CN108545502A - A kind of manganese slag thermal insulation material combined type paves mechanism - Google Patents
A kind of manganese slag thermal insulation material combined type paves mechanism Download PDFInfo
- Publication number
- CN108545502A CN108545502A CN201810224976.5A CN201810224976A CN108545502A CN 108545502 A CN108545502 A CN 108545502A CN 201810224976 A CN201810224976 A CN 201810224976A CN 108545502 A CN108545502 A CN 108545502A
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- shell
- fixedly connected
- impeller
- stirring
- shaft
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- 239000000463 material Substances 0.000 title claims abstract description 44
- 238000009413 insulation Methods 0.000 title claims abstract description 41
- PWHULOQIROXLJO-UHFFFAOYSA-N manganese Chemical compound [Mn] PWHULOQIROXLJO-UHFFFAOYSA-N 0.000 title claims abstract description 41
- 229910052748 manganese Inorganic materials 0.000 title claims abstract description 41
- 239000011572 manganese Substances 0.000 title claims abstract description 41
- 239000002893 slag Substances 0.000 title claims abstract description 41
- IJGRMHOSHXDMSA-UHFFFAOYSA-N nitrogen Chemical compound N#N IJGRMHOSHXDMSA-UHFFFAOYSA-N 0.000 claims abstract description 178
- 239000003814 drug Substances 0.000 claims abstract description 120
- 229910052757 nitrogen Inorganic materials 0.000 claims abstract description 59
- 239000007921 spray Substances 0.000 claims abstract description 52
- 230000005540 biological transmission Effects 0.000 claims abstract description 44
- 238000002347 injection Methods 0.000 claims abstract description 39
- 239000007924 injection Substances 0.000 claims abstract description 39
- 238000002156 mixing Methods 0.000 claims abstract description 39
- 229940079593 drugs Drugs 0.000 claims abstract description 27
- 239000000243 solution Substances 0.000 claims abstract description 26
- 239000007787 solid Substances 0.000 claims abstract description 24
- 238000009987 spinning Methods 0.000 claims abstract description 17
- 238000005507 spraying Methods 0.000 claims abstract description 3
- 239000002028 Biomass Substances 0.000 claims description 63
- 229910001873 dinitrogen Inorganic materials 0.000 claims description 61
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 44
- 239000003795 chemical substances by application Substances 0.000 claims description 40
- 238000003756 stirring Methods 0.000 claims description 32
- XKRFYHLGVUSROY-UHFFFAOYSA-N argon Chemical compound [Ar] XKRFYHLGVUSROY-UHFFFAOYSA-N 0.000 claims description 24
- -1 methyl mercapto Chemical class 0.000 claims description 20
- ZWEHNKRNPOVVGH-UHFFFAOYSA-N 2-butanone Chemical compound CCC(C)=O ZWEHNKRNPOVVGH-UHFFFAOYSA-N 0.000 claims description 18
- 125000001997 phenyl group Chemical group [H]C1=C([H])C([H])=C(*)C([H])=C1[H] 0.000 claims description 18
- 210000003284 Horns Anatomy 0.000 claims description 17
- 239000007788 liquid Substances 0.000 claims description 16
- 230000001681 protective Effects 0.000 claims description 16
- 238000011049 filling Methods 0.000 claims description 15
- RYGMFSIKBFXOCR-UHFFFAOYSA-N copper Chemical compound [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 claims description 13
- 239000010949 copper Substances 0.000 claims description 13
- 229910052802 copper Inorganic materials 0.000 claims description 13
- 229910052786 argon Inorganic materials 0.000 claims description 12
- 239000007789 gas Substances 0.000 claims description 12
- 239000000203 mixture Substances 0.000 claims description 12
- 238000004321 preservation Methods 0.000 claims description 12
- VVQNEPGJFQJSBK-UHFFFAOYSA-N 2-methyl-2-propenoic acid methyl ester Chemical class COC(=O)C(C)=C VVQNEPGJFQJSBK-UHFFFAOYSA-N 0.000 claims description 9
- 229910000906 Bronze Inorganic materials 0.000 claims description 9
- 239000010974 bronze Substances 0.000 claims description 9
- 125000002915 carbonyl group Chemical group [*:2]C([*:1])=O 0.000 claims description 9
- 239000001301 oxygen Substances 0.000 claims description 9
- 229910052760 oxygen Inorganic materials 0.000 claims description 9
- MYMOFIZGZYHOMD-UHFFFAOYSA-N oxygen Chemical compound O=O MYMOFIZGZYHOMD-UHFFFAOYSA-N 0.000 claims description 9
- 229920000642 polymer Polymers 0.000 claims description 9
- 229920002635 polyurethane Polymers 0.000 claims description 9
- 239000004814 polyurethane Substances 0.000 claims description 9
- 125000002924 primary amino group Chemical group [H]N([H])* 0.000 claims description 9
- NBBJYMSMWIIQGU-UHFFFAOYSA-N propionic aldehyde Chemical compound CCC=O NBBJYMSMWIIQGU-UHFFFAOYSA-N 0.000 claims description 9
- 125000000751 azo group Chemical group [*]N=N[*] 0.000 claims description 8
- 238000003892 spreading Methods 0.000 claims description 8
- 230000001133 acceleration Effects 0.000 claims description 7
- 238000007789 sealing Methods 0.000 claims description 7
- NIXOWILDQLNWCW-UHFFFAOYSA-M acrylate Chemical compound [O-]C(=O)C=C NIXOWILDQLNWCW-UHFFFAOYSA-M 0.000 claims description 6
- 125000001931 aliphatic group Chemical group 0.000 claims description 6
- 238000010276 construction Methods 0.000 claims description 6
- VUXKVKAHWOVIDN-UHFFFAOYSA-N cyclohexyl formate Chemical compound O=COC1CCCCC1 VUXKVKAHWOVIDN-UHFFFAOYSA-N 0.000 claims description 6
- 238000010438 heat treatment Methods 0.000 claims description 6
- 238000000465 moulding Methods 0.000 claims description 6
- 230000035484 reaction time Effects 0.000 claims description 6
- 239000011780 sodium chloride Substances 0.000 claims description 6
- YXFVVABEGXRONW-UHFFFAOYSA-N toluene Chemical compound CC1=CC=CC=C1 YXFVVABEGXRONW-UHFFFAOYSA-N 0.000 claims description 6
- 230000003519 ventilatory Effects 0.000 claims description 6
- 238000010792 warming Methods 0.000 claims description 6
- 230000000875 corresponding Effects 0.000 claims description 5
- 238000000605 extraction Methods 0.000 claims description 5
- 238000004519 manufacturing process Methods 0.000 claims description 5
- 230000037361 pathway Effects 0.000 claims description 5
- 238000005096 rolling process Methods 0.000 claims description 5
- 150000002148 esters Chemical class 0.000 claims description 4
- 239000000470 constituent Substances 0.000 claims description 3
- 230000001808 coupling Effects 0.000 claims description 3
- 238000010168 coupling process Methods 0.000 claims description 3
- 238000005859 coupling reaction Methods 0.000 claims description 3
- 229910003460 diamond Inorganic materials 0.000 claims description 3
- 239000010432 diamond Substances 0.000 claims description 3
- 230000005611 electricity Effects 0.000 claims description 3
- 238000001704 evaporation Methods 0.000 claims description 3
- 238000005461 lubrication Methods 0.000 claims description 3
- 238000003825 pressing Methods 0.000 claims description 3
- 238000003860 storage Methods 0.000 claims description 3
- 239000011148 porous material Substances 0.000 claims description 2
- 239000000126 substance Substances 0.000 claims 2
- 239000001273 butane Substances 0.000 claims 1
- 239000000843 powder Substances 0.000 claims 1
- 230000000694 effects Effects 0.000 abstract description 15
- 238000010586 diagram Methods 0.000 description 17
- 239000003921 oil Substances 0.000 description 13
- 238000000034 method Methods 0.000 description 12
- UHOVQNZJYSORNB-UHFFFAOYSA-N benzene Chemical compound C1=CC=CC=C1 UHOVQNZJYSORNB-UHFFFAOYSA-N 0.000 description 6
- WERYXYBDKMZEQL-UHFFFAOYSA-N 1,4-Butanediol Chemical compound OCCCCO WERYXYBDKMZEQL-UHFFFAOYSA-N 0.000 description 4
- 238000007792 addition Methods 0.000 description 4
- 230000003139 buffering Effects 0.000 description 4
- 230000002708 enhancing Effects 0.000 description 4
- 239000003990 capacitor Substances 0.000 description 3
- 238000007599 discharging Methods 0.000 description 3
- 238000001035 drying Methods 0.000 description 3
- 125000002496 methyl group Chemical group [H]C([H])([H])* 0.000 description 3
- 238000005086 pumping Methods 0.000 description 3
- NIXOWILDQLNWCW-UHFFFAOYSA-N acrylic acid Chemical compound OC(=O)C=C NIXOWILDQLNWCW-UHFFFAOYSA-N 0.000 description 2
- 238000004140 cleaning Methods 0.000 description 2
- 238000001514 detection method Methods 0.000 description 2
- 239000006185 dispersion Substances 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- BDAGIHXWWSANSR-UHFFFAOYSA-N formic acid Chemical group OC=O BDAGIHXWWSANSR-UHFFFAOYSA-N 0.000 description 2
- 239000010687 lubricating oil Substances 0.000 description 2
- 238000011105 stabilization Methods 0.000 description 2
- 230000001360 synchronised Effects 0.000 description 2
- 241000826860 Trapezium Species 0.000 description 1
- 238000009825 accumulation Methods 0.000 description 1
- 239000002253 acid Substances 0.000 description 1
- 230000004913 activation Effects 0.000 description 1
- 230000001276 controlling effect Effects 0.000 description 1
- 125000000113 cyclohexyl group Chemical group [H]C1([H])C([H])([H])C([H])([H])C([H])(*)C([H])([H])C1([H])[H] 0.000 description 1
- 238000007405 data analysis Methods 0.000 description 1
- 230000000249 desinfective Effects 0.000 description 1
- 238000009826 distribution Methods 0.000 description 1
- 230000017525 heat dissipation Effects 0.000 description 1
- 235000003642 hunger Nutrition 0.000 description 1
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- 230000035939 shock Effects 0.000 description 1
- 230000037351 starvation Effects 0.000 description 1
- 238000004659 sterilization and disinfection Methods 0.000 description 1
- 238000004804 winding Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G69/00—Auxiliary measures taken, or devices used, in connection with loading or unloading
- B65G69/04—Spreading out the materials conveyed over the whole surface to be loaded; Trimming heaps of loose materials
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G69/00—Auxiliary measures taken, or devices used, in connection with loading or unloading
- B65G69/14—Pulverising loaded or unloaded materials
-
- C—CHEMISTRY; METALLURGY
- C08—ORGANIC MACROMOLECULAR COMPOUNDS; THEIR PREPARATION OR CHEMICAL WORKING-UP; COMPOSITIONS BASED THEREON
- C08L—COMPOSITIONS OF MACROMOLECULAR COMPOUNDS
- C08L75/00—Compositions of polyureas or polyurethanes; Compositions of derivatives of such polymers
- C08L75/04—Polyurethanes
Abstract
A kind of manganese slag thermal insulation material combined type paves mechanism, has medicament spray line in the running gear of chassis lower part；It connects and is provided with telescoping tube on the bridge piece of medicament spray line, the base tube for emitting microwave is equipped in base tube, tank Chinese medicine internal mixer is equipped with mixing component and the funnel with nitrogen injection device；Rotor roller bearing one end in injector is sleeved on the outside of solution inlet pipe, and the other end is extend into injection line；There is injection in injection line, be equipped with into medicine in injection and adjust knob, form medicament dropping channel between bell jar and solid aproll body, forms annular drug between adjacent bell jar and gush；Rotor roller bearing is internally provided with impeller；Spinning grinder is by linkage section and shakeouts job step and forms, and shakeouts job step and is equipped with disintegrating mechanism, connection disintegrating mechanism transmission shaft stretches into linkage section accommodating chamber, and is driven by rotating device motor；There is I and II impeller in end sprayer and accelerates rotor driver plate.The system job is efficient, and medicament spraying operation effect is good.
Description
Technical field
The invention belongs to project treatment equipment technical fields, and in particular to a kind of manganese slag thermal insulation material combined type paver
Structure.
Background technology
Some existing manganese slag thermal insulation materials need first to carry out shakeouing processing and then sprinkling medicament carries out disinfection or sterilize work
Industry can be focused on using the drying of a period of time.It is existing that processing equipment is shakeout for manganese slag thermal insulation material
In, generally use eccentric vibrating roller smashs the high speed oscillation of manganese slag thermal insulation material to pieces using it, coordinates remaining two work for shakeouing roller
With, so that manganese slag thermal insulation material fragment is paved, but often find there is following, the rotation of eccentric roller in practice, normal handle
Manganese slag thermal insulation material scrolling forward, so that the phenomenon for causing local accumulation excessively high, or even after manganese slag thermal insulation material does reality, also
It was found that there is pit on surface, the requirement of design is not achieved, in addition, existing manganese slag thermal insulation material processing equipment, volume is larger, turns to
Process is more laborious, dumb, less efficient, it would be highly desirable to improve.
Under prior art conditions, equipment and technology not yet mature is shakeout, existing traditional handicraft, processing method still have
Have that processing cost is high, disadvantages such as low of shakeouing efficiency.In addition, the sprinkling of prior art Chinese medicine is by manually carrying out, it is this
Mode not only exists at operating efficiency bottom, but also spray effect is undesirable.
Invention content
It paves mechanism in view of the above existing problems in the prior art, the present invention provides a kind of manganese slag thermal insulation material combined type,
The whole equipment can significantly improve and shakeout operating efficiency, effectively reduce the cost of manganese slag thermal insulation material processing, and it is good to shakeout effect,
The influence of human factor is not depended on, and the synchronous sprinkling of medicament can be carried out in shakeouing operation process, can in the process will shakeouing
The larger hard object of volume in manganese slag thermal insulation material synchronizes break process.
