CN105541280A - Melting device for producing Buddhist relics from bone ash - Google Patents
Melting device for producing Buddhist relics from bone ash Download PDFInfo
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- CN105541280A CN105541280A CN201610113013.9A CN201610113013A CN105541280A CN 105541280 A CN105541280 A CN 105541280A CN 201610113013 A CN201610113013 A CN 201610113013A CN 105541280 A CN105541280 A CN 105541280A
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- lagging material
- shell
- fusing department
- crucible
- bone ash
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- C—CHEMISTRY; METALLURGY
- C04—CEMENTS; CONCRETE; ARTIFICIAL STONE; CERAMICS; REFRACTORIES
- C04B—LIME, MAGNESIA; SLAG; CEMENTS; COMPOSITIONS THEREOF, e.g. MORTARS, CONCRETE OR LIKE BUILDING MATERIALS; ARTIFICIAL STONE; CERAMICS; REFRACTORIES; TREATMENT OF NATURAL STONE
- C04B32/00—Artificial stone not provided for in other groups of this subclass
- C04B32/005—Artificial stone obtained by melting at least part of the composition, e.g. metal
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- C—CHEMISTRY; METALLURGY
- C04—CEMENTS; CONCRETE; ARTIFICIAL STONE; CERAMICS; REFRACTORIES
- C04B—LIME, MAGNESIA; SLAG; CEMENTS; COMPOSITIONS THEREOF, e.g. MORTARS, CONCRETE OR LIKE BUILDING MATERIALS; ARTIFICIAL STONE; CERAMICS; REFRACTORIES; TREATMENT OF NATURAL STONE
- C04B2111/00—Mortars, concrete or artificial stone or mixtures to prepare them, characterised by specific function, property or use
- C04B2111/00474—Uses not provided for elsewhere in C04B2111/00
- C04B2111/00956—Uses not provided for elsewhere in C04B2111/00 for making sculptures or artistic casts
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- Chemical & Material Sciences (AREA)
- Engineering & Computer Science (AREA)
- Ceramic Engineering (AREA)
- Materials Engineering (AREA)
- Structural Engineering (AREA)
- Organic Chemistry (AREA)
- Sampling And Sample Adjustment (AREA)
Abstract
The invention relates to the technical field of production of Buddhist relics, in particular to a melting device for producing Buddhist relics from bone ash. Bone ash left after cremation of corpses of humans or pets such as companion dogs and the like is molten, Buddhist relics in designated forms are produced from molten bone ash, meanwhile, the molten bone ash in a crucible is prevented from having the oxidation reaction, cured Buddhist relics are kept emerald, oxidation can be prevented, the calcium absorption and adsorption efficiency of the molten bone ash can be improved, and the produced Buddhist relics are bright in color.
Description
Technical field
The present invention relates to Buddhist relics manufacture technology field, the brightly painted melting plant utilizing bone ash to manufacture Buddhist relics of Buddhist relics of the specifically anti-oxidation of a kind of energy, raising bone ash liquid calcium suction adsorption efficiency, manufacture.
