bolt keeps plumbness.
The heating carrier selects water as heating carrier when the fusing point of fusible alloy is less than 100 DEG C, and when easy
When the fusing point of fusion gold is higher than 100 DEG C, select dimethicone as heating carrier.
The beneficial effects of the invention are as follows：
This method need not do embedding anchor bolts hole, and anchor bolt fixing bracket is simple in structure, ground one-time cast-forming,
Without back-grouting, a large amount of construction and maintenance time is not needed；For fusible alloy as grouting material, self drainage is good, fast hard, micro- swollen
It is swollen, be used for a long time ungauged regions, ensure equipment with basis be in close contact, due to its is nontoxic, harmless, not aging, to water quality and its week
Enclose environmental nonpollution；Lathe ground is to be solidified to be formed by liquid fusible alloy, and horizon light is easily obtained because of the dead weight of itself
Clean foundation surface；Such foundation is reusable, and fusible alloy grouting material is dismantled convenient for fast recycling and recycling
When lathe, do not have to destroy foundation, it is convenient, fast, and when secondary installing lathe, existing foundation can be continued to use, reduced
Construction volume；The lathe ground running gate system and its grouting material fill recovery method, have reliable in quality, reduction in construction party face
Cost, the advantages that shortening the construction period and is easy to use.
Description of the drawings
Fig. 1 is one-time formed lathe ground running gate system schematic diagram.
Fig. 2 is that grouting material fills recovery method schematic diagram.
Fig. 3 is one-time formed lathe ground schematic diagram.
Wherein, 1 is anchor bolt fixing bracket；2 be catheter-fixing rack；3 fill conduit for liquid fusible alloy；4 be high temperature
Heating carrier fills conduit；5 be low-temperature heat carrier recovery conduit；6 fill retracting device for grouting material；7 connect for third conduit
Mouthful；9 be the second catheter interface；8 be the first catheter interface；10 devices in order to control；11 be the 4th catheter interface；12 be level meter；
13 be foundation bolt.
Specific implementation mode
The present invention is described in further detail below in conjunction with the accompanying drawings, and the given examples are served only to explain the present invention, not
For limiting the scope of the present invention.
As shown in Figure 1, a kind of one-time formed lathe ground cast and recycling implementation, including anchor bolt fixing bracket
1, anchor bolt fixing bracket 1 is equipped with catheter-fixing rack 2, and catheter-fixing rack 2 is set there are three conduit location hole, is inserted into liquid respectively
Fusible alloy fills conduit 3, high-temperature heating carrier filling conduit 4, low-temperature heat carrier recovery conduit 5, and liquid fusible alloy adds
Note conduit 3, high-temperature heating carrier filling conduit 4, low-temperature heat carrier recovery conduit 5 are separately connected grouting material filling retracting device
6 third catheter interface 7, the first catheter interface 8, the second catheter interface 9；Grouting material fills retracting device 6 and is equipped with control device
10；The grouting material filling retracting device 6 is additionally provided with the 4th catheter interface 11.
The anchor bolt fixing bracket 1 is welded using channel steel, is made according to the actual needs of lathe, foundation bolt
Level meter 12, foundation bolt 13 and stabilizer blade 14 are additionally provided on fixed frame 1.
The grouting material fills retracting device（6）It is generated including high-temperature heating carrier generation module, liquid fusible alloy
Module, low-temperature heat carrier recovery module and liquid fusible alloy recycling module, high-temperature heating carrier generation module pass through first
Catheter interface（8）Output high-temperature heating carrier, low-temperature heat carrier recovery module pass through the second catheter interface（9）Recycling low temperature adds
Heat carrier, liquid fusible alloy generation module pass through third catheter interface（7）Liquid fusible alloy is exported, liquid fusible alloy returns
It receives module and passes through the 4th catheter interface（11）Recovering liquid fusible alloy.