To achieve the goals above, it paves mechanism, including chassis the present invention also provides a kind of manganese slag thermal insulation material combined type,
Chassis left part thereunder and right part are respectively connected with one group of running gear, further include it is positioned at chassis upper and with two groups
The matched two medicaments mixer of running gear, the middle section on the chassis are fixedly connected with spreading out device；
One group of running gear include be arranged rear and front end two traveling wheels, be located on the inside of two traveling wheels two
A connection transition beam, is located at two connection transition at the two medicaments spray line being located on the inside of two connection transition beams
Two bridge pieces and the three-way connector between bridge piece of beam inboard；Two outlet ends of the three-way connector
It is connect respectively with the inner end of two medicaments spray line by two bridge pieces；The outer end of two medicaments spray line respectively with two
Connection transition beam an end be fixedly connected, two connection transition beam an end another end respectively with two rows
The shaft for walking to take turns center is rotatably coupled；Two connection transition beams are fixedly connected with chassis；Under two medicaments spray line
Portion is respectively connected with equally distributed multiple injectors along its length；
The bridge piece includes in the base tube and telescoping tube of 90 degree of bendings, and the base tube is close to one end of three-way connector
Outside is provided with base tube external screw thread, the base tube attaching nut between base tube and three-way connector by being set on base tube external screw thread
It is fixedly connected；One end of the telescoping tube is fixedly connected with the one end of base tube far from three-way connector, the other end of telescoping tube with
The inner end of medicament spray line is fixedly connected；
The base tube includes base tube shell, and the microwave launcher tube of the base tube enclosure interior, base tube hull outside is provided with
Electromagnetism high voltage package, the microwave launcher tube have waterproof construction, are connect with electromagnetism high voltage package by conducting wire；The electromagnetism high pressure
Packet is connect by relay with mains supply；
The injector includes shell, solution inlet pipe, fixing assembling stator inside housings, rotationally assembles
Rotor in bore of stator, is distributed in the both sides of stator and is set in the fixed rotor roller bearing being plugged at rotor axis line
Two bearings on rotor roller bearing；Mixing chamber is formed between the liquid feeding end and stator of the shell, the outlet end outside of shell is solid
Surely it is connected with injection line；The solution inlet pipe is extend into after the liquid feeding end of shell in mixing chamber；The rotor rolling
Axis is hollow-core construction, and one end extend into mixing chamber and is set in the outside of solution inlet pipe inner end, and the other end is pierced by
It is extend into injection line after shell；The impeller that inner surface fixing assembling of the rotor roller bearing close to injection line part has；It is described
Impeller is made of multiple blades of the annular spread on rotor roller bearing madial wall, and the middle part of multiple blades forms the logical of solution circulation
Road；The outer ring of the bearing is fixedly connected with the casing by the multiple connecting rods being radially arranged；The stator is by stator copper circle
With magnets of stator composition of the fixing assembling outside stator copper circle；Stator copper circle, which is connected with, to be pierced by the external of hull outside and leads
Line；
The water outlet of the injection line is connected with injection water nozzle, and the injection water nozzle includes that injector shell, fixation are set
Set the horn cover and water-supply-pipe in injector enclosure, the both ends of the water-supply-pipe respectively with the water outlet of injection line and loudspeaker
The osculum end connection of cover, the horn cover are internally provided with injection extended in the axial direction, the lower end conduct of horn cover
Spray outlet；The injection attached bag includes into medicine the solid aproll body of two in positive frustum type for adjusting knob, being distributed in the longitudinal direction
Four bell jars in positive frustum type being continuously arranged in the longitudinal direction；It is opened under upper level bell jar between two neighboring bell jar
Mouth end shield is located at outside the upper open end of next stage bell jar, and the coupling part between two neighboring bell jar forms annular drug
It gushes；The lower end that knob is adjusted into medicine is assemblied in by screw-thread fit inside the upper open end of first order bell jar；The first order is solid
The outer surface of aproll body is not placed in contact with the central part in first order bell jar with the madial wall of first order bell jar, and passes through diameter
It is fixedly connected on first order bell jar inside center to more connecting rods of setting；The solid aproll body in the second level not with second level bell jar
Madial wall is placed in contact with the central part in second level bell jar, and the more connecting rods by being radially arranged are fixedly connected on second
Grade bell jar inside center；The lower open end of fourth stage bell jar is fixedly connected with inverted end sprayer, and under fourth stage bell jar
Annular drug channel is formed between end and the lower end of fourth stage bell jar；Between the solid aproll body of the first order and first order bell jar,
Medicament whereabouts is respectively formed between the solid aproll body of two level and second level bell jar, between the solid aproll body of the third level and fourth stage bell jar
Channel falls for medicament；Osculum end of the lower end fixing card of first order bell jar together in horn cover；Second and third and level Four bell jar
Lateral wall is fixedly connected each by the multiple connecting rods being radially arranged with the madial wall of horn cover；
The end sprayer include end sprayer shell, positioned at end sprayer upper part of the housing impeller driving motor, pass through
Bearing is assemblied in the impeller shaft of end sprayer enclosure interior；The impeller driving motor is connect with impeller shaft；It is described
End sprayer shell inner upper space is disposed with the one stage impeller being assemblied in outside impeller shaft and two level from top to bottom
Impeller, lower space is accelerating chamber in the end sprayer shell, is equipped in the middle part of the accelerating chamber solid with impeller shaft lower end
Surely the acceleration rotor driver plate connected, the acceleration rotor driver plate be in circular cone diamond shape, surface be equipped with several plectrums, several plectrums with
Rotor driver plate axis is accelerated angularly to be evenly distributed；The upper end of the end sprayer shell, which has, is located at one stage impeller and two level
Feed pathway on the outside of impeller；The lower end of the end sprayer shell is equipped with liquid outlet channel；
It is described to include speed governing shell, the wedge with waterproof sealing structure in speed governing cover top portion is set into medicine adjustment knob
Shape impeller drive motor and the wedge-shaped impeller drive shaft at speed governing enclosure axle center；The speed governing shell is in a circular table shape,
And it is upper end closed, the structure of lower ending opening；On speed governing shell multiple vertically extending sides are equably offered around its axial line
Wall feed liquor conduit；It is provided with outside the lower end of speed governing shell matched outer with the upper open end internal female of first order bell jar
Screw thread；The output shaft of the wedge shape impeller drive motor rotationally penetrates the top after speed governing shell with wedge-shaped impeller drive shaft
It is fixedly connected；Wedge-shaped impeller drive shaft external stability is connected with the equally distributed and vertically extending wedge-shaped impeller plate of multiple circumferential directions
The diaphragm plate for being arranged with two intervals and being fixedly connected with each wedge-shaped impeller plate side；The lateral surface of wedge-shaped impeller plate and speed governing
The madial wall of shell is slidably matched；
The agent mixer includes the mixing chamber for being fixedly connected on chassis upper center, circumferential is equably fixedly connected on
The multiple pharmacy jars for mixing outdoor face, the stirring motor for being fixed at mixing chamber inner cavity top and stirring motor output shaft
Agitating shaft that is connecting and extending to the inner cavity lower part of mixing chamber, the bottom for being fixedly connected on mixing chamber and helical winding
Temperature control tube on the outside of agitating shaft and the outlet tube road for being connected to agent mixer lower end center；The medicament pot bottom connection
Drug pipeline penetrates in the inner cavity of mixing chamber；The drug discharging tube road is connected with solenoid valve；It is connected with blade on the agitating shaft；
The outlet tube road is provided with electrically-controlled valve, and the lower end on outlet tube road is connect behind chassis with the input end of three-way connector；
The pharmacy jar includes agent mixer shell, is fixed above agent mixer enclosure funnel,
The medicament agitating shaft being rotatably arranged in below agent mixer enclosure；It is provided with multigroup stir on the medicament agitating shaft
Mix leaf；Agent mixer enclosure is provided with two bufferings being spaced between the small open end of funnel and medicament agitating shaft
Plate, and it is each provided with a buffer board in the lower part on the big opening end top of funnel and medicament agitating shaft；Agent mixer shell
Lower end is connected with the cone-shaped collection room in inverted frustum type, and the bottom of cone-shaped collection room is connected with the drug row being connected to its inner cavity
Pipeline；The drug row pipeline penetrates in the inner cavity of mixing chamber, and is connected with solenoid valve on drug row pipeline；Two buffer boards at middle part
Between form surge chamber, the signal piping communicated therewith is connected on the side wall of surge chamber；The funnel is internally provided with spray
Device, the spray equipment are uniformly being opened in annular spray by the circular spray tube being fixedly connected on funnel inside portion with circumferential
Multiple water jets composition on shower pipe tube wall；The circular spray tube is connected with the spray feed pipe for being pierced by agent mixer shell
The water outlet on road, the outer end and water pump that spray water supply pipe connects；The medicament agitating shaft by with outside agent mixer
The transmission shaft driving rotation of rotary electric machine connection outside shell；
The funnel includes round table-like funnel shell, is arranged in the nitrogen gas jet rotary shaft of funnel enclosure interior and more
A nitrogen gas jet；Funnel hull outside is provided with nitrogen and enters pipe；The nitrogen enters pipe by agent mixer shell
Outside penetrates, and its inner end is connected by one end of nitrogen surge chamber and nitrogen delivery pipe, and nitrogen enters outer end and the nitrogen of pipe
Bottle connection；It is fixedly connected with the nitrogen distributor chamber of hollow cylindrical in the central area at funnel shell osculum end, the nitrogen is defeated
The other end of pipe is sent to connect nitrogen distributor chamber with penetrating through；The nitrogen gas jet rotary shaft is arranged in the axle center of funnel enclosure interior
It is hollow cylindrical-shaped structure on line；The lower end of nitrogen gas jet rotary shaft penetrates rotatably nitrogen distributor chamber axle center, and
With the output axis connection for the nitrogen gas jet electric rotating machine for being fixed at nitrogen distributor chamber lower part, nitrogen gas jet rotates axle position
The intercommunicating pore for being provided with multiple connection nitrogen distributor chamber inner cavities of indoor part is distributed in nitrogen；Nitrogen gas jet rotary shaft exists
The position of corresponding two open end of funnel shell is respectively fixedly connected with that there are one the nitrogen gas jet that can be rotated in funnel shell annulars
Holder, the nitrogen gas jet ring support positioned at the hollow pipeline of annular of outer ring and the annular hollow pipe road of connection with nitrogen by spraying
The connecting pipeline of emitter rotary shaft inner cavity forms, and the annular hollow pipe of the circular support positioned at funnel shell big opening end side
The outer diameter on road is more than the outer diameter of the hollow pipeline of annular of the circular support positioned at the small open end side of funnel shell；Multiple nitrogen
Gas blowout emitter is arranged around nitrogen gas jet rotary shaft, and nitrogen gas jet is hollow column structure, nitrogen gas jet
Both ends are connected with the hollow pipeline perforation of the annular of two circular supports respectively；The surface of nitrogen gas jet is evenly distributed with largely
The nitrogen nozzle being connected with its inner cavity；
The spreading out device includes the protective shell for being fixedly connected on chassis upper, is fixedly connected on shakeouing inside protective shell
Motor, the spinning grinder positioned at chassis lower part；The output shaft for shakeouing motor penetrate rotatably behind chassis with spin
The rotation center for turning grinder top is fixedly connected；
The spinning grinder by positioned at middle part linkage section and be connected to linkage section both ends shakeout job step
Composition, the middle part of the linkage section is recessed upwards, it is described shakeout job step include one end stretch into the accommodating chamber of linkage section end and
It is uniformly connected on transmission shaft by connecting transmission shaft, multigroup circumferential direction that bearing and linkage section end receiving chamber inner sidewall connect
Disintegrating mechanism；The disintegrating mechanism includes along the equally distributed multiple engaging lugs in propeller shaft length direction and tup, the connection
Ear is fixedly connected with transmission shaft, and the tup is rotatably connected on two neighboring engaging lug by being threaded through the crushing axis pin of one end
Between；It is further sleeved with driven gear on the outside of the end of the transmission shaft, it is driven in correspondence inside the accommodating chamber of the linkage section end
It is provided with rotating driving device below gear, the rotating driving device includes the rotation being fixedly connected with linkage section end accommodating chamber
Rotary device motor, is sleeved on outside rotating device transmission shaft the rotating device transmission shaft being set in parallel below transmission shaft
And with driven gear engagement driving gear and connect between rotating device transmission shaft one end and rotating device motor output shaft
Gearbox；The both ends of the rotating device transmission shaft, which are rotationally assemblied in fix with linkage section end accommodating chamber bottom respectively, to be connected
In the first bearing seat and second bearing seat that connect；
The top of the push handle, which is equipped with, manipulates remote control；The stirring motor, temperature control tube, shakeouts motor, rotation at solenoid valve
Rotating motor, water pump, rotary electric machine, nitrogen gas jet electric rotating machine, wedge-shaped impeller drive motor, relay, rotating device motor,
Impeller driving motor, electrically-controlled valve are connect by conducting wire with manipulation remote control.
In the technical scheme, it is driven by making the chassis lower part of the whole equipment pushed by push handle be provided with by shakeouing motor
Dynamic shakeouts homework department, can easily realize to treat and shakeout quickly shakeouing for manganese slag thermal insulation material, it is good to shakeout effect, can be effective
Efficiency is shakeout in raising, and can be in the labor intensity of amplitude reduction worker.In addition, by making agent mixer connect with medicament spray line
It is logical, and medicament spray line lower part is made to be provided with injector, the sprinkling of medicament can be synchronously realized in shakeouing operation process in this way,
It not only can guarantee the uniformity of sprinkling, but also can effectively save flow chart, can further improve the processing of manganese slag thermal insulation material
Efficiency.The setting of stirring motor can be convenient for the medicament that multiple pharmacy jars fill being uniformly mixed in agent mixer, and temperature control tube
It can easily realize the heating to medicament, so as to help to improve the activity of medicament, and then ensure to manganese slag thermal insulation material
Treatment effect.Make stirring motor, solenoid valve, temperature control tube, shakeout motor, electrically-controlled valve with manipulate remote control connected by conducting wire
It connects, intelligentized control method can be easy to implement, be easy to implement centralized control, so as to improve the degree of automation of the whole equipment.It is logical
The hard object in part in manganese slag thermal insulation material can be synchronized break process by the setting that overspin turns grinder during shakeouing.