Background technology
As everyone knows, the culture of funeral method and different nationalities, weather, customs etc. are different, usual employing celestial burial, wind is buried, water burial, cremate, the methods such as burial, funeral culture in the graveyard culture that tradition adopts, not only there is more difficult graveyard management, and, because the date of sweeping a grave of specifying is restricted, when the phenomenon that the mankind migrate increases fast, social traffic blocking problem serious when sweeping a grave all continues to repeat every year, so, funeral culture trend cremation development in worldwide in recent years, change along with this inconvenience and to the consciousness of funeral culture, cremation culture spreads in fast development, simultaneously, to the rear bone ash disposal aspect obtained of cremating, a lot of research and technology etc. are all implemented in shared file and open file, under the state that people install bone ash in cinerary casket under normal conditions, then leave in cinerary hall, but, from visual angle also unsightly, can not one of the reason making full use of cinerary hall so become, and, because of the characteristic of bone ash, if during mismanagement, can cause rotten, corrode or occur stench, or cause bone ash to be damaged because of each class pest, so, in fact preserve for a long time bone ash and become a kind of problem, also have, different from the cremation of human corpse, because increasing people supports the pets such as companion canines at home recently, so, the corpse of this kind of companion animals is also in continuous increase, according to legal provisions such as existing waste management methods, the corpse of companion animals will be categorized as common rubbish, process together with the common rubbish that the place such as family is discarded, usually be contained in conventional trash bag or be directly embedded in soil or throw away field, so, environmental problem can be caused, but, people treat companion animals usually as household, when companion animals is contained in discarded in conventional trash bag, the owner of companion animals can cannot accept psychologically, see that the general population of corpse also can accept, so, usual people can cremate process companion animals, as mentioned above, after cremation processes this kind of companion animals or human corpse, there will be bone ash disposal problem, in order to remove this problem in the same industry, occur that bone ash manufactures the phenomenon of the Buddhist relics of specific modality or nonspecific form, bone ash is utilized to manufacture the equipment of Buddhist relics, usually can be divided into substantially in order to obtain in liquid form process corpse of cremating comprise the corpse of companion animals after bone ash melting plant and utilize and be melt into liquid bone ash liquid by above melting plant, obtain the Buddhist relics manufacturing installation of solid Buddhist relics, especially, in order to the subject matter point obtaining liquid bone ash liquid melting plant is thermo-efficiency, such as, the bone ash liquid that the melting plant utilizing thermo-efficiency low obtains, when manufacturing Buddhist relics in Buddhist relics manufacturing installation, there will be and reduce quality product and reduce the problems such as confidence level.
At present, the Buddhist relics that the existing device utilizing bone ash automatically to manufacture Buddhist relics manufactures, general be all have in exquisite emerald form limited, in order to remove above produced problem, utilize plasma and flame, after bone ash becomes Buddhist relics, reentry as exquisite color as grass green, but, in order to produce grass green or exquisite emerald, need to add the powder that can produce other color in melting process, but, Problems existing is, according to the different amount of powder of different admixture and color development, distinct colors effect can be produced, the technology of Buddhist relics is manufactured after carrying out melting bone ash by reverse vacuum in addition, but, in reverse vacuum environment, have to provide oxygen, there is the problem more promoting that bone ash is oxidized on the contrary.
Summary of the invention
The object of the invention is to solve above-mentioned the deficiencies in the prior art, the anti-oxidation of a kind of energy is provided, improve the brightly painted melting plant utilizing bone ash to manufacture Buddhist relics of Buddhist relics that bone ash liquid calcium sucks adsorption efficiency, manufacture.