A kind of one-time formed lathe ground cast and recovery method as shown in Figure 2,3, which is characterized in that including following step
Suddenly：
A, grouting material fills：
1）The mounting foot bolt fixed frame 1 above pre-filled ground, and level meter 12 is installed in anchor bolt fixing bracket 1
On, after leveling, mounting foot bolt 13, it is ensured that the absolute altitude of foundation bolt meets the position of the requirement of lathe Foundation Design and foundation bolt
Set the construction requirement that precision meets lathe ground；
2）Carrier filling conduit 4 will be heated at high temperature and be connected to the first catheter interface 8 that grouting material fills retracting device 6, liquid
State fusible alloy filling conduit 3 is connected to the third catheter interface 7 of grouting material filling retracting device 6, and low-temperature heat carrier is returned
Receive the second catheter interface 9 that conduit 5 is connected to grouting material filling retracting device 6；
3）Start grouting material using control device 10 and fill retracting device 6, the fusible alloy and temperature for generating liquid are higher than
The heating carrier of fusible alloy fusing point；
4）The place that conduit 4 fills temperature into pre-filled ground higher than fusible alloy fusing point is filled by being heated at high temperature carrier
In the heating carrier of high temperature, foundation is preheated；
5）After accumulating the heating carrier of a certain number of high temperature in pre-filled ground, led by the filling of liquid fusible alloy
Pipe 3 fills the fusible alloy of liquid into foundation, since the density of fusible alloy is more than the density of heating carrier, sinks
In the lower section of heating carrier；
6）When heating carrier liquid level rises to setting height, pass through low-temperature heat carrier recovery conduit（5）, from foundation
The middle heating carrier in low temperature extracted after cold go, to ensure that the temperature of the heating carrier in foundation is in easy always
On the fusing point for fusing gold；
7）With the continuous injection of the fusible alloy of liquid, the liquid level of fusible alloy constantly rises；Adjust the heating of high temperature
The recycling speed of the injection rate of carrier and the heating carrier of low temperature so that injection rate is less than recycling speed, in case heating carries
Body overflows foundation；
8）When the liquid level of the fusible alloy of liquid rises to preset height, control device 10 instructs grouting material filling recycling
Device 6, stops the fusible alloy of filling liquid and the heating carrier of high temperature, and liquid fusible alloy is filled conduit 3 from liquid
Fusible alloy in extract, will high-temperature heating carrier filling conduit 4 extracted from the heating carrier of high temperature；
9）After the heating carrier of the low temperature in foundation has all recycled, control device 10 instructs grouting material to fill back
Receiving apparatus 6 is stopped, and withdraws low-temperature heat carrier recovery conduit 5；
10）After the fusible alloy in foundation all solidifies and is cooled to room temperature, anchor bolt fixing bracket 1 is moved
It removes；
11）Ground cover board is finally passed through into 4 foundation bolts, is covered in the upper surface of the fusible alloy of cooling and solidifying, with
Improve the bearing capacity of lathe ground；
12）Construction site is cleared up, one-time formed lathe foundation grouting material filling construction is completed；
B, grouting material recycles：
1）Remove ground cover board；
2）By anchor bolt fixing bracket 1 is positioned over the foundation for accommodating solid-state fusible alloy to be recycled just on
Side；
3）One end that liquid fusible alloy filling conduit 3 is connected to third catheter interface 7 removes, and connects the 4th conduit and connect
Mouth 11；
4）Start grouting material using control device 10 and fill retracting device 6, by the high temperature for being connected to the first catheter interface 8
Heating carrier fills conduit 4, and temperature is filled into cured fusible alloy ground higher than fusible alloy fusing point in high temperature
Heating carrier, for melting solid fusible alloy；
5）The liquid level of liquid fusible alloy after dissolving in fusible alloy ground rises to setting height, by being connected to
The liquid fusible alloy of 4th catheter interface 11 fills conduit 3, and the meltable of the solubilized chemical conversion liquid of recycling is extracted from foundation
Alloy；
6）At the same time, grouting material fills retracting device 6 by being connected to the second catheter interface（9）Low-temperature heat carrier
Recycle conduit 5, the heating carrier in low temperature after extracting cold go in foundation, to ensure the heating in foundation
The temperature of carrier is on the fusing point of fusible alloy always；
7）After the solid fusible alloy in foundation is all melted and is recovered, the instruction of control device 10 fills
Slurry fills retracting device 6, stops the fusible alloy of recovering liquid, and stops filling the heating carrier of high temperature, and it is easy to withdraw liquid
Fusion gold filling conduit 3, high-temperature heating carrier fill conduit 4；
8）After the heating carrier of the low temperature in foundation has all recycled, control device 10 instructs grouting material to fill back
Receiving apparatus 6 is stopped, and withdraws low-temperature heat carrier recovery conduit 5；
9）Construction site is cleared up, original lathe foundation part such as recycling foundation bolt completes one-time formed lathe
Foundation grouting material recovery operation.
The ground cover board includes 4 cover plate through holes.
The leveling adjusts the completion of stabilizer blade 14 by observing level meter 12, it is ensured that foundation bolt keeps plumbness.