By making to be provided with hollow rotor roller bearing in injector, and it is internally provided with by annular distribution in the outlet end of rotor roller bearing
The impeller that blade is formed, in this way, can under the action of the centrifugal throw away the liquid at high speed entered in rotor roller bearing, so as to make spray
The medicament spilt quickly penetrates into inside manganese slag thermal insulation material, can effectively improve medicament spray effect.Due to being arranged in injection line
Have and spray son, is provided with into medicine in injection and adjusts knob, from the speed that can control liquid ejection, bell jar and the solid aproll bodily form
Annular drug is formed at medicament dropping channel, between adjacent bell jar to gush, and is sprayed with thereby may be ensured that medicament energy dispersion shape, energy
Improve the surface that medicament is equably sprayed onto pending manganese slag thermal insulation material；Nitrogen supply (NS) device is provided in funnel, it can be with
Make the starvation in mixed process of the water in the medicament and flusher of addition, work is reduced to be avoided that the oxidation of medicament
Property, to can guarantee the function and effect of medicament.One stage impeller, sencond stage impeller in end sprayer and accelerate setting for rotor driver plate
It sets, solution can be made to obtain acceleration in accelerating chamber, sprayed from liquid outlet channel, to be conducive to improve sprinkling uniformity, while
The impact force during medicament sprinkling can be improved, preferably to act on pending manganese slag thermal insulation material.Stretching in bridge piece
The setting of the draw can provide cushioning effect, so can in the process of walking to the shock conditions in medicament spray line motion process into
Row effectively buffering, to can guarantee the connection reliability of connecting portion.
Further, it for the ease of the filling of lubricating oil, is additionally provided with and is arranged between the tup and two neighboring engaging lug
Crushing the oil filling room outside axis pin；The oil filling room is fixedly connected with engaging lug, is rotated with axis pin is crushed
Cooperation, oil filling room has the toroidal cavity for oil storage, and is externally and internally provided with oil filling hole respectively
With lubrication oil discharge hole；In order to improve crush efficiency, the disintegrating mechanism quantity is 4 groups.
Further, for the ease of the promotion of operating personnel, the push handle angle with horizontal plane is between 48 °~72 °；It is described
Mixing chamber is cylindrical shape, and the pharmacy jar quantity is 12；The quantity of the injector is 4.
Further, for the ease of radiating to motor, the protective shell sidewall bottom is equipped with multiple heat emission holes, described to dissipate
Hot hole is U-shaped through-hole, and multiple heat emission holes are circumferentially evenly distributed using the central axes of protective shell as axle center；It is also set inside protective shell
It is equipped with the heat-dissipating impeller being set on stirring motor output shaft.
Further, in order to improve buffering effect, while convenient for detection, two buffer boards at middle part are arranged parallelly, are
Raising mixing effect, spacing 20cm；The paddle is 3 groups.
Further, in order to ensure the stationarity in spinning grinder rotation process, the output shaft for shakeouing motor with
It is connected by rolling bearing between chassis.
Further, in order to automatically identify hard object, the center of spinning grinder lower part is provided with hard
Object survey meter, hard object survey meter are connect with remote control is manipulated by conducting wire.
Further, in order to make base tube shell that there is preferable hardness, meanwhile, can have longer service life, the base
Tube shell is molded by high molecular material pressing mold, and the constituent of base tube shell is as follows：
Soften 337.4~562.3 parts of pure water, ten 129.0~171.9 parts of five rings oxa- -10- alkene -2- ketone of 13- methyl, 2-
[4- [[1- [[(2- methoxyl group -5- methyl -4- sulfonic groups phenyl) amino] carbonyl] -2- oxopropyls] azo] phenyl] -6- first
132.6~241.5 parts of base -7- benzothiazole disodium sulfonates salt, 128.9~145.4 parts of 3- (methyl mercapto) propionic aldehyde, bronze red
131.8~188.6 parts, (1- methyl ethylidene) bis- (4,1- phenoxy group -3,1- propylidene) double methyl methacrylates 134.3~
195.7 parts, methyl ethyl ketone sealing end [1,4-butanediol, 1,3- diisocyanate roots close methylbenzene and alpha -hydro-omega -hydroxypoly (oxygen -1,
4- butane diyl)] 120.0~156.8 parts of polymer, 119.3~162.2 parts of N- methyl-N-octyl -1- octylames, formic acid ring
128.8~173.3 parts of own ester, polyurethane Y-304138.2~182.8 part, mass concentration are the acrylic acid of 128ppm~395ppm
161.5~215.4 parts of cetyl ester.
Further, in order to make base tube shell that there is preferable hardness, meanwhile, can have longer service life, the base
The manufacturing process of tube shell is as follows：
S1:In stirring-type biomass thermal energy reactor, softening pure water and ten five rings oxa- -10- alkene of 13- methyl-is added
2- ketone starts the blender in stirring-type biomass thermal energy reactor, and setting speed is 130rpm~176rpm, starts stirring-type
Bled steam evaporator in biomass thermal energy reactor makes temperature rise to 145.4 DEG C~146.3 DEG C；
S2:2- [4- [[1- [[(2- methoxyl group -5- methyl -4- sulfonic groups phenyl) amino] carbonyl] -2- oxos third are added
Base] azo] phenyl] -6- methyl -7- benzothiazole disodium sulfonate salt stirs evenly, 3- (methyl mercapto) propionic aldehyde is added；
S3:It is 121.7m to be passed through flow3/ min~162.4m3The argon gas of/min 122.0~133.9 minutes；It is stirring later
Bronze red is added in formula biomass thermal energy reactor, the steam extraction heating evaporation being again started up in stirring-type biomass thermal energy reactor
Device makes temperature rise to 162.6 DEG C~195.5 DEG C, keeps the temperature 122.9~133.4 minutes；
S4:(1- methyl ethylidene) bis- (4,1- phenoxy group -3,1- propylidene) double methyl methacrylates, adjustment stirring is added
The pH value of solution is 4.8~8.6 in formula biomass thermal energy reactor, keeps the temperature 122.8~362.8 minutes；
S5:[1,4- butanediols, 1,3- diisocyanates that the methyl ethyl ketone that mass concentration is 132ppm~362ppm blocks is added
Root closes methylbenzene and alpha -hydro-omega -hydroxypoly (oxygen -1,4- butane diyl)] polymer；
S6:Mechanical stirrer can be reacted by starting stirring-type biomass thermal, and setting speed is 136rpm~176rpm；Stirring 4~8
Minute；
S7:N- methyl-N-octyl -1- octylames are added, the steam extraction heating in stirring-type biomass thermal energy reactor is started
Evaporator is warming up to 166.5 DEG C~203.4 DEG C, and pH is adjusted between 4.5~8.4, and it is 121.266m to be passed through argon gas ventilatory capacity3/
Min~162.682m3/ min, heat preservation stand 156.4~186.3 minutes；Stirring-type biomass thermal energy reactor is again started up to stir
Machine is mixed, rotating speed is 131rpm~176rpm, cyclohexyl formate is added, and pH is adjusted between 4.5~8.4, heat preservation is stood
155.0~195.9 minutes；
S8:Polyurethane Y-304 is added, reacts 122.6~133.5 minutes；Aliphatic acrylate is added later, starts
Bled steam evaporator in stirring-type biomass thermal energy reactor, set temperature in stirring-type biomass thermal energy reactor as
206.9 DEG C~262.4 DEG C, pH is adjusted between 4.8~8.8, pressure be 1.28MPa~1.29MPa, the reaction time be 0.4~
0.9 hour；It is 0MPa to be depressurized to gauge pressure later, is cooled to 122.6 DEG C~133.5 DEG C and discharges into molding press to get to base tube shell
Body.
Description of the drawings
Fig. 1 is the structural schematic diagram of the present invention；
Fig. 2 is the structural schematic diagram of running gear in the present invention；
Fig. 3 is the structural schematic diagram that bend pipe is adjusted in the present invention；
Fig. 4 is base tube structure schematic diagram in the present invention；
The structural schematic diagram of injector in Fig. 5 present invention；
Rotor roller bearing is equipped with the structural schematic diagram of impeller wheel portion in Fig. 6 present invention；
The structural schematic diagram of injection line in Fig. 7 present invention；
The structural schematic diagram of son is sprayed in Fig. 8 present invention；
The structural schematic diagram of end sprayer in Fig. 9 present invention；
Into the structural schematic diagram of medicine speed governing knob in Figure 10；
The structural schematic diagram of Figure 11 Chinese medicine mixers of the present invention；
The structural schematic diagram of Figure 12 Chinese medicine pots of the present invention；
The structural schematic diagram of funnel in Figure 13 present invention；
The structural schematic diagram of spreading out device in Figure 14 present invention；
The structural schematic diagram of spinning grinder in Figure 15 present invention；
The structural schematic diagram of the driving mechanism of transmission shaft is driven in Figure 16 present invention；
The structural schematic diagram of disintegrating mechanism in Figure 17 present invention；
The graph of relation of base tube and high speed coefficient of stabilization in Figure 18 present invention.
In figure：1, chassis, 2, push handle, 3, manipulate remote control, 4, running gear, 4-1, medicament spray line, 4-2, connection
Bend pipe, 4-2-1, telescoping tube, 4-2-2, base tube, 4-2-3, base tube external screw thread, 4-2-4, base tube attaching nut, 4-3, traveling wheel,
4-4, connection transition, 4-5, three-way connector, 4-6, agent mixer, 4-6-1, pharmacy jar, 4-6-1-1, buffer board, 4-6-1-
2, agent mixer shell, 4-6-1-3, spray equipment, 4-6-1-4, funnel, 4-6-1-4-1, nitrogen enter pipe, 4-6-1-4-
2, nitrogen surge chamber, 4-6-1-4-3, nitrogen gas jet electric rotating machine, 4-6-1-4-4, nitrogen distributor chamber, 4-6-1-4-5, funnel
Shell, 4-6-1-4-6, nitrogen gas jet rotary shaft, 4-6-1-4-7, nitrogen nozzle, 4-6-1-4-8, nitrogen gas jet annular branch
Frame, 4-6-1-4-9, nitrogen gas jet, 4-6-1-4-10, nitrogen delivery pipe, 4-6-1-5, signal piping, 4-6-1-6, drug row pipe
Road, 4-6-1-7, cone-shaped collection room, 4-6-1-8, paddle, 4-6-1-9, transmission shaft, 4-6-1-10, rotary electric machine, 4-6-1-
11, surge chamber, 4-6-1-12, water pump, 4-6-2, mixing chamber, 4-6-3, stirring motor, 4-6-4, solenoid valve, 4-6-5, temperature control
Pipe, 4-6-6, blade, 4-7, injector, 4-7-1, injection line, 4-7-1-1, water-supply-pipe, 4-7-1-2, injector shell, 4-
7-1-3, horn cover, 4-7-1-4, injection, 4-7-1-4-1, adjust knob, 4-7-1-4-1-1, diaphragm plate, 4-7-1- into medicine
4-1-2, wedge-shaped impeller plate, 4-7-1-4-1-3, external screw thread, 4-7-1-4-1-4, speed governing shell, 4-7-1-4-1-5, side wall feed liquor
Conduit, 4-7-1-4-1-6, wedge-shaped impeller drive shaft, 4-7-1-4-1-7, wedge-shaped impeller drive motor, 4-7-1-4-2, annular into
Medicine channel, 4-7-1-4-3, solid aproll body, 4-7-1-4-4, bell jar, 4-7-1-4-5-1,4-7-1-4-5, end sprayer go out
4-7-1-4-5-3, liquid channel, 4-7-1-4-5-2, accelerating chamber accelerate rotor driver plate, 4-7-1-4-5-4, sencond stage impeller, 4-7-
1-4-5-5, one stage impeller, 4-7-1-4-5-6, impeller shaft, 4-7-1-4-5-7, feed pathway, 4-7-1-4-6, annular go out
The roads Yao Yong, 4-7-1-4-7, medicament dropping channel, 4-7-1-5, spray outlet, 4-7-2, impeller, 4-7-3, stator copper circle, 4-
7-4, bearing, 4-7-5, solution inlet pipe, 4-7-6, mixing chamber, 4-7-7, rotor roller bearing, 4-7-8, magnets of stator, 4-7-9,
Rotor, 4-7-10, external wire, 4-7-11, shell, 5, spreading out device, 5-1, protective shell, 5-3,5-2, heat emission hole shakeout electricity
Machine, 5-4, heat-dissipating impeller, 5-5, spinning grinder, 5-5-1, transmission shaft, 5-5-2, connection bearing, 5-5-2-1, first bearing
Seat, 5-5-2-2, rotating device transmission shaft, 5-5-2-3, gearbox, 5-5-2-4, rotating device motor, 5-5-2-5, sliding tooth
5-5-3-1, wheel, 5-5-2-6, second bearing seat, 5-5-2-7, driven gear, 5-5-3, disintegrating mechanism crush axis pin, 5-5-3-
2, oil filling room, 5-5-3-3, tup, 5-5-3-4, engaging lug, 5-5-4, linkage section, 5-6, rolling bearing are 5-7, hard
Object survey meter.
Specific implementation mode
The invention will be further described below in conjunction with the accompanying drawings.