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of melting plant utilizing bone ash to manufacture Buddhist relics, be provided with framework, it is characterized in that being provided with fusing department in framework, top lifting parts, lower lift portion, cooling end, water coolant dispenser and vacuum, the retaining plate of horizontal tabular is provided with in the middle part of described frame left, the centre of retaining plate is provided with through hole, the upper end of retaining plate is provided with fusing department, the lower end of retaining plate is provided with lower lift portion, the upper end of fusing department is provided with top lifting parts, described frame right is provided with the vacuum be connected with fusing department respectively, cooling end, water coolant dispenser, described fusing department is by the first shell, second housing, 3rd shell composition, between first shell and second housing, cavity is respectively equipped with between second housing and the 3rd shell, the inside of the 3rd shell is provided with lagging material, the second lagging material is provided with inside lagging material, well heater is provided with inside second lagging material, fusing department upper end be provided with lid, the inside of lid and second housing inside bottom surface have the 3rd lagging material respectively, the rear of lid is connected with the push rod in the lifting parts of top, push rod is connected with the output shaft of the drive-motor of top lifting parts, heater body inside fusing department is provided with crucible, the lower end of crucible is provided with the crucible steadying plate of fixing crucible, the lower end of crucible steadying plate is connected with the push rod in lower lift portion, push rod is successively through the 3rd lagging material, 3rd shell of fusing department, second housing, first shell, the through hole of retaining plate is connected with the output shaft of the drive-motor in lower lift portion, the first described shell, be connected through interval fixed part between second housing and the 3rd shell, water coolant flow channel tube is provided with in the fixed part of interval, one end of water coolant flow channel tube is connected with the well heater lower end inside fusing department, the other end of water coolant flow channel tube is connected with the cooling water pipeline that water coolant dispenser is provided with through the scatterer of cooling end, the water cooled is transported to water coolant flow channel tube by cooling water pipeline, outside described fusing department, side is provided with pyrostat, outer the placing of fusing department opposite side is provided with low-reading thermometer, described pyrostat is successively through first, two, three shells and lagging material are connected with the second lagging material, the melt temperature of automatic adjustment crucible, described low-reading thermometer is successively through first, two, three shells, measure the clearance space internal temperature between the 3rd shell and lagging material, described vacuum is made up of vacuum tail pipe and vacuum pump, the through second housing in one end of described vacuum tail pipe is also arranged between second housing and the 3rd shell, the other end is connected with the vacuum pump outside fusing department.
First shell of the present invention, second housing and the 3rd shell are stainless steel casing.
Lagging material of the present invention is graphite lagging material, and the second lagging material is graphite soft ribbons type lagging material, and the 3rd lagging material is graphite stiff ribbon type lagging material.
The periphery side of water coolant dispenser of the present invention is provided with multiple cooling water pipeline, increases cooling performance, ensures the effect of finished product.
The present invention owing to adopting said structure, have can anti-oxidation, improve the advantages such as Buddhist relics is bright-colored that bone ash liquid calcium sucks adsorption efficiency, manufacture.
Accompanying drawing explanation
Fig. 1 is the overall schematic according to bone ash melting plant of the present invention.
Fig. 2 is the marriage relation schematic diagram of the multiple integrants be connected with fusing department respectively in the present invention.
Fig. 3 is the folding component of the main composition key element in the present invention.
Fig. 4 is the simple and easy normal cross sectional drawing according to bone ash melting plant of the present invention.
Fig. 5 is the simple and easy normal cross sectional drawing of fusing department in the present invention.
Fig. 6 is under the effect of middle and upper part of the present invention lifting parts, and lid rising is moved and opened the simple and easy normal cross sectional drawing of fusing department state.
Fig. 7 is under the effect according to Fig. 6 middle and lower part lifting parts, the simple and easy normal cross sectional drawing of crucible propradation.
Embodiment
Below in conjunction with accompanying drawing, the present invention is further described:
As shown in drawings, a kind of melting plant utilizing bone ash to manufacture Buddhist relics, be provided with framework 10, it is characterized in that being provided with fusing department 200 in framework 10, top lifting parts 300, lower lift portion 400, cooling end 500, water coolant dispenser 600 and vacuum 700, described framework 10 left side central portion is provided with the retaining plate 11 of horizontal tabular, the centre of retaining plate 11 is provided with through hole 12, the upper end of retaining plate 11 is provided with fusing department 200, the lower end of retaining plate 11 is provided with lower lift portion 400, the upper end of fusing department 200 is provided with top lifting parts 400, the vacuum 700 be connected with fusing department 200 is respectively provided with on the right side of described framework 10, cooling end 500, water coolant dispenser 600, described fusing department 200 is by the first shell 210, second housing 220, 3rd shell 230 forms, between first shell 210 and second housing 220, cavity S is respectively equipped with between second housing 220 and the 3rd shell 230, the inside of the 3rd shell 230 is provided with lagging material 240, the second lagging material 250 is provided with inside lagging material 240, well heater 260 is provided with inside second lagging material 250, fusing department 200 upper end be provided with lid 270, inside and second housing 220 inside bottom surface of lid 270 have the 3rd lagging material 271 respectively, the rear of lid 270 is connected with the push rod 320 in top lifting parts 300, push rod 320 is connected with the output shaft of the drive-motor 310 of top lifting parts 300, well heater 260 inside inside fusing department 200 is provided with crucible 100, the lower end of crucible 100 is provided with the crucible steadying plate 261 of fixing crucible, the lower end of crucible steadying plate 261 is connected with the push rod 420 in lower lift portion 400, push rod 420 is successively through the 3rd lagging material 271, 3rd shell 230 of fusing department 200, second housing 220, first shell 210, the through hole 12 of retaining plate 11 is connected with the output shaft of the drive-motor 410 in lower lift portion 400, the first described shell 210, be connected through interval fixed part 511 between second housing 220 and the 3rd shell 230, water coolant flow channel tube 510 is provided with in interval fixed part 511, one end of water coolant flow channel tube 510 is connected with well heater 260 lower end inside fusing department 200, the other end of water coolant flow channel tube 510 is connected with the cooling water pipeline 610 that water coolant dispenser 600 is provided with through the scatterer 520 of cooling end 500, the water cooled is transported to water coolant flow channel tube 510 by cooling water pipeline 610, outside described fusing department 200, side is provided with pyrostat 280, outer the placing of fusing department 280 opposite side is provided with low-reading thermometer 290, described pyrostat 289 is successively through first, two, three shells and lagging material 240 are connected with the second lagging material 250, the melt temperature of automatic adjustment crucible 100, described low-reading thermometer 290 is successively through first, two, three shells, measure the clearance space internal temperature between the 3rd shell 230 and lagging material 240, described vacuum 700 is made up of vacuum tail pipe 710 and vacuum pump 720, the through second housing 220 in one end of described vacuum tail pipe 710 is also arranged between second housing 220 and the 3rd shell 230, the other end is connected with the vacuum pump 720 outside fusing department 200, the first described shell 210, second housing 220 and the 3rd shell 230 are stainless steel casing, described lagging material 240 is graphite lagging material, second lagging material 250 is graphite soft ribbons type lagging material, 3rd lagging material 271 is graphite stiff ribbon type lagging material, the periphery side of described water coolant dispenser 600 is provided with multiple cooling water pipeline 610, increase cooling performance, ensure the effect of finished product, the present invention is owing to adopting said structure, there is the anti-oxidation of energy, improve bone ash liquid calcium and suck adsorption efficiency, the advantages such as the Buddhist relics manufactured is bright-colored.
Specific embodiment by reference to the accompanying drawings in the present invention
In order to reach above object, device in figure mono-is provided in the present invention, comprising, in order to the bone ash crucible 100 that melting is obtained by cremation corpse, and be centered around above crucible 100 and be contained in the fusing department 200 of bone ash in crucible 100 in order to melting, and to the above top lifting parts 300 of fusing department 200 Promotion From Within crucible 100 and the lower lift portion 400 in order to the crucible 100 that declines, and in order to provide the cooling end 500 of water coolant to above fusing department 200 inside, and in order to make above water coolant remain uniform temperature and the water coolant dispenser 600 in order to alternate supplies water coolant, and the vacuum 700 in order to make above fusing department 200 inside keep vacuum state, and, a kind of bone ash melting plant that can form organic marriage relation is provided.