The heating carrier selects water as heating carrier when the fusing point of fusible alloy is less than 100 DEG C, and when easy
When the fusing point of fusion gold is higher than 100 DEG C, select dimethicone as heating carrier.
Claims (7)
1. a kind of one-time formed lathe ground cast and recycling implementation, including anchor bolt fixing bracket（1）, feature exists
In anchor bolt fixing bracket（1）It is equipped with catheter-fixing rack（2）, catheter-fixing rack（2）If there are three conduit location hole, respectively
It is inserted into liquid fusible alloy and fills conduit（3）, high-temperature heating carrier fill conduit（4）, low-temperature heat carrier recovery conduit（5）,
Liquid fusible alloy fills conduit（3）, high-temperature heating carrier fill conduit（4）, low-temperature heat carrier recovery conduit（5）Connect respectively
Connect grouting material filling retracting device（6）Third catheter interface（7）, the first catheter interface（8）, the second catheter interface（9）；Grouting
Material filling retracting device（6）Equipped with control device（10）；The grouting material fills retracting device（6）The 4th conduit is additionally provided with to connect
Mouthful（11）.
2. a kind of one-time formed lathe ground cast according to claim 1 and recycling implementation, which is characterized in that
The anchor bolt fixing bracket（1）It is welded, is made according to the actual needs of lathe, anchor bolt fixing bracket using channel steel
（1）On be additionally provided with level meter（12）, foundation bolt（13）And stabilizer blade（14）.
3. a kind of one-time formed lathe ground cast according to claim 1 and recycling implementation, which is characterized in that
The grouting material fills retracting device（6）Including high-temperature heating carrier generation module, liquid fusible alloy generation module, low temperature
Heating carrier recycling module and liquid fusible alloy recycling module, high-temperature heating carrier generation module pass through the first catheter interface
（8）Output high-temperature heating carrier, low-temperature heat carrier recovery module pass through the second catheter interface（9）Low-temperature heat carrier is recycled,
Liquid fusible alloy generation module passes through third catheter interface（7）Export liquid fusible alloy, liquid fusible alloy recycling module
Pass through the 4th catheter interface（11）Recovering liquid fusible alloy.
4. a kind of one-time formed lathe ground cast and recovery method, which is characterized in that include the following steps：
A, grouting material fills：
1）The mounting foot bolt fixed frame above pre-filled ground（1）, and level meter is installed（12）In anchor bolt fixing bracket
（1）On, after leveling, mounting foot bolt（13）, it is ensured that the absolute altitude of foundation bolt meets the requirement of lathe Foundation Design and lower margin spiral shell
The positional precision of bolt meets the construction requirement of lathe ground；
2）High-temperature heating carrier is filled into conduit（4）It is connected to grouting material filling retracting device（6）The first catheter interface（8）,
Liquid fusible alloy fills conduit（3）It is connected to grouting material filling retracting device（6）Third catheter interface（7）, by low temperature plus
Heat carrier recycles conduit（5）It is connected to grouting material filling retracting device（6）The second catheter interface（9）；
3）Utilize control device（10）Start grouting material and fills retracting device（6）, the fusible alloy and temperature that generate liquid are higher than
The heating carrier of fusible alloy fusing point；
4）Conduit is filled by being heated at high temperature carrier（4）Temperature being in higher than fusible alloy fusing point is filled into pre-filled ground
The heating carrier of high temperature, preheats foundation；
5）After accumulating the heating carrier of a certain number of high temperature in pre-filled ground, conduit is filled by liquid fusible alloy
（3）The fusible alloy that liquid is filled into foundation sinks since the density of fusible alloy is more than the density of heating carrier
In the lower section of heating carrier；
6）When heating carrier liquid level rises to setting height, pass through low-temperature heat carrier recovery conduit（5）, taken out from foundation
The heating carrier after cooling in low temperature is taken, to ensure that the temperature of the heating carrier in foundation is in easily fusion always
On the fusing point of gold；
7）With the continuous injection of the fusible alloy of liquid, the liquid level of fusible alloy constantly rises；Adjust the heating carrier of high temperature
Injection rate and low temperature heating carrier recycling speed so that injection rate be less than recycling speed, in order to avoid heating carrier overflow
Go out foundation；
8）When the liquid level of the fusible alloy of liquid rises to preset height, control device（10）Instruct grouting material filling recycling dress
It sets（6）, stop the fusible alloy of filling liquid and the heating carrier of high temperature, liquid fusible alloy filled into conduit（3）From liquid