If Fig. 1 to Figure 17 shows, a kind of manganese slag thermal insulation material combined type paves mechanism, including chassis 1, and the chassis 1 is at it
The left part and right part of lower section are respectively connected with one group of running gear 4, further include positioned at 1 top of chassis and with two groups of running gears 4
Matched two medicaments mixer 4-6, the middle section on the chassis 1 are fixedly connected with spreading out device 5；
One group of running gear 4 include be arranged rear and front end two traveling wheel 4-3, be located at two traveling wheel 4-3
Two connection transition beam 4-4 of inside, the two medicaments spray line 4-1 being located on the inside of two connection transition beam 4-4, difference
Two bridge piece 4-2 and the three-way connector 4- between bridge piece 4-2 positioned at two inboards connection transition beam 4-4
5；Two outlet ends of the three-way connector 4-5 are respectively by two bridge piece 4-2 and two medicaments spray line 4-1
End connection；The end that the outer end of two medicaments spray line 4-1 connect transition beam 4-4 with two respectively is fixedly connected, two
Shaft of another end of an end of connection transition beam 4-4 respectively with two centers traveling wheel 4-3 is rotatably coupled；
Two connection transition beam 4-4 are fixedly connected with chassis 1；The lower part of two medicaments spray line 4-1 is respectively connected with side along its length
To equally distributed multiple injector 4-7；
The bridge piece 4-2 includes the base tube 4-2-2 bent in 90 degree and telescoping tube 4-2-1, and the base tube 4-2-2 is leaned on
It is provided with base tube external screw thread 4-2-3 outside one end of nearly three-way connector 4-5, is led between base tube 4-2-2 and three-way connector 4-5
The base tube attaching nut 4-2-4 being set on base tube external screw thread 4-2-3 is crossed to be fixedly connected；One end of the telescoping tube 4-2-1 with
The one end of base tube 4-2-2 far from three-way connector 4-5 is fixedly connected, and the other end of telescoping tube 4-2-1 is with medicament spray line 4-1's
Inner end is fixedly connected；
The base tube 4-2-2 includes base tube shell 4-2-2-1, the microwave launcher tube inside the base tube shell 4-2-2-1
It is provided with electromagnetism high voltage package 4-2-2-3, relay 4-2-2-4 and high-voltage capacitor outside 4-2-2-2, base tube shell 4-2-2-1
4-2-2-5, the microwave launcher tube 4-2-2-2 have waterproof construction, are connect with electromagnetism high voltage package 4-2-2-3 by conducting wire；
The electromagnetism high voltage package 4-2-2-3 is electrically connected with the outside cities 220V, and electromagnetism high voltage package 4-2-2-3 is in parallel with relay 4-2-2-4,
Electromagnetism high voltage package 4-2-2-3 is in parallel with high-voltage capacitor 4-2-2-5；Electromagnetism high voltage package 4-2-2-3 receives external 220V alternating currents, with
Relay 4-2-2-4, high-voltage capacitor 4-2-2-5 collective effects so that microwave launcher tube 4-2-2-2 emits microwave, is base tube
Solution in shell 4-2-2-1 provides low power microwave activation.Relay 4-2-2-4 is for controlling electromagnetism high voltage package 4-2-
The power supply or power-off of 2-3.
The injector 4-7 includes shell 4-7-11, solution inlet pipe 4-7-5, is securely fitted in shell 4-7-11
The stator in portion, the rotor 4-7-9 being rotationally assemblied in bore of stator, fixed turn for being plugged in rotor 4-7-9 axis line locations
Sub- roller bearing 4-7-7, the two bearing 4-7-4 for being distributed in the both sides of stator and being set on rotor roller bearing 4-7-7；The shell 4-
Mixing chamber 4-7-6 is formed between the liquid feeding end and stator of 7-11, the outlet end external stability of shell 4-7-11 is connected with injection pipe
Road 4-7-1；The solution inlet pipe 4-7-5 is extend into after the liquid feeding end of shell 4-7-11 in mixing chamber 4-7-6；It is described
Rotor roller bearing 4-7-7 is hollow-core construction, and one end extend into mixing chamber 4-7-6 and is set in solution inlet pipe 4-7-5
The outside at end, the other end are extend into after being pierced by shell 4-7-11 in injection line 4-7-1；Rotor roller bearing 4-7-7 is close to injection
The impeller 4-7-2 that the inner surface fixing assembling of the parts pipeline 4-7-1 has；The impeller 4-7-2 is by annular spread in rotor roller bearing
Multiple blades composition on 4-7-7 madial walls, the middle part of multiple blades form the channel of solution circulation；The bearing 4-7-4's
Outer ring is fixedly connected by the multiple connecting rods being radially arranged with shell 4-7-11；The stator by stator copper circle 4-7-3 and
Magnets of stator 4-7-8 composition of the fixing assembling outside stator copper circle 4-7-3；Stator copper circle 4-7-3, which is connected with, is pierced by shell
External wire 4-7-10 outside body 4-7-11；The stator copper circle 4-7-3, bearing 4-7-4, rotor roller bearing 4-7-7, stator
Magnet 4-7-8, rotor 4-7-9, external wire 4-7-10 are both provided with hermetic water-proof structure.Foreign current passes through external wire 4-
7-10 enters stator copper circle 4-7-3, and the electric current in stator copper circle 4-7-3 and magnets of stator 4-7-8 collective effects promote
Rotor 4-7-9 rotation, rotor 4-7-9 is by rotor roller bearing 4-7-7 impellers 4-7-2 by solution from injection line 4-7-1 high
Speed sprays；
The water outlet of the injection line 4-7-1 is connected with injection water nozzle, and the injection water nozzle includes injector shell 4-
7-1-2, the horn cover 4-7-1-3 being fixed inside injector shell 4-7-1-2 and water-supply-pipe 4-7-1-1, the water delivery
The both ends of pipe 4-7-1-1 are connect with the osculum end of the water outlet of injection line 4-7-1 and horn cover 4-7-1-3 respectively, the loudspeaker
Cover 4-7-1-3 is internally provided with the lower end of the injection extended in the axial direction sub- 4-7-1-4, horn cover 4-7-1-3 as spray
Medicine exports 4-7-1-5；The sub- 4-7-1-4 of the injection include into medicine adjustment knob 4-7-1-4-1, be distributed in the longitudinal direction is in positive cone
Two solid aproll body 4-7-1-4-3 of the bench-type and four bell jar 4-7-1-4- in positive frustum type being continuously arranged in the longitudinal direction
4；The lower open end of upper level bell jar 4-7-1-4-4 between two neighboring bell jar 4-7-1-4-4 is located at next stage bell jar
Outside the upper open end of 4-7-1-4-4, and the coupling part between two neighboring bell jar 4-7-1-4-4 forms annular drug and gushes
Road 4-7-1-4-6；First order bell jar 4-7-1-4-4 is assemblied in by screw-thread fit into the lower end of medicine adjustment knob 4-7-1-4-1
Upper open end inside；The outer surface of the solid aproll body 4-7-1-4-8 of the first order not inside with first order bell jar 4-7-1-4-4
Wall is placed in contact with the central part in first order bell jar 4-7-1-4-4, and the more connecting rods by being radially arranged are fixedly connected
In first order bell jar 4-7-1-4-4 inside centers；The solid aproll body 4-7-1-4-8 in the second level not with second level bell jar 4-7-1-4-
4 madial wall is placed in contact with the central part in second level bell jar 4-7-1-4-4, and the more connecting rods by being radially arranged are solid
Surely second level bell jar 4-7-1-4-4 inside centers are connected to；The lower open end of fourth stage bell jar 4-7-1-4-4 is fixedly connected with down
The end sprayer 4-7-1-4-5 set, and the lower end of the lower end of fourth stage bell jar 4-7-1-4-4 and fourth stage bell jar 4-7-1-4-4
Between form annular drug channel 4-7-1-4-3；The solid aproll body 4-7-1-4-8 of the first order and first order bell jar 4-7-1-4-4
Between, between the second level solid aproll body 4-7-1-4-8 and second level bell jar 4-7-1-4-4, the solid aproll body 4-7- of the third level
Medicament dropping channel 4-7-1-4-7 is respectively formed between 1-4-8 and fourth stage bell jar 4-7-1-4-4 so that medicament falls；The first order
Osculum end of the lower end fixing card of bell jar 4-7-1-4-4 together in horn cover 4-7-1-3；Second and third and level Four bell jar 4-7-1-4-4
Lateral wall be fixedly connected with the madial wall of horn cover 4-7-1-3 each by the multiple connecting rods being radially arranged；
The end sprayer 4-7-1-4-5 includes end sprayer shell, the impeller transmission positioned at end sprayer upper part of the housing
Motor, the impeller shaft 4-7-1-4-5-6 that end sprayer enclosure interior is assemblied in by bearing；The impeller driving motor with
Impeller shaft 4-7-1-4-5-6 connections；The end sprayer shell inner upper space is disposed with from top to bottom to be assemblied in
One stage impeller 4-7-1-4-5-5 outside impeller shaft 4-7-1-4-5-6 and sencond stage impeller 4-7-1-4-5-4, the end
Lower space is accelerating chamber 4-7-1-4-5-2 in nozzle housing, is equipped in the middle part of the accelerating chamber 4-7-1-4-5-2 and is driven with impeller
Acceleration rotor the driver plate 4-7-1-4-5-3, the acceleration rotor driver plate 4-7-1-4-5- that the lower ends axis 4-7-1-4-5-6 are fixedly connected
3 be in circular cone diamond shape, and surface is equipped with several plectrums, and several plectrums are angularly equal to accelerate rotor driver plate 4-7-1-4-5-3 axis
It is distributed evenly；The upper end of the end sprayer shell, which has, is located at one stage impeller 4-7-1-4-5-5 and sencond stage impeller 4-7-1-4-
Feed pathway 4-7-1-4-5-7 on the outside of 5-4；The lower end of the end sprayer shell is equipped with liquid outlet channel 4-7-1-4-5-1；It is molten
Liquid enters end sprayer 4-7-1-4-5 from feed pathway 4-7-1-4-5-7, under the drive of external impeller driving motor, level-one leaf
It takes turns 4-7-1-4-5-5, sencond stage impeller 4-7-1-4-5-4, accelerate rotor driver plate 4-7-1-4-5-3 high speed rotations, solution is promoted to exist
Accelerating chamber 4-7-1-4-5-2 obtains acceleration, is sprayed from liquid outlet channel 4-7-1-4-5-1.To be conducive to improve sprinkling uniformly
Property, while the impact force during medicament sprinkling can be also improved, preferably to act on pending manganese slag thermal insulation material.
It is described to include speed governing shell 4-7-1-4-1-4, be arranged in speed governing shell 4-7-1- into medicine adjustment knob 4-7-1-4-1
Wedge-shaped impeller drive motor 4-7-1-4-1-7 with waterproof sealing structure at the top of 4-1-4 and it is located at speed governing shell 4-7-1-
Wedge-shaped impeller drive shaft 4-7-1-4-1-6 at 4-1-4 internal axis；The speed governing shell 4-7-1-4-1-4 is in a circular table shape, and
For upper end closed, the structure of lower ending opening；It is equably offered around its axial line on speed governing shell 4-7-1-4-1-4 multiple vertical
The side wall feed liquor conduit 4-7-1-4-1-5 of extension, the quantity of side wall feed liquor conduit 4-7-1-4-1-5 is preferably 20；Outside speed governing
It is provided with outside the lower end of shell 4-7-1-4-1-4 and is matched with the upper open end internal female of first order bell jar 4-7-1-4-4
External screw thread 4-7-1-4-1-3；The output shaft of the wedge shape impeller drive motor 4-7-1-4-1-7 rotationally penetrates outside speed governing
It is fixedly connected with the top of wedge-shaped impeller drive shaft 4-7-1-4-1-6 after shell 4-7-1-4-1-4；Wedge-shaped impeller drive shaft 4-7-1-
4-1-6 external stabilities are connected with the equally distributed and vertically extending wedge-shaped impeller plate 4-7-1-4-1-2 of multiple circumferential directions and two
Diaphragm plate 4-7-1-4-1-1 interval setting and be fixedly connected with each wedge shape sides impeller plate 4-7-1-4-1-2；Wedge-shaped impeller
The lateral surface of plate 4-7-1-4-1-2 and the madial wall of speed governing shell 4-7-1-4-1-4 are slidably matched；Wedge-shaped impeller plate 4-7-1-4-
1-2 is right-angled trapezium, and the madial wall of bevel edge and speed governing shell 4-7-1-4-1-4 is slidably matched, wedge-shaped impeller plate 4-7-1-4-
The quantity of 1-2 is preferably 12；Spacing between 2 diaphragm plate 4-7-1-4-1-1 is 5cm.Into medicine speed governing knob 4-7-1-4-
1-4 outer solutions are entered by side wall feed liquor conduit 4-7-1-4-1-5 inside speed governing shell 4-7-1-4-1-4；At the same time, wedge
Shape impeller drive motor 4-7-1-4-1-7 drives wedge-shaped impeller plate 4-7-1-4- by wedge-shaped impeller drive shaft 4-7-1-4-1-6
1-2 rotates, and solution is discharged from speed governing shell 4-7-1-4-1-4 lower open ends, passes through wedge-shaped impeller drive motor 4-7-1-4-
The rotating speed of 1-7 can control the speed of drain, and then can realize the control of medicament spouting velocity.
The agent mixer 4-6 include the mixing chamber 4-6-2 for being fixedly connected on 1 central upper portion of chassis, it is circumferential equably
It is fixedly connected on multiple pharmacy jar 4-6-1 of the outer surfaces mixing chamber 4-6-2, is fixed at the inner cavities mixing chamber 4-6-2 top
Stirring that is that stirring motor 4-6-3 and stirring motor 4-6-3 exports axis connection and extending to the inner cavity lower part of mixing chamber 4-6-2
Axis, the bottom for being fixedly connected on mixing chamber 4-6-2 and helical around the temperature control tube 4-6-5 being located on the outside of agitating shaft and connection
Outlet tube road at the lower ends agent mixer 4-6 center；The drug pipeline of the bottoms pharmacy jar 4-6-1 connection penetrates mixing chamber
In the inner cavity of 4-6-2；The drug discharging tube road is connected with solenoid valve 4-6-4；Blade 4-6-6 is connected on the agitating shaft；Institute
It states outlet tube road and is provided with electrically-controlled valve, the lower end on outlet tube road connects behind chassis 1 with the input end of three-way connector 4-5
It connects；Temperature control tube 4-6-5 is used to adjust the mixing temperature of medicament in mixing chamber 4-6-2.