First, mutually be furnished with the fusing department 200 and upper/lower lifting parts 300 that comprise above crucible 100, 400 and cooling end 500 and water coolant dispenser 600, vacuum 700 etc., in order to fixing above incorporating aspects installation frame 10, as shown in the figure, with the form of upper frame 10 as shown in figure mono-, certainly this shape should not be only limited to, by this framework 10 structure, side fixedly mounts fusing department 200, opposite side is installed vacuum 700 and water coolant dispenser 600, simultaneously, at the retaining plate 11 the side of upper frame 10 to have horizontal tabular, through hole 12 is had with the centre of upper mounted plate 11, with above upper mounted plate 11 place fusing department 200, also have, from the side of the framework 10 of fixing fusing department 200, to the combination of side surface direction by other framework, configure and be interconnected water coolant flow channel tube 510 and water coolant dispenser 600, above crucible 100 is contained in fusing department 200 inside, the material of crucible 100 can adopt common material, on the one hand, in the lower end of above crucible 100, while there is stable support crucible 100, from the lifting gear that fusing department 200 interior exposes, this lifting gear formation will be described in detail below, simultaneously, the structure of above fusing department 200 is under the state being accommodated in the above crucible 100 inside, melting is contained in the bone ash of crucible 100 inside, as as shown in Fig. 2 and Fig. 5 to Fig. 7, above fusing department 200 is drum-shaped structures, have outermost first shell 210 and with the first shell 210 inside second housing 220 separately, have with above second housing 220 inside the 3rd shell 230 separately, in above 3rd shell 230 inside, there is lagging material 240, there is the second lagging material 250 inside above lagging material 240, in above second lagging material 250 inside, there is well heater 260, having can the lid 270 of opening and closing above fusing department 200 upper end, in and above second housing 220 inside bottom surface inner with upper cover 270, there is the 3rd lagging material 271 respectively, above 1st, 2, 3 shells 210, 220, 230 is adopt stainless material, each shell 210, 220, 230 difference gap-forming cavity S, also have, above lagging material 240 adopts graphite, second lagging material 250 adopts graphite soft ribbons, 3rd lagging material 271 adopts graphite stiff ribbon, like this, lagging material 240 and the second lagging material 250, 3rd lagging material 271, except adopting graphite and graphite soft ribbons, outside graphite stiff ribbon, also can adopt by sintering, the nonmetallic inorganic that the engineering such as shaping obtains, the materials such as pottery.As, Al203, Si02, SiC, SiN, Si3N4, TiN, Ti02, carbon, in graphite, at least one is selected to be main composition, also have, shaping prod or the sintered products of so-called unsetting refractory body also here can be categorized in ceramic-like, lagging material 240 in the present invention can any one in the above material of choice for use, also have, with the top lifting parts 300 that upper cover 270 is by being arranged on framework 10 upper end, formation upward direction can carry out the structure that opens, in order to 100 li, the crucible to fusing department 200 inside loads bone ash, or under the state of complete melting bone ash, during outside extraction crucible 100, can open with upper cover 270, and, with the lower end side of upper heater 260, there is the crucible steadying plate 261 be connected with the upper end side in lower lift portion 400, this part will be introduced below, in order to the state keeping above first shell 210 and second housing 220 and the 3rd shell 230 to keep interval, in neighboring, interval is furnished with the individual lower end being connected to the well heater 260 being positioned at fusing department 200 inside of water coolant flow channel tube more than 510 of interval fixed part 511 respectively, in the outside of above fusing department 200, there is the temperature sensor in order to difference measuring tempeature and temperature measuring set, the side periphery of fusing department 200 has pyrostat 280, the opposite side periphery of fusing department 200 has low-reading thermometer 290, above pyrostat 280 is by the through 1st, 2, 3 shells 210, 220, 230 and lagging material 240 be connected with the second lagging material 250, by melt temperature in sensing crucible 100, after judging whether melt temperature reaches standard, the melt temperature of automatic adjustment crucible 100, in order to realize this point, above low-reading thermometer 290 is by the through 1st, 2, 3 shells 210, 220, 230, measure the clearance space internal