It is extracted in the fusible alloy of state, high-temperature heating carrier is filled into conduit（4）It is extracted from the heating carrier of high temperature；
9）After the heating carrier of the low temperature in foundation has all recycled, control device（10）Instruct grouting material filling recycling
Device（6）It is stopped, withdraws low-temperature heat carrier recovery conduit（5）；
10）After the fusible alloy in foundation all solidifies and is cooled to room temperature, by anchor bolt fixing bracket（1）It removes；
11）Ground cover board is finally passed through into 4 foundation bolts, is covered in the upper surface of the fusible alloy of cooling and solidifying, to improve
The bearing capacity of lathe ground；
12）Construction site is cleared up, one-time formed lathe foundation grouting material filling construction is completed；
B, grouting material recycles：
1）Remove ground cover board；
2）By anchor bolt fixing bracket（1）It is positioned over the surface for the foundation for accommodating solid-state fusible alloy to be recycled；
3）Liquid fusible alloy is filled into conduit（3）It is connected to third catheter interface（7）One end remove, and connect the 4th conduit connect
Mouthful（11）；
4）Utilize control device（10）Start grouting material and fills retracting device（6）, by being connected to the first catheter interface（8）Height
Warm heating carrier fills conduit（4）, temperature is filled into cured fusible alloy ground higher than fusible alloy fusing point in height
The heating carrier of temperature, for melting solid fusible alloy；
5）The liquid level of liquid fusible alloy after dissolving in fusible alloy ground rises to setting height, by being connected to the 4th
Catheter interface（11）Liquid fusible alloy fill conduit（3）, the meltable of the solubilized chemical conversion liquid of recycling is extracted from foundation
Alloy；
6）At the same time, grouting material fills retracting device（6）By being connected to the second catheter interface（9）Low-temperature heat carrier return
Receive conduit（5）, the heating carrier after cooling in low temperature is extracted from foundation, to ensure the heating in foundation
The temperature of carrier is on the fusing point of fusible alloy always；
7）After the solid fusible alloy in foundation is all melted and is recovered, control device（10）Instruction grouting
Material filling retracting device（6）, stop the fusible alloy of recovering liquid, and stop filling the heating carrier of high temperature, it is easy to withdraw liquid
Fusion gold filling conduit（3）, high-temperature heating carrier fill conduit（4）；
8）After the heating carrier of the low temperature in foundation has all recycled, control device（10）Instruct grouting material filling recycling
Device（6）It is stopped, withdraws low-temperature heat carrier recovery conduit（5）；
9）Construction site is cleared up, original lathe foundation part is recycled, completes one-time formed lathe foundation grouting material recycling
Work.
5. a kind of one-time formed lathe ground cast according to claim 4 and recovery method, which is characterized in that described
Ground cover board include 4 cover plate through holes.
6. a kind of one-time formed lathe ground cast according to claim 4 and recovery method, which is characterized in that described
Leveling pass through observe level meter adjust stabilizer blade（14）It completes, it is ensured that foundation bolt keeps plumbness.
7. a kind of one-time formed lathe ground cast according to claim 4 and recovery method, which is characterized in that described
Heating carrier, when the fusing point of fusible alloy be less than 100 DEG C when, select water as heating carrier, and work as fusible alloy fusing point
When higher than 100 DEG C, select dimethicone as heating carrier.
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| CN201611116451.7A CN106759456B (en) | 2016-12-07 | 2016-12-07 | A kind of one-time formed lathe ground cast and recovery method and its implementation |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611116451.7A CN106759456B (en) | 2016-12-07 | 2016-12-07 | A kind of one-time formed lathe ground cast and recovery method and its implementation |
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| CN106759456B true CN106759456B (en) | 2018-10-26 |
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Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH09158215A (en) * | 1995-12-07 | 1997-06-17 | Toshiba Eng & Constr Co Ltd | Construction method for installing large-sized machine |
| DE102007014334A1 (en) * | 2007-03-26 | 2008-10-02 | Robert Bosch Gmbh | Fusible alloy element, thermal fuse with a fusible alloy element and method for producing a thermal fuse |
| CN101343879B (en) * | 2008-08-26 | 2010-06-02 | 济南二机床集团有限公司 | Secondary grouting construction method of machine setting |
| CN103418179A (en) * | 2012-05-18 | 2013-12-04 | 无锡蠡湖叶轮制造有限公司 | Method of recycling emulsion in aluminum scraps |
| CN102974669B (en) * | 2012-11-30 | 2014-12-24 | 宁波思明汽车科技有限公司 | Fusible alloy recycling method for pipe forming |
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