The pharmacy jar 4-6-1 includes agent mixer shell 4-6-1-2, is fixed at agent mixer shell 4-6-
The funnel 4-6-1-4 of 1-2 inner uppers, the medicament for being rotatably arranged in agent mixer shell 4-6-1-2 lower insides stir
Mix axis；Multigroup paddle 4-6-1-8 is provided on the medicament agitating shaft；In funnel inside agent mixer shell 4-6-1-2
Two buffer board 4-6-1-1 being spaced are provided between the small open ends 4-6-1-4 and medicament agitating shaft, and in funnel 4-6-
The big opening end top of 1-4 and the lower part of medicament agitating shaft are each provided with a buffer board 4-6-1-1；Agent mixer shell 4-6-
The lower end of 1-2 is connected with the cone-shaped collection room 4-6-1-7 in inverted frustum type, the bottom connection of cone-shaped collection room 4-6-1-7
There is the drug row pipeline 4-6-1-6 being connected to its inner cavity；The drug row pipeline 4-6-1-6 is penetrated in the inner cavity of mixing chamber 4-6-2, and
It is connected with solenoid valve 4-6-4 on drug row pipeline 4-6-1-6；Surge chamber 4-6- is formed between two buffer board 4-6-1-1 at middle part
1-11 is connected with the signal piping 4-6-1-5 communicated therewith on the side wall of surge chamber 4-6-1-11；In the funnel 4-6-1-4
Portion is provided with spray equipment 4-6-1-3, and the spray equipment 4-6-1-3 is by being fixedly connected on the inside portions funnel 4-6-1-4
Circular spray tube and circumferential uniformly multiple water jets composition on being opened in circular spray tube tube wall；The circular spray tube connects
It is connected to the spray water supply pipe for being pierced by agent mixer shell 4-6-1-2, sprays outer end and the water pump 4-6-1-12 of water supply pipe
Water outlet connection；Medicament enters from the buffer board 4-6-1-1 of upper end in the funnel 4-6-1-4 of lower part, meanwhile, water pump 4-
6-1-12 enters external pure water in funnel 4-6-1-4 by the way that water pump 4-6-1-12 is controlled.The medicament agitating shaft by with
The transmission shaft 4-6-1-9 driving rotations of rotary electric machine 4-6-1-10 connections outside agent mixer shell 4-6-1-2, tool
The medicament agitating shaft of body is vertically arranged with transmission shaft 4-6-1-9, and the upper end of medicament agitating shaft is set with horizontally disposed taper
Gear one, one end that transmission shaft 4-6-1-9 is penetrated inside agent mixer shell 4-6-1-2 are set with the conical tooth being vertically arranged
Wheel two, angular wheel one and angular wheel two-phase are engagingly arranged, and transmission shaft 4-6-1-9 passes through bearing and agent mixer shell
Coordinate between 4-6-1-2, to ensure the stationarity of rotation process, there are one axis for few dress of end cap on it that arrives of medicament agitating shaft
It holds, the outer ring of the bearing is fixedly connected by the connecting rod being radially arranged with the madial wall of agent mixer shell 4-6-1-2；
The funnel 4-6-1-4 includes round table-like funnel shell 4-6-1-4-5, is arranged in funnel shell 4-6-1-4-5
Internal nitrogen gas jet rotary shaft 4-6-1-4-6 and multiple nitrogen gas jet 4-6-1-4-9；In funnel shell 4-6-1-4-5
Outside is provided with nitrogen and enters pipe 4-6-1-4-1；The nitrogen enters pipe 4-6-1-4-1 by agent mixer shell 4-6-1-2
Outside penetrate, and its inner end is connect by nitrogen surge chamber 4-6-1-4-2 with one end of nitrogen delivery pipe 4-6-1-4-10, nitrogen
Gas surge chamber 4-6-1-4-2 is to implement to buffer before nitrogen enters nitrogen gas jet 4-6-1-4-9, and nitrogen enters pipe 4-6-1-4-
1 outer end is connect with nitrogen cylinder；It is fixedly connected with hollow cylindrical in the central area at funnel shell 4-6-1-4-5 osculums end
The other end perforation ground connection nitrogen distributor chamber 4-6- of nitrogen distributor chamber 4-6-1-4-4, the nitrogen delivery pipe 4-6-1-4-10
1-4-4；The nitrogen gas jet rotary shaft 4-6-1-4-6 is arranged on the axial line inside funnel shell 4-6-1-4-5, is
Hollow cylindrical-shaped structure；The lower end of nitrogen gas jet rotary shaft 4-6-1-4-6 penetrates rotatably nitrogen distributor chamber 4-6-1-
The axle center 4-4, and with the nitrogen gas jet electric rotating machine 4-6-1-4-3's that is fixed at the lower parts nitrogen distributor chamber 4-6-1-4-4
Axis connection is exported, nitrogen gas jet electric rotating machine 4-6-1-4-3 has waterproof sealing structure；Nitrogen gas jet rotary shaft 4-6-1-
4-6 is located at the company for being provided with multiple inner cavities connection nitrogen distributor chamber 4-6-1-4-4 of the part in nitrogen distributor chamber 4-6-1-4-4
Through-hole；Nitrogen gas jet rotary shaft 4-6-1-4-6 is respectively fixedly connected in the position of two open ends corresponding funnel shell 4-6-1-4-5
There are one the nitrogen gas jet ring support 4-6-1-4-8 that can be rotated in funnel shell 4-6-1-4-5, the nitrogen gas jets
Ring support 4-6-1-4-8 is by positioned at the hollow pipeline of annular of outer ring and the annular hollow pipe road of connection and nitrogen gas jet rotary shaft
The connecting pipeline of the inner cavities 4-6-1-4-6 forms, and positioned at the circular support 6-4- of funnel shell 4-6-1-4-5 big openings end side
The outer diameter of the 7 hollow pipeline of annular is more than the ring of the circular support 6-4-7 positioned at the small open end sides funnel shell 4-6-1-4-5
The outer diameter of the hollow pipeline of shape；Multiple nitrogen gas jet 4-6-1-4-9 are set around nitrogen gas jet rotary shaft 4-6-1-4-6
Set, and nitrogen gas jet 4-6-1-4-9 is hollow column structure, the both ends of nitrogen gas jet 4-6-1-4-9 respectively with two
The hollow pipeline perforation connection of annular of circular support 6-4-7；Nitrogen gas jet 4-6-1-4-9 quantity is 6, multiple nitrogen jets
Device 4-6-1-4-9 is uniformly distributed along nitrogen gas jet rotary shaft 4-6-1-4-6 axis；The surface of nitrogen gas jet 4-6-1-4-9
It is evenly distributed with the nitrogen nozzle 4-6-1-4-7 being largely connected with its inner cavity；Nitrogen gas jet electric rotating machine 4-6-1-4-3
Nitrogen gas jet 4-6-1- is driven by nitrogen gas jet rotary shaft 4-6-1-4-6, nitrogen gas jet ring support 4-6-1-4-8
4-9 rotates；External nitrogen enters pipe 4-6-1-4-1, nitrogen surge chamber 4-6-1-4-2, nitrogen distributor chamber 4-6-1- by nitrogen
4-4 enters nitrogen gas jet 4-6-1-4-9, and is sprayed nitrogen by nitrogen nozzle 4-6-1-4-7.
The spreading out device 5 includes the protective shell 5-1 for being fixedly connected on 1 top of chassis, is fixedly connected in protective shell 5-1
Motor 5-3, the spinning grinder 5-5 positioned at 1 lower part of chassis shakeout in portion；The output shaft for shakeouing motor 5-3 is rotatable
Ground is fixedly connected after passing through chassis 1 with the rotation center on the tops spinning grinder 5-5；
The spinning grinder 5-5 by positioned at middle part linkage section 5-5-4 and be connected to the both ends linkage section 5-5-4
Shakeout job step composition, the middle part of the linkage section 5-5-4 is recessed upwards, and the job step of shakeouing includes that connection is stretched into one end
In the accommodating chamber of the ends section 5-5-4 and by connecting bearing 5-5-2 the transmission that chamber inner sidewall is connect is accommodated with the ends linkage section 5-5-4
Axis 5-5-1, multigroup circumferential direction are uniformly connected to the disintegrating mechanism 5-5-3 on transmission shaft 5-5-1；The disintegrating mechanism 5-5-3 includes
Along the equally distributed multiple engaging lug 5-5-3-4 of transmission shaft 5-5-1 length directions and tup 5-5-3-3, the engaging lug 5-5-
3-4 is fixedly connected with transmission shaft 5-5-1, and the tup 5-5-3-3 is rotated by being threaded through the crushing axis pin 5-5-3-1 of one end
It is connected between two neighboring engaging lug 5-5-3-4；It is further sleeved with driven gear 5-5- on the outside of the end of the transmission shaft 5-5-1
It is provided with rotating driving device below corresponding driven gear 5-5-2-8 inside the accommodating chamber of the end 2-7, the linkage section 5-5-4,
It is the rotating driving device includes with the ends linkage section 5-5-4 accommodating chamber is fixedly connected rotating device motor 5-5-2-4, parallel
Rotating device transmission shaft 5-5-2-2 that ground is arranged below transmission shaft 5-5-1, it is sleeved on outside rotating device transmission shaft 5-5-2-2
Portion and with the driving gear 5-5-2-5 of driven gear 5-5-2-8 engagement and connect rotating device one end transmission shaft 5-5-2-2 and
Gearbox 5-5-2-3 between rotating device motor 5-5-2-4 output shafts；The both ends of the rotating device transmission shaft 5-5-2-2
It is rotationally assemblied in the first bearing seat 5-5-2-1 being fixedly connected with the ends linkage section 5-5-4 accommodating chamber bottom and respectively
In two bearing bracket 5-5-2-6；Rotating device motor 5-5-2-4 by gearbox 5-5-2-3, rotating device transmission shaft 5-5-2-2,
Gear 5-5-2-5, driven gear 5-5-2-8 are driven, transmission shaft 5-5-1 rotations are driven.
The top of the push handle 2, which is equipped with, manipulates remote control 3；The stirring motor 4-6-3, solenoid valve 4-6-4, temperature control tube
4-6-5, motor 5-3, electric rotating machine 5-5-2, nitrogen gas jet electric rotating machine 4-6-1-4-3, wedge-shaped impeller drive motor are shakeout
4-7-1-4-1-7, electrically-controlled valve, water pump 4-6-1-12, rotary electric machine 4-6-1-10, relay 4-2-2-4, rotating device motor 5-
5-2-4, impeller driving motor, external wire 4-7-10 are connect by conducting wire with remote control 3 is manipulated.It is provided on chassis 1
Power supply module, power supply module are sequentially connected with each consuming parts；Power supply module is easy to implement centrally connected power supply, and power supply module may lead to
The cable for crossing certain length is connect with external power supply, can also be connect in the One On The Chassis accumulator group with being arranged.Manipulate remote control dress
It is the central controlled core of each electric component to set 3, and power supply, the power-off of each electric component are realized by it, is convenient for intelligent control work(
Can, also centralization is convenient for handle.
For the ease of the filling of lubricating oil, also set up between the tup 5-5-3-3 and two neighboring engaging lug 5-5-3-4
There is the oil filling room 5-5-3-2 for being set in and crushing outside axis pin 5-5-3-1；The oil filling room 5-5-3-2 and company
Lug 5-5-3-4 is fixedly connected, and is rotatably assorted with axis pin 5-5-3-1 is crushed, and oil filling room 5-5-3-2, which has, is used for oil storage
Toroidal cavity, and be externally and internally provided with respectively oil filling hole and lubrication oil discharge hole；Effect is crushed in order to improve
Rate, the disintegrating mechanism 5-5-3 quantity are 4 groups.
For the ease of the promotion of operating personnel, 2 angle with horizontal plane of the push handle is between 48 °~72 °.The mixing chamber
4-6-2 is cylindrical shape, and the pharmacy jar 4-6-1 quantity is 12；The quantity of the injector 4-7 is 4.Different medicament point
In 9 pharmacy jar 4-6-1,3 independent control of remote control each controllable medicine discharging nozzle 4-6-4 drugs are manipulated.
For the ease of radiating to motor, the protective shell 5-1 sidewall bottoms are equipped with multiple heat emission hole 5-2, described to dissipate
Hot hole 5-2 is U-shaped through-hole, and multiple heat emission hole 5-2 are circumferentially evenly distributed using the central axes of protective shell 5-1 as axle center.In order to just
It radiates in motor, further includes being located at the heat dissipation leaf inside protective shell 5-1 and being set on stirring motor 4-6-3 output shafts
Take turns 5-4.
In order to improve buffering effect, while convenient for detection, two buffer board 4-6-1-1 at middle part are arranged parallelly,
Away from for 20cm；In order to improve mixing effect, the paddle 4-6-1-8 is 3 groups.
In order to ensure the stationarity in spinning grinder rotation process, the output shaft for shakeouing motor 5-3 and chassis 1
Between connected by rolling bearing 5-6.
In order to automatically identify that hard object, the center of the lower parts spinning grinder 5-5 are provided with hard physical prospecting
It surveys instrument 5-7, hard object survey meter 5-7 and is connect by conducting wire with remote control 3 is manipulated.
The base tube shell 4-2-2-1 is molded by high molecular material pressing mold, and base tube shell 4-2-2-1 is counted in parts by weight
Constituent is as follows：
Soften 337.4~562.3 parts of pure water, ten 129.0~171.9 parts of five rings oxa- -10- alkene -2- ketone of 13- methyl, 2-
[4- [[1- [[(2- methoxyl group -5- methyl -4- sulfonic groups phenyl) amino] carbonyl] -2- oxopropyls] azo] phenyl] -6- first
132.6~241.5 parts of base -7- benzothiazole disodium sulfonates salt, 128.9~145.4 parts of 3- (methyl mercapto) propionic aldehyde, bronze red
131.8~188.6 parts, (1- methyl ethylidene) bis- (4,1- phenoxy group -3,1- propylidene) double methyl methacrylates 134.3~
195.7 parts, methyl ethyl ketone sealing end [1,4-butanediol, 1,3- diisocyanate roots close methylbenzene and alpha -hydro-omega -hydroxypoly (oxygen -1,
4- butane diyl)] 120.0~156.8 parts of polymer, 119.3~162.2 parts of N- methyl-N-octyl -1- octylames, formic acid ring
128.8~173.3 parts of own ester, polyurethane Y-304138.2~182.8 part, mass concentration are the acrylic acid of 128ppm~395ppm
161.5~215.4 parts of cetyl ester.