temperature between the 3rd shell 230 and lagging material 240, measure and suck the temperature variation caused because of what formed in cooling water circulation heat exchanger effectiveness and the vacuum 700 that will introduce because of vacuum below, above top lifting parts 300 has at the upper end of framework 10 push rod 320 moved up and down by drive-motor 310, be connected with the upper end of lid 270 with upper push-rod 320 lower end side, along with the driving of above drive-motor 310, also can upwards lifting mobile with upper cover 270, as shown in the figure, the lid 270 be connected with upper push-rod 320 is, in the side outermost shell of lid 270, do not represent and be connected outside the upper end of the first shell 210 with end structure iron, as mentioned above, after bone ash melting, after terminating structure more than first removing, along with the driving of drive-motor 310, shell from fusing department 200 promotes by lid 270 completely, above lower lift portion 400 is positioned at the lower end side of framework 10, by the driving of drive-motor 410, load bone ash to crucible 100 inside or take out the crucible 100 of melting Wangue ash, Buddhist relics miscellaneous equipment place is manufactured in order to be transplanted on, above crucible 100 can be elevated in fusing department 200 inside, the structure that upward direction can depart from completely is formed in fusing department 200 inside, in the lifting gear named in the present invention, top lifting parts 300 and lower lift portion 400 are the forms conveniently distinguished and adopt, its difference is, top lifting parts 300 names according to the effect of the open fusing department 200 of upwards uncap 270, lower lift portion 400 be crucible 100 be positioned at fusing department 200 top position state under, carry out naming according to the effect held inside fusing department 200.Only according to the literal interpretation of top and bottom, the top lifting parts as integrant of the present invention and lower lift portion cannot be specified, as mentioned above, in the upper end side in above lower lift portion 400, in order to stable placement crucible 100, there is crucible steadying plate 261, and crucible 100 can move by above-below direction, the object of above cooling end 500 is, after completing bone ash melting operation in fusing department 200, before outwards extracting crucible 100 out by lower lift portion 400, in order to the temperature of fusing department 200 is reduced to below certain temperature, water coolant is provided to circulate, above cooling end 500 is connected with the lower end of well heater 260, for cooling well heater 260, and there is multiple water coolant flow channel tube 510 be connected with the lower end of well heater 260, be connected with above water coolant flow channel tube 510 lower end, side, framework 10 lower end has the scatterer 520 for exchanging waste heat, by above scatterer 520, after flowing into the water coolant after heat exchange, in order to again to above water coolant flow channel tube 510 cooling water supply, there is water coolant dispenser 600, above water coolant dispenser 600 is to provide the water coolant after heat exchange to water coolant flow channel tube 510, as mentioned above, water coolant flow channel tube 510 is connected with multiple well heater 260 bottom, so, the structure that water coolant is provided is connected to form with each water coolant flow channel tube 510, the periphery side of water coolant dispenser 600 is formed with multiple cooling water pipeline 610, be connected with water coolant flow channel tube 510, above vacuum 700 is the no oxygen environment in order to form vacuum state in the inside of above fusing department 200, the through second housing 220 in one end of vacuum tail pipe 710, be formed between second housing 220 and the 3rd shell 230, opposite side is connected with the vacuum pump 720 be positioned at outside fusing department 200, the end of above vacuum tail pipe 710 is between fusing department 200 and the 3rd shell 230, crucible 100 can be sucked completely, the air existed in the clearance space of the second lagging material 250 and the 3rd shell 230 and the clearance space of the 3rd shell 230 and second housing 220, and keep vacuum state, fusing department 200 inside is made to become no oxygen environment completely, like this, during the bone ash melting process in crucible 100, fusing department 200 inside is made to become the vacuum state of no oxygen environment, oxygenizement between complete interval bone ash and oxygen, main composition calcium in bone ash will be absorbed completely, be adsorbed onto in bone ash, when bone ash is liquid-solid change into Buddhist relics xln time, the natural colour with emerald can be there is in the color of corresponding Buddhist relics.
Below according to formation of the present invention, the work relationship of the Buddhist relics manufacture melting plant utilizing bone ash is described:
Load in crucible 100 after the bone ash that powder treatment is obtained by cremation corpse, and, crucible 100 is made to be in fusing department 200 top position, at this moment, along with the push rod 320 of top lifting parts 300 rises, lid 270 is opening together also, the push rod 420 in the lower lift portion 400 of support crucible 100 bottom, the state making crucible 100 be in fusing department 200 upper end side to expose under the state risen, after loading bone ash in crucible 100, when running the drive-motor 410 in lower lift portion 400, push rod 420 can decline, crucible 100 is made to enter fusing department 200 inner, then, under being acted on by the drive-motor 310 of top lifting parts 300, push rod 320 can decline, lid 270 can cover in fusing department 200 upper end simultaneously, finally, by not representing execution in the end structure iron between lid 270 and fusing department 200 upper end, when crucible 100 enters into after in fusing department 200, the temperature of fusing department 200 inside is improved under effect by well heater 260, simultaneously, the normal melt temperature of bone ash is controlled by the temperature in pyrostat 280 on-line measurement fusing department 200, during melting process, the vacuum pump 720 of vacuum 700 can run, fusing department 200 inside is made to keep the vacuum state of no oxygen environment, under vacuum state in no oxygen environment, to be contained in the crucible 100 of fusing department 200 inside after the complete melting of bone ash, in order to cool well heater 260, open water coolant flow channel tube 510, water coolant is provided from water coolant dispenser 600, for cool the water coolant of well heater 260 be carry out cycling hot exchange by scatterer 520 after again flow into after in water coolant dispenser 600, again be fed to water coolant flow channel tube 510, repeatedly carry out the process cooling well heater 260.The cooling temperature of well heater 260 is at line justification by low-reading thermometer 290, also can be judged whether by the control part not yet represented in figure to continue to provide water coolant, as mentioned above, after being cooled to rational temperature with the temperature of upper heater 260, need to extract crucible 100 out from fusing department 200, so after first releasing is positioned at the end structure of fusing department 200 upper end, run the drive-motor 310 of top lifting parts 300, lid 270 is moved up, the top of completely open fusing department 200, certainly, now first should remove the no oxygen environment vacuum state of fusing department 200 inside, at this moment, cooling process is not the process of cooling process bone ash with the process of upper heater 260, cooling process process may be needed when Buddhist relics solidification treatment being carried out to bone ash liquid in different Buddhist relics producing apparatuss, then, run the drive-motor 410 in lower lift portion 400, by the rising of push rod 420, after making crucible 100 be exposed at the top of fusing department 200 completely outward, take out crucible 100, and, move in another Buddhist relics producing apparatus, the bone ash of melting is made to become Buddhist relics solid state, although the device in order to melting bone ash is only described in the present invention, also can adopt and connect the multi-form of Buddhist relics manufacturing installation, estimate, although do not represent in drawing, but, crucible 100 can be taken out from the lower end of fusing department 200, the bone ash liquid be contained in crucible 100 directly joins Buddhist relics manufacturing installation, carry out Buddhist relics form solidification treatment, the structure of above-mentioned each integral part and the interconnected relationship between them same as the prior art, this does not repeat.