The manufacturing process of the base tube shell 4-2-2-1 is as follows：
S1:In stirring-type biomass thermal energy reactor, softening pure water and ten five rings oxa- -10- alkene of 13- methyl-is added
2- ketone starts the blender in stirring-type biomass thermal energy reactor, and setting speed is 130rpm~176rpm, starts stirring-type
Bled steam evaporator in biomass thermal energy reactor makes temperature rise to 145.4 DEG C~146.3 DEG C；
S2:2- [4- [[1- [[(2- methoxyl group -5- methyl -4- sulfonic groups phenyl) amino] carbonyl] -2- oxos third are added
Base] azo] phenyl] -6- methyl -7- benzothiazole disodium sulfonate salt stirs evenly, 3- (methyl mercapto) propionic aldehyde is added；
S3:It is 121.7m to be passed through flow3/ min~162.4m3The argon gas of/min 122.0~133.9 minutes；It is stirring later
Bronze red is added in formula biomass thermal energy reactor, the steam extraction heating evaporation being again started up in stirring-type biomass thermal energy reactor
Device makes temperature rise to 162.6 DEG C~195.5 DEG C, keeps the temperature 122.9~133.4 minutes；
S4:(1- methyl ethylidene) bis- (4,1- phenoxy group -3,1- propylidene) double methyl methacrylates, adjustment stirring is added
The pH value of solution is 4.8~8.6 in formula biomass thermal energy reactor, keeps the temperature 122.8~362.8 minutes；
S5:[1,4- butanediols, 1,3- diisocyanates that the methyl ethyl ketone that mass concentration is 132ppm~362ppm blocks is added
Root closes methylbenzene and alpha -hydro-omega -hydroxypoly (oxygen -1,4- butane diyl)] polymer；
S6:Mechanical stirrer can be reacted by starting stirring-type biomass thermal, and setting speed is 136rpm~176rpm；Stirring 4~8
Minute；
S7:N- methyl-N-octyl -1- octylames are added, the steam extraction heating in stirring-type biomass thermal energy reactor is started
Evaporator is warming up to 166.5 DEG C~203.4 DEG C, and pH is adjusted between 4.5~8.4, and it is 121.266m to be passed through argon gas ventilatory capacity3/
Min~162.682m3/ min, heat preservation stand 156.4~186.3 minutes；Stirring-type biomass thermal energy reactor is again started up to stir
Machine is mixed, rotating speed is 131rpm~176rpm, cyclohexyl formate is added, and pH is adjusted between 4.5~8.4, heat preservation is stood
155.0~195.9 minutes；
S8:Polyurethane Y-304 is added, reacts 122.6~133.5 minutes；Aliphatic acrylate is added later, starts
Bled steam evaporator in stirring-type biomass thermal energy reactor, set temperature in stirring-type biomass thermal energy reactor as
206.9 DEG C~262.4 DEG C, pH is adjusted between 4.8~8.8, pressure be 1.28MPa~1.29MPa, the reaction time be 0.4~
0.9 hour；It is 0MPa to be depressurized to gauge pressure later, is cooled to 122.6 DEG C~133.5 DEG C and discharges into molding press to get to base tube shell
Body 4-2-2-1.
The content that following embodiment further illustrates the present invention, asBase tube shell 4-2-2-1, it is the important of the present invention
Component increases the service life of integral device due to its presence, it is played for the safety of integral device, even running
Key effect.For this purpose, by it is following be embodiment, further verify of the present inventionBase tube shell 4-2-2-1, shown
The physical characteristic higher than other related patents.
Embodiment 1
Base tube shell 4-2-2-1 of the present invention is prepared according to the following steps, and is counted in parts by weight：
S1:In stirring-type biomass thermal energy reactor, 337.4 parts of softening pure water and ten five rings oxa- of 13- methyl-is added
129.0 parts of 10- alkene -2- ketone, starts the blender in stirring-type biomass thermal energy reactor, and setting speed 130rpm starts
Bled steam evaporator in stirring-type biomass thermal energy reactor, makes temperature rise to 145.4 DEG C；
S2:2- [4- [[1- [[(2- methoxyl group -5- methyl -4- sulfonic groups phenyl) amino] carbonyl] -2- oxos third are added
Base] azo] phenyl] 132.6 parts of -6- methyl -7- benzothiazole disodium sulfonates salt stirs evenly, 3- (methyl mercapto) propionic aldehyde is added
128.9 part；
S3:It is 121.7m to be passed through flow3The argon gas of/min 122.0 minutes；Later in stirring-type biomass thermal energy reactor
Middle 131.8 parts of addition bronze red, the bled steam evaporator being again started up in stirring-type biomass thermal energy reactor, makes temperature liter
To 162.6 DEG C, 122.9 minutes are kept the temperature；
S4:(1- methyl ethylidene) bis- (4,1- phenoxy group -3,1- propylidene) 134.3 parts of double methyl methacrylates are added,
The pH value for adjusting solution in stirring-type biomass thermal energy reactor is 4.8, keeps the temperature 122.8 minutes；
S5:[1,4- butanediols, 1,3- diisocyanate roots conjunction methyl that the methyl ethyl ketone that mass concentration is 132ppm blocks is added
Benzene and alpha -hydro-omega -hydroxypoly (oxygen -1,4- butane diyl)] 120.0 parts of polymer；
S6:Mechanical stirrer, setting speed 136rpm can be reacted by starting stirring-type biomass thermal；Stirring 4 minutes；
S7:119.3 parts of N- methyl-N-octyl -1- octylames are added, the pumping in stirring-type biomass thermal energy reactor is started
Steam-heated evaporator is warming up to 166.5 DEG C, and pH is adjusted to 4.5, and it is 121.266m to be passed through argon gas ventilatory capacity3/ min, heat preservation are stood
156.4 minute；Mechanical stirrer can be reacted by being again started up stirring-type biomass thermal, and cyclohexyl formate is added in rotating speed 131rpm
128.8 parts, and pH is adjusted between 4.5, heat preservation stands 155.0 minutes；
S8:Y-304138.2 parts of polyurethane is added, reacts 122.6 minutes；Aliphatic acrylate 161.5 is added later
Part, start the bled steam evaporator in stirring-type biomass thermal energy reactor, sets in stirring-type biomass thermal energy reactor
Temperature be 206.9 DEG C, pH is adjusted to 4.8, pressure 1.28MPa, and the reaction time is 0.4 hour；Being depressurized to gauge pressure later is
0MPa is cooled to 122.6 DEG C and discharges into molding press to get to base tube shell 4-2-2-1.
Embodiment 2
Base tube shell 4-2-2-1 of the present invention is prepared according to the following steps, and is counted in parts by weight：
S1:In stirring-type biomass thermal energy reactor, 562.3 parts of softening pure water and ten five rings oxa- of 13- methyl-is added
171.9 parts of 10- alkene -2- ketone, starts the blender in stirring-type biomass thermal energy reactor, and setting speed 176rpm starts
Bled steam evaporator in stirring-type biomass thermal energy reactor, makes temperature rise to 146.3 DEG C；
S2:2- [4- [[1- [[(2- methoxyl group -5- methyl -4- sulfonic groups phenyl) amino] carbonyl] -2- oxos third are added
Base] azo] phenyl] 241.6 parts of -6- methyl -7- benzothiazole disodium sulfonates salt stirs evenly, 3- (methyl mercapto) propionic aldehyde is added
145.4 part；
S3:It is 162.4m to be passed through flow3The argon gas of/min 133.9 minutes；Later in stirring-type biomass thermal energy reactor
Middle 188.6 parts of addition bronze red, the bled steam evaporator being again started up in stirring-type biomass thermal energy reactor, makes temperature liter
To 195.5 DEG C, 133.4 minutes are kept the temperature；
S4:(1- methyl ethylidene) bis- (4,1- phenoxy group -3,1- propylidene) 195.7 parts of double methyl methacrylates are added,
The pH value for adjusting solution in stirring-type biomass thermal energy reactor is 8.6, keeps the temperature 362.8 minutes；
S5:[1,4- butanediols, 1,3- diisocyanate roots conjunction methyl that the methyl ethyl ketone that mass concentration is 362ppm blocks is added
Benzene and alpha -hydro-omega -hydroxypoly (oxygen -1,4- butane diyl)] 156.8 parts of polymer；
S6:Mechanical stirrer, setting speed 176rpm can be reacted by starting stirring-type biomass thermal；Stirring 8 minutes；
S7:162.2 parts of N- methyl-N-octyl -1- octylames are added, the pumping in stirring-type biomass thermal energy reactor is started
Steam-heated evaporator is warming up to 203.4 DEG C, and pH is adjusted to 8.4, and it is 162.682m to be passed through argon gas ventilatory capacity3/ min, heat preservation are stood
186.3 minute；Mechanical stirrer can be reacted by being again started up stirring-type biomass thermal, and cyclohexyl formate is added in rotating speed 176rpm
173.3 parts, and pH is made to be adjusted to 8.4, heat preservation stands 195.9 minutes；
S8:Y-304182.8 parts of polyurethane is added, reacts 133.5 minutes；Aliphatic acrylate 215.4 is added later
Part, start the bled steam evaporator in stirring-type biomass thermal energy reactor, sets in stirring-type biomass thermal energy reactor
Temperature be 262.4 DEG C, pH is adjusted to 8.8, pressure 1.29MPa, and the reaction time is 0.9 hour；Being depressurized to gauge pressure later is
0MPa is cooled to 133.5 DEG C and discharges into molding press to get to base tube shell 4-2-2-1.
Embodiment 3
Base tube shell 4-2-2-1 of the present invention is prepared according to the following steps, and is counted in parts by weight：
S1:In stirring-type biomass thermal energy reactor, 380.5 parts of softening pure water and ten five rings oxa- of 13- methyl-is added
150.0 parts of 10- alkene -2- ketone, starts the blender in stirring-type biomass thermal energy reactor, and setting speed 150rpm starts
Bled steam evaporator in stirring-type biomass thermal energy reactor, makes temperature rise to 146.0 DEG C；
S2:2- [4- [[1- [[(2- methoxyl group -5- methyl -4- sulfonic groups phenyl) amino] carbonyl] -2- oxos third are added
Base] azo] phenyl] 166.0 parts of -6- methyl -7- benzothiazole disodium sulfonates salt stirs evenly, 3- (methyl mercapto) propionic aldehyde is added
135.0 part；
S3:It is 150.0m to be passed through flow3The argon gas of/min 126.0 minutes；Later in stirring-type biomass thermal energy reactor
Middle 170.0 parts of addition bronze red, the bled steam evaporator being again started up in stirring-type biomass thermal energy reactor, makes temperature liter
To 170.0 DEG C, 130.0 minutes are kept the temperature；
S4:(1- methyl ethylidene) bis- (4,1- phenoxy group -3,1- propylidene) 160.0 parts of double methyl methacrylates are added,
The pH value for adjusting solution in stirring-type biomass thermal energy reactor is 5.6, keeps the temperature 180.0 minutes；
S5:[1,4- butanediols, 1,3- diisocyanate roots conjunction methyl that the methyl ethyl ketone that mass concentration is 170ppm blocks is added
Benzene and alpha -hydro-omega -hydroxypoly (oxygen -1,4- butane diyl)] 140.0 parts of polymer；
S6:Mechanical stirrer, setting speed 156rpm can be reacted by starting stirring-type biomass thermal；Stirring 6 minutes；
S7:130.0 parts of N- methyl-N-octyl -1- octylames are added, the pumping in stirring-type biomass thermal energy reactor is started
Steam-heated evaporator is warming up to 180.0 DEG C, and pH is adjusted between 6.4, and it is 140.00m to be passed through argon gas ventilatory capacity3/ min, heat preservation
Stand 160.0 minutes；Mechanical stirrer can be reacted by being again started up stirring-type biomass thermal, and acid cyclohexyl is added in rotating speed 140rpm
150.0 parts of ester, and pH is adjusted between 5.8, heat preservation stands 170.0 minutes；
S8:150.0 parts of polyurethane Y-304 is added, reacts 130.0 minutes；Aliphatic acrylate is added later
180.0 parts, start the bled steam evaporator in stirring-type biomass thermal energy reactor, setting stirring-type biomass thermal can react
Temperature in device is 220.0 DEG C, and pH is adjusted between 6.0, pressure 1.28MPa, and the reaction time is 0.6 hour；It is depressured later
It is 0MPa to gauge pressure, is cooled to 130.0 DEG C and discharges into molding press to get to base tube shell 4-2-2-1.
Reference examples
Reference examples are using certain commercially available brandBase tube shellIt is tested for the property experiment.
Embodiment 4
The base tube shell that Examples 1 to 3 and reference examples are obtained is tested for the property experiment, to machinery after test
The parameters such as strength enhancing rate, 5 years serviceability rates, anti-yield strength enhancing rate, base tube surface of shell cleaning ratio are analyzed.Data
Analysis is as shown in table 1.
As seen from Table 1, base tube shell of the present invention, mechanical strength enhancing rate, 5 years serviceability rates, anti-yield strength
The product of enhancing rate, the cleaning of base tube surface of shell than being above prior art production.
In addition, as Figure 18 shows, base tube shell of the present invention is carried out with reference examples, is changed with usage time and is tried
Test data statistics.Find out in figure, Examples 1 to 3 is substantially better than prior art production in high stabilization of speed rate technical indicator
Product.