Claims (4)
1. the melting plant utilizing bone ash to manufacture Buddhist relics, be provided with framework, it is characterized in that being provided with fusing department in framework, top lifting parts, lower lift portion, cooling end, water coolant dispenser and vacuum, the retaining plate of horizontal tabular is provided with in the middle part of described frame left, the centre of retaining plate is provided with through hole, the upper end of retaining plate is provided with fusing department, the lower end of retaining plate is provided with lower lift portion, the upper end of fusing department is provided with top lifting parts, described frame right is provided with the vacuum be connected with fusing department respectively, cooling end, water coolant dispenser, described fusing department is by the first shell, second housing, 3rd shell composition, between first shell and second housing, cavity is respectively equipped with between second housing and the 3rd shell, the inside of the 3rd shell is provided with lagging material, the second lagging material is provided with inside lagging material, well heater is provided with inside second lagging material, fusing department upper end be provided with lid, the inside of lid and second housing inside bottom surface have the 3rd lagging material respectively, the rear of lid is connected with the push rod in the lifting parts of top, push rod is connected with the output shaft of the drive-motor of top lifting parts, heater body inside fusing department is provided with crucible, the lower end of crucible is provided with the crucible steadying plate of fixing crucible, the lower end of crucible steadying plate is connected with the push rod in lower lift portion, push rod is successively through the 3rd lagging material, 3rd shell of fusing department, second housing, first shell, the through hole of retaining plate is connected with the output shaft of the drive-motor in lower lift portion, the first described shell, be connected through interval fixed part between second housing and the 3rd shell, water coolant flow channel tube is provided with in the fixed part of interval, one end of water coolant flow channel tube is connected with the well heater lower end inside fusing department, the other end of water coolant flow channel tube is connected with the cooling water pipeline that water coolant dispenser is provided with through the scatterer of cooling end, the water cooled is transported to water coolant flow channel tube by cooling water pipeline, outside described fusing department, side is provided with pyrostat, outer the placing of fusing department opposite side is provided with low-reading thermometer, described pyrostat is successively through first, two, three shells and lagging material are connected with the second lagging material, the melt temperature of automatic adjustment crucible, described low-reading thermometer is successively through first, two, three shells, measure the clearance space internal temperature between the 3rd shell and lagging material, described vacuum is made up of vacuum tail pipe and vacuum pump, the through second housing in one end of described vacuum tail pipe is also arranged between second housing and the 3rd shell, the other end is connected with the vacuum pump outside fusing department.
2. a kind of melting plant utilizing bone ash to manufacture Buddhist relics according to claim 1, is characterized in that the first described shell, second housing and the 3rd shell are stainless steel casing.
3. a kind of melting plant utilizing bone ash to manufacture Buddhist relics according to claim 1, it is characterized in that described lagging material is graphite lagging material, the second lagging material is graphite soft ribbons type lagging material, and the 3rd lagging material is graphite stiff ribbon type lagging material.
4. a kind of melting plant utilizing bone ash to manufacture Buddhist relics according to claim 1, is characterized in that the periphery side of described water coolant dispenser is provided with multiple cooling water pipeline.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106810195A (en) * | 2016-07-26 | 2017-06-09 | 上海善航投资管理有限公司 | A kind of fused junction crystallization apparatus and its application for ashes of the dead sintering |
| CN110592670A (en) * | 2018-06-12 | 2019-12-20 | 北京圣才肌珠文化发展有限公司 | Bone ash gem production equipment |
| WO2020223895A1 (en) * | 2019-05-07 | 2020-11-12 | 陈宣甫 | Volume reduction method for organic remains |
| CN117685576A (en) * | 2024-02-02 | 2024-03-12 | 济南格欧环保科技有限公司 | Transfer arc plasma melting fly ash equipment with mechanical motion electrode |
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| CN106810195A (en) * | 2016-07-26 | 2017-06-09 | 上海善航投资管理有限公司 | A kind of fused junction crystallization apparatus and its application for ashes of the dead sintering |
| WO2018018652A1 (en) * | 2016-07-26 | 2018-02-01 | 上海善航投资管理有限公司 | Melt crystallization device for human bone ash sintering and application thereof |
| CN110592670A (en) * | 2018-06-12 | 2019-12-20 | 北京圣才肌珠文化发展有限公司 | Bone ash gem production equipment |
| WO2020223895A1 (en) * | 2019-05-07 | 2020-11-12 | 陈宣甫 | Volume reduction method for organic remains |
| CN117685576A (en) * | 2024-02-02 | 2024-03-12 | 济南格欧环保科技有限公司 | Transfer arc plasma melting fly ash equipment with mechanical motion electrode |
| CN117685576B (en) * | 2024-02-02 | 2024-04-16 | 济南格欧环保科技有限公司 | Transfer arc plasma melting fly ash equipment with mechanical motion electrode |
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|---|---|
| CN105541280B (en) | 2018-03-02 |
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