It paves mechanism working method, includes the following steps the present invention also provides a kind of manganese slag thermal insulation material combined type：
1st step：Whole equipment is placed in manganese slag thermal insulation material to be shakeout and dries surface, operating personnel are by lower-pilot remote control dress
The start button on 3 is set, control shakeouts motor 5-3 and is in open state, shakeouts motor 5-3 drives and shakeouts job step progress high speed
Rotation shakeouts job step and by manganese slag thermal insulation material drying out-of-flatness part shakeout neatly certainly；Meanwhile spinning grinder 5-
5 high-speed rotations smash the hard object in manganese slag thermal insulation material in real time；
2nd step：During shakeouing, operating personnel constantly push push handle 2 that running gear 4 is made to move forward, and pass through simultaneously
It manipulates remote control 3 and controls agent mixer 4-6 sprinkling medicaments to manganese slag thermal insulation material progress drug-treated；Due to injection line
The sub- 4-7-1-4 of injection is provided in 4-7-1, it is in umbrella that can make the liquid of ejection, is sprayed with thereby may be ensured that medicament energy dispersion shape
Go out, the surface that medicament is equably sprayed onto pending manganese slag thermal insulation material can be improved；
3rd step：During the work time, whether there is in hard object survey meter 5-7 real time monitorings manganese slag thermal insulation material drying
Hard objects, when detecting the presence of hard objects, signal is fed back to and manipulates remote control 3 by hard object survey meter 5-7, is manipulated
Remote control 3 controls the warning reminding that coupled alarm carries out 10s~15s, to prompt operating personnel to avoid alarming
Region, and then reduce the damage that equipment may occur.
Claims (10)
- Mechanism, including chassis (1) 1. a kind of manganese slag thermal insulation material combined type paves, the left part of the chassis (1) thereunder and Right part is respectively connected with one group of running gear (4), which is characterized in that further includes positioned at chassis (1) top and is filled with two groups of walkings (4) matched two medicaments mixer (4-6) is set, the middle section of the chassis (1) is fixedly connected with spreading out device (5)；One group of running gear (4) include be arranged rear and front end two traveling wheels (4-3), be located at two traveling wheel (4- 3) two two medicaments spray lines for connecting transition beams (4-4), being located on the inside of two connection transition beams (4-4) on the inside of (4-1), be located at two connection inboard transition beam (4-4) two bridge pieces (4-2) and be located at bridge piece (4-2) it Between three-way connector (4-5)；Two outlet ends of the three-way connector (4-5) pass through two bridge pieces (4-2) respectively It is connect with the inner end of two medicaments spray line (4-1)；The outer end of two medicaments spray line (4-1) connect transition beam with two respectively One end of (4-4) is fixedly connected, two connection transition beam (4-4) an end another end respectively with two rows The shaft for walking wheel center (4-3) is rotatably coupled；Two connection transition beams (4-4) are fixedly connected with chassis (1)；Two medicines The lower part of agent spray line (4-1) is respectively connected with equally distributed multiple injectors (4-7) along its length；The bridge piece (4-2) includes in the base tube (4-2-2) and telescoping tube (4-2-1) of 90 degree of bendings, the base tube (4-2- 2) it is provided with base tube external screw thread (4-2-3) outside one end of three-way connector (4-5), base tube (4-2-2) is connect with threeway It is fixedly connected by the base tube attaching nut (4-2-4) being set on base tube external screw thread (4-2-3) between part (4-5)；It is described to stretch One end of the draw (4-2-1) is fixedly connected with the one end of base tube (4-2-2) far from three-way connector (4-5), telescoping tube (4-2-1) The other end be fixedly connected with the inner end of medicament spray line (4-1)；The base tube (4-2-2) includes base tube shell (4-2-2-1), the internal Microwave emission of the base tube shell (4-2-2-1) It manages (4-2-2-2), electromagnetism high voltage package (4-2-2-3), the microwave launcher tube (4- is provided with outside base tube shell (4-2-2-1) 2-2-2) there is waterproof construction, connect with electromagnetism high voltage package (4-2-2-3) by conducting wire；Electromagnetism high voltage package (the 4-2-2- 3) it is connect with mains supply by relay (4-2-2-4)；The injector (4-7) includes shell (4-7-11), solution inlet pipe (4-7-5), is securely fitted in shell (4-7- 11) internal stator, the rotor (4-7-9) being rotationally assemblied in bore of stator, fixation are plugged in the axle center rotor (4-7-9) Rotor roller bearing (4-7-7) at line, the two bearing (4- for being distributed in the both sides of stator and being set on rotor roller bearing (4-7-7) 7-4)；Mixing chamber (4-7-6), the outlet end of shell (4-7-11) are formed between the liquid feeding end and stator of the shell (4-7-11) External stability is connected with injection line (4-7-1)；The solution inlet pipe (4-7-5) passes through the liquid feeding end of shell (4-7-11) After extend into mixing chamber (4-7-6)；The rotor roller bearing (4-7-7) is hollow-core construction, and one end extend into mixing chamber (4-7- 6) in and it is set in the outside of the inner end solution inlet pipe (4-7-5), the other end extend into spray after being pierced by shell (4-7-11) It penetrates in pipeline (4-7-1)；The leaf that inner surface fixing assembling of the rotor roller bearing (4-7-7) close to the part injection line (4-7-1) has It takes turns (4-7-2)；The impeller (4-7-2) is made of multiple blades of the annular spread on rotor roller bearing (4-7-7) madial wall, more The middle part of a blade forms the channel of solution circulation；The outer ring of the bearing (4-7-4) passes through multiple connecting rods for being radially arranged It is fixedly connected with shell (4-7-11)；The stator is by stator copper circle (4-7-3) and fixing assembling in stator copper circle (4-7- 3) external magnets of stator (4-7-8) composition；Stator copper circle (4-7-3), which is connected with, is pierced by the external of shell (4-7-11) outside Conducting wire (4-7-10)；The water outlet of the injection line (4-7-1) is connected with injection water nozzle, and the injection water nozzle includes injector shell (4-7- 1-2), it is fixed at the internal horn cover (4-7-1-3) of injector shell (4-7-1-2) and water-supply-pipe (4-7-1-1), it is described The both ends of water-supply-pipe (4-7-1-1) connect with the water outlet of injection line (4-7-1) and the osculum end of horn cover (4-7-1-3) respectively It connects, the horn cover (4-7-1-3) is internally provided with injection (4-7-1-4) extended in the axial direction, horn cover (4-7-1- 3) lower end is as spray outlet (4-7-1-5)；The injection sub (4-7-1-4) include into medicine adjustment knob (4-7-1-4-1), The solid aproll body (4-7-1-4-3) of two in positive frustum type being distributed in the longitudinal direction and be continuously arranged in the longitudinal direction be in positive cone Four bell jars (4-7-1-4-4) of bench-type；Upper level bell jar (4-7-1-4- between two neighboring bell jar (4-7-1-4-4) 4) lower open end is located at outside the upper open end of next stage bell jar (4-7-1-4-4), and two neighboring bell jar (4-7-1- Coupling part between 4-4) forms annular drug and gushes (4-7-1-4-6)；Lower end into medicine adjustment knob (4-7-1-4-1) is logical Screw-thread fit is crossed to be assemblied in inside the upper open end of first order bell jar (4-7-1-4-4)；The solid aproll body (4-7-1-4- of the first order 8) outer surface is not placed in contact with the madial wall of first order bell jar (4-7-1-4-4) at first order bell jar (4-7-1-4-4) Central part, and the more connecting rods by being radially arranged are fixedly connected on first order bell jar (4-7-1-4-4) inside center；The Madial wall of the solid aproll body (4-7-1-4-8) of two level not with second level bell jar (4-7-1-4-4) is placed in contact in the second level The central part of bell jar (4-7-1-4-4), and the more connecting rods by being radially arranged are fixedly connected on second level bell jar (4-7-1- 4-4) inside center；The lower open end of fourth stage bell jar (4-7-1-4-4) is fixedly connected with inverted end sprayer (4-7-1-4- 5) annular drug, and between the lower end of fourth stage bell jar (4-7-1-4-4) and the lower end of fourth stage bell jar (4-7-1-4-4) is formed Channel (4-7-1-4-3)；Between the solid aproll body (4-7-1-4-8) of the first order and first order bell jar (4-7-1-4-4), the second level Between solid aproll body (4-7-1-4-8) and second level bell jar (4-7-1-4-4), the solid aproll body (4-7-1-4-8) of the third level Medicament dropping channel (4-7-1-4-7) is respectively formed between fourth stage bell jar (4-7-1-4-4) so that medicament falls；First order clock Cover the osculum end of the lower end fixing card together in horn cover (4-7-1-3) of (4-7-1-4-4)；Second and third and level Four bell jar (4-7-1- Lateral wall 4-4) is fixedly connected each by the multiple connecting rods being radially arranged with the madial wall of horn cover (4-7-1-3)；The end sprayer (4-7-1-4-5) includes end sprayer shell, the impeller transmission electricity positioned at end sprayer upper part of the housing Machine, the impeller shaft (4-7-1-4-5-6) that end sprayer enclosure interior is assemblied in by bearing；The impeller driving motor with Impeller shaft (4-7-1-4-5-6) connects；The end sprayer shell inner upper space is disposed with assembly from top to bottom One stage impeller (4-7-1-4-5-5) and sencond stage impeller (4-7-1-4-5-4) in impeller shaft (4-7-1-4-5-6) outside, Lower space is accelerating chamber (4-7-1-4-5-2) in the end sprayer shell, is set in the middle part of the accelerating chamber (4-7-1-4-5-2) There is the acceleration rotor driver plate (4-7-1-4-5-3) being fixedly connected with the lower end impeller shaft (4-7-1-4-5-6), it is described to accelerate to turn Sub- driver plate (4-7-1-4-5-3) is in circular cone diamond shape, and surface is equipped with several plectrums, and several plectrums are to accelerate rotor driver plate (4-7- 1-4-5-3) axis is angularly evenly distributed；The upper end of the end sprayer shell, which has, is located at one stage impeller (4-7-1-4- 5-5) and sencond stage impeller (4-7-1-4-5-4) on the outside of feed pathway (4-7-1-4-5-7)；The lower end of the end sprayer shell Equipped with liquid outlet channel (4-7-1-4-5-1)；It is described to include speed governing shell (4-7-1-4-1-4), be arranged in speed governing shell (4-7- into medicine adjustment knob (4-7-1-4-1) Wedge-shaped impeller drive motor (4-7-1-4-1-7) with waterproof sealing structure at the top of 1-4-1-4) and it is located at speed governing shell Wedge-shaped impeller drive shaft (4-7-1-4-1-6) at (4-7-1-4-1-4) internal axis；Speed governing shell (the 4-7-1-4-1- 4) in a circular table shape, and be upper end closed, the structure of lower ending opening；It is uniform around its axial line on speed governing shell (4-7-1-4-1-4) Ground offers multiple vertically extending side wall feed liquor conduits (4-7-1-4-1-5)；Outside the lower end of speed governing shell (4-7-1-4-1-4) Portion is provided with and the matched external screw thread (4-7-1-4-1- of the upper open end internal female of first order bell jar (4-7-1-4-4) 3)；The output shaft of the wedge shape impeller drive motor (4-7-1-4-1-7) rotationally penetrates speed governing shell (4-7-1-4-1-4) It is fixedly connected afterwards with the top of wedge-shaped impeller drive shaft (4-7-1-4-1-6)；Wedge-shaped impeller drive shaft (4-7-1-4-1-6) is external It is fixedly connected with the equally distributed and vertically extending wedge-shaped impeller plate (4-7-1-4-1-2) of multiple circumferential directions and two interval settings And the diaphragm plate (4-7-1-4-1-1) being fixedly connected with each wedge-shaped side impeller plate (4-7-1-4-1-2)；Wedge-shaped impeller plate The lateral surface of (4-7-1-4-1-2) and the madial wall of speed governing shell (4-7-1-4-1-4) are slidably matched；The agent mixer (4-6) is uniform including mixing chamber (4-6-2), the circumferential direction for being fixedly connected on chassis (1) central upper portion Ground is fixedly connected on multiple pharmacy jars (4-6-1) of the outer surface mixing chamber (4-6-2), is fixed in mixing chamber (4-6-2) The stirring motor (4-6-3) on chamber top, with stirring motor (4-6-3) output axis connection and to the inner cavity of mixing chamber (4-6-2) Agitating shaft that lower part extends, the bottom for being fixedly connected on mixing chamber (4-6-2) and helical around being located on the outside of agitating shaft Temperature control tube (4-6-5) and the outlet tube road for being connected to the lower end center agent mixer (4-6)；It is connected with blade on the agitating shaft (4-6-6)；Outlet tube road is provided with electrically-controlled valve, the lower end on outlet tube road pass through chassis (1) afterwards with three-way connector (4- 5) input end connection；The pharmacy jar (4-6-1) includes agent mixer shell (4-6-1-2), is fixed at agent mixer shell (4- 6-1-2) funnel (4-6-1-4) of inner upper, be rotatably arranged in agent mixer shell (4-6-1-2) lower inside Medicament agitating shaft；Multigroup paddle (4-6-1-8) is provided on the medicament agitating shaft；Agent mixer shell (4-6-1-2) Inside is provided with two buffer board (4-6-1- being spaced between the small open end of funnel (4-6-1-4) and medicament agitating shaft 1), and in the lower part on the big opening end top of funnel (4-6-1-4) and medicament agitating shaft it is each provided with a buffer board (4-6-1- 1)；The lower end of agent mixer shell (4-6-1-2) is connected with the cone-shaped collection room (4-6-1-7) in inverted frustum type, cone The bottom of shape collecting chamber (4-6-1-7) is connected with the drug row pipeline (4-6-1-6) being connected to its inner cavity；Drug row pipeline (the 4- It 6-1-6) penetrates in the inner cavity of mixing chamber (4-6-2), and is connected with solenoid valve (4-6-4) on drug row pipeline (4-6-1-6)；Middle part Two buffer boards (4-6-1-1) between form surge chamber (4-6-1-11), be connected on the side wall of surge chamber (4-6-1-11) The signal piping (4-6-1-5) communicated therewith；The funnel (4-6-1-4) is internally provided with spray equipment (4-6-1-3), described Spray equipment (4-6-1-3) is uniformly being opened by the circular spray tube being fixedly connected on the inside portion funnel (4-6-1-4) with circumferential The multiple water jets composition being located on circular spray tube tube wall；The circular spray tube, which is connected with, is pierced by agent mixer shell The spray water supply pipe of (4-6-1-2), the outer end for spraying water supply pipe are connect with the water outlet of water pump (4-6-1-12)；The medicine Agent agitating shaft passes through the transmission shaft that is connect with positioned at the external rotary electric machine (4-6-1-10) of agent mixer shell (4-6-1-2) (4-6-1-9) driving rotation；The funnel (4-6-1-4) includes round table-like funnel shell (4-6-1-4-5), is arranged in funnel shell (4-6-1-4- 5) internal nitrogen gas jet rotary shaft (4-6-1-4-6) and multiple nitrogen gas jets (4-6-1-4-9)；In funnel shell (4- It is provided with nitrogen outside 6-1-4-5) and enters pipe (4-6-1-4-1)；The nitrogen enters pipe (4-6-1-4-1) by agent mixer The outside of shell (4-6-1-2) penetrates, and its inner end passes through nitrogen surge chamber (4-6-1-4-2) and nitrogen delivery pipe (4-6-1- One end connection 4-10), the outer end that nitrogen enters pipe (4-6-1-4-1) is connect with nitrogen cylinder；At funnel shell (4-6-1-4-5) The central area at osculum end is fixedly connected with the nitrogen distributor chamber (4-6-1-4-4) of hollow cylindrical, the nitrogen delivery pipe (4- Other end perforation ground connection nitrogen distributor chamber (4-6-1-4-4) 6-1-4-10)；Nitrogen gas jet rotary shaft (the 4-6-1- 4-6) setting is hollow cylindrical-shaped structure on the internal axial line of funnel shell (4-6-1-4-5)；Nitrogen gas jet revolves The lower end of shaft (4-6-1-4-6) penetrates rotatably the axle center nitrogen distributor chamber (4-6-1-4-4), and be fixed at nitrogen The output axis connection of the nitrogen gas jet electric rotating machine (4-6-1-4-3) of the lower part distributor chamber (4-6-1-4-4), nitrogen gas jet rotation What shaft (4-6-1-4-6) was located at the part in nitrogen distributor chamber (4-6-1-4-4) is provided with multiple connection nitrogen distributor chamber (4- 6-1-4-4) the intercommunicating pore of inner cavity；Nitrogen gas jet rotary shaft (4-6-1-4-6) is opened in corresponding funnel shell (4-6-1-4-5) two The position at mouthful end is respectively fixedly connected with that there are one the nitrogen gas jet ring supports that can be rotated in funnel shell (4-6-1-4-5) (4-6-1-4-8), the nitrogen gas jet ring support (4-6-1-4-8) is by the hollow pipeline of annular and connection ring positioned at outer ring The hollow pipeline of shape and the connecting pipeline of the inner cavity nitrogen gas jet rotary shaft (4-6-1-4-6) form, and are located at funnel shell (4-6- 1-4-5) outer diameter of the hollow pipeline of annular of the circular support (6-4-7) of big opening end side, which is more than, is located at funnel shell (4-6- 1-4-5) the outer diameter of the hollow pipeline of annular of the circular support (6-4-7) of small open end side；Multiple nitrogen gas jet (4- 6-1-4-9) it is arranged around nitrogen gas jet rotary shaft (4-6-1-4-6), and nitrogen gas jet (4-6-1-4-9) is hollow Column structure, the hollow pipeline of annular of the both ends of nitrogen gas jet (4-6-1-4-9) respectively with two circular supports (6-4-7) pass through Lead to and connects；The surface of nitrogen gas jet (4-6-1-4-9) is evenly distributed with the nitrogen nozzle (4- being largely connected with its inner cavity 6-1-4-7)；The spreading out device (5) includes the protective shell (5-1) for being fixedly connected on chassis (1) top, is fixedly connected on protective shell (5- 1) the internal spinning grinder (5-5) for shakeouing motor (5-3), being located at chassis (1) lower part；The motor (5-3) of shakeouing Output shaft penetrates rotatably chassis (1) and is fixedly connected afterwards with the rotation center on the top spinning grinder (5-5)；The spinning grinder (5-5) by positioned at middle part linkage section (5-5-4) and be connected to linkage section (5-5-4) two Job step composition is shakeout at end, and the middle part of the linkage section (5-5-4) is recessed upwards, and the job step of shakeouing includes that one end is stretched into In the accommodating chamber of the end linkage section (5-5-4) and by connecting bearing (5-5-2) chamber inner sidewall is accommodated with the end linkage section (5-5-4) The transmission shaft (5-5-1) of connection, multigroup circumferential direction are uniformly connected to the disintegrating mechanism (5-5-3) on transmission shaft (5-5-1)；The powder Broken mechanism (5-5-3) includes along the equally distributed multiple engaging lugs (5-5-3-4) of transmission shaft (5-5-1) length direction and tup (5-5-3-3), the engaging lug (5-5-3-4) are fixedly connected with transmission shaft (5-5-1), and the tup (5-5-3-3) is by wearing The crushing axis pin (5-5-3-1) for being located at one end is rotatably connected between two neighboring engaging lug (5-5-3-4)；Driven gear (5-5-2-7), linkage section (5-5-4) end are further sleeved on the outside of the end of the transmission shaft (5-5-1) Inside portion's accommodating chamber rotating driving device, the rotating driving device packet are provided with below corresponding driven gear (5-5-2-8) It includes the rotating device motor (5-5-2-4) being fixedly connected with the end linkage section (5-5-4) accommodating chamber, be set in parallel in transmission shaft Rotating device transmission shaft (5-5-2-2) below (5-5-1), be sleeved on rotating device transmission shaft (5-5-2-2) it is external and with The driving gear (5-5-2-5) of driven gear (5-5-2-8) engagement and connection rotating device transmission shaft one end (5-5-2-2) and rotation Gearbox (5-5-2-3) between rotary device motor (5-5-2-4) output shaft；The rotating device transmission shaft (5-5-2-2) Both ends are rotationally assemblied in the first bearing seat (5-5- being fixedly connected with the end accommodating chamber bottom linkage section (5-5-4) respectively 2-1) and in second bearing seat (5-5-2-6)；The top of the push handle (2), which is equipped with, manipulates remote control (3)；The stirring motor (4-6-3), solenoid valve (4-6-4), temperature Keyholed back plate (4-6-5), shakeout motor (5-3), electric rotating machine (5-5-2), water pump (4-6-1-12), rotary electric machine (4-6-1-10), Nitrogen gas jet electric rotating machine (4-6-1-4-3), wedge-shaped impeller drive motor (4-7-1-4-1-7), relay (4-2-2-4), Rotating device motor (5-5-2-4), impeller driving motor, electrically-controlled valve are connect by conducting wire with manipulation remote control (3).
- The mechanism 2. a kind of manganese slag thermal insulation material combined type according to claim 1 paves, which is characterized in that the tup It is additionally provided with to be set between (5-5-3-3) and two neighboring engaging lug (5-5-3-4) and crushes the external profit of axis pin (5-5-3-1) Oil filling room (5-5-3-2)；The oil filling room (5-5-3-2) is fixedly connected with engaging lug (5-5-3-4), with crushing Axis pin (5-5-3-1) is rotatably assorted, and oil filling room (5-5-3-2) has the toroidal cavity for oil storage, and respectively outside Portion and be internally provided with oil filling hole and lubrication oil discharge hole；Disintegrating mechanism (5-5-3) quantity is 4 groups.
- The mechanism 3. a kind of manganese slag thermal insulation material combined type according to claim 1 or 2 paves, which is characterized in that described to push away Handle (2) angle with horizontal plane is between 48 °~72 °；The mixing chamber (4-6-2) is cylindrical shape, pharmacy jar (4-6-1) number Amount is 12；The quantity of the injector (4-7) is 4.
- Mechanism and its working method 4. a kind of manganese slag thermal insulation material combined type according to claim 3 paves, feature exist In protective shell (5-1) sidewall bottom is equipped with multiple heat emission holes (5-2), and the heat emission hole (5-2) is U-shaped through-hole, multiple to dissipate Hot hole (5-2) is circumferentially evenly distributed using the central axes of protective shell (5-1) as axle center.
- The mechanism 5. a kind of manganese slag thermal insulation material combined type according to claim 4 paves, which is characterized in that in protective shell It is additionally provided with the heat-dissipating impeller (5-4) being set on stirring motor (4-6-3) output shaft inside (5-1).
- The mechanism 6. a kind of manganese slag thermal insulation material combined type according to claim 5 paves, which is characterized in that two of middle part Buffer board (4-6-1-1) is arranged parallelly, spacing 20cm；The paddle (4-6-1-8) is 3 groups.
- The mechanism 7. a kind of manganese slag thermal insulation material combined type according to claim 6 paves, which is characterized in that described to shakeout electricity It is connect by rolling bearing (5-6) between the output shaft of machine (5-3) and chassis (1).
- The mechanism 8. a kind of manganese slag thermal insulation material combined type according to claim 7 paves, which is characterized in that the spinning The center of the lower part grinder (5-5) is provided with hard object survey meter (5-7), and hard object survey meter (5-7) is remotely controlled with manipulation Device (3) is connected by conducting wire.
- The mechanism 9. a kind of manganese slag thermal insulation material combined type according to claim 8 paves, which is characterized in that the base tube shell Body (4-2-2-1) is molded by high molecular material pressing mold, and the constituent that base tube shell (4-2-2-1) is counted in parts by weight is as follows：Soften 337.4~562.3 parts of pure water, ten 129.0~171.9 parts of five rings oxa- -10- alkene -2- ketone of 13- methyl, 2- [4- [[1- [[(2- methoxyl group -5- methyl -4- sulfonic groups phenyl) amino] carbonyl] -2- oxopropyls] azo] phenyl] -6- methyl - 132.6~241.5 parts of 7- benzothiazole disodium sulfonates salt, 128.9~145.4 parts of 3- (methyl mercapto) propionic aldehyde, bronze red 131.8~ 188.6 parts, (1- methyl ethylidene) bis- (4,1- phenoxy group -3,1- propylidene) 134.3~195.7 parts of double methyl methacrylates, [1,4- butanediols, 1,3- diisocyanate roots conjunction methylbenzene and the alpha -hydro-omega -hydroxypoly (oxygen -1,4- butane two of methyl ethyl ketone sealing end Base)] 120.0~156.8 parts of polymer, 119.3~162.2 parts of N- methyl-N-octyl -1- octylames, cyclohexyl formate 128.8 ~173.3 parts, polyurethane Y-304138.2~182.8 part, mass concentration is the acrylic acid cetyl of 128ppm~395ppm 161.5~215.4 parts of ester.
- The mechanism 10. a kind of manganese slag thermal insulation material combined type according to claim 9 paves, which is characterized in that the base tube The manufacturing process of shell (4-2-2-1) is as follows：S1:In stirring-type biomass thermal energy reactor, softening pure water and ten five rings oxa- -10- alkene -2- ketone of 13- methyl is added, Start the blender in stirring-type biomass thermal energy reactor, setting speed is 130rpm~176rpm, starts stirring-type biology Bled steam evaporator in matter thermal energy reactor makes temperature rise to 145.4 DEG C~146.3 DEG C；S2:2- is added, and [[[1- [[(2- methoxyl group -5- methyl -4- sulfonic groups phenyl) amino] carbonyl] -2- oxopropyls] is even by 4- Nitrogen] phenyl] -6- methyl -7- benzothiazole disodium sulfonate salt stirs evenly, 3- (methyl mercapto) propionic aldehyde is added；S3:It is 121.7m to be passed through flow3/ min~162.4m3The argon gas of/min 122.0~133.9 minutes；It is given birth to later in stirring-type Bronze red is added in substance thermal energy reactor, the bled steam evaporator being again started up in stirring-type biomass thermal energy reactor, So that temperature is risen to 162.6 DEG C~195.5 DEG C, keeps the temperature 122.9~133.4 minutes；S4:(1- methyl ethylidene) bis- (4,1- phenoxy group -3,1- propylidene) double methyl methacrylates, adjustment stirring-type life is added The pH value of solution is 4.8~8.6 in substance thermal energy reactor, keeps the temperature 122.8~362.8 minutes；S5:[1,4- butanediols, the conjunction of 1,3- diisocyanate roots that the methyl ethyl ketone that mass concentration is 132ppm~362ppm blocks is added Methylbenzene and alpha -hydro-omega -hydroxypoly (oxygen -1,4- butane diyl)] polymer；S6:Mechanical stirrer can be reacted by starting stirring-type biomass thermal, and setting speed is 136rpm~176rpm；4~8 points of stirring Clock；S7:N- methyl-N-octyl -1- octylames are added, the steam extraction heating evaporation in stirring-type biomass thermal energy reactor is started Device is warming up to 166.5 DEG C~203.4 DEG C, and pH is adjusted between 4.5~8.4, and it is 121.266m to be passed through argon gas ventilatory capacity3/min ~162.682m3/ min, heat preservation stand 156.4~186.3 minutes；It is again started up the stirring of stirring-type biomass thermal energy reactor Machine, rotating speed are 131rpm~176rpm, cyclohexyl formate are added, and pH is adjusted between 4.5~8.4, heat preservation is stood 155.0~195.9 minutes；S8:Polyurethane Y-304 is added, reacts 122.6~133.5 minutes；Aliphatic acrylate is added later, starts stirring Bled steam evaporator in formula biomass thermal energy reactor, set temperature in stirring-type biomass thermal energy reactor as 206.9 DEG C~262.4 DEG C, pH is adjusted between 4.8~8.8, pressure be 1.28MPa~1.29MPa, the reaction time be 0.4~ 0.9 hour；It is 0MPa to be depressurized to gauge pressure later, is cooled to 122.6 DEG C~133.5 DEG C and discharges into molding press to get to base tube shell Body (4-2-2-1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810224976.5A CN108545502B (en) | 2018-03-19 | 2018-03-19 | Manganese slag heat-insulating material combined type paving mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810224976.5A CN108545502B (en) | 2018-03-19 | 2018-03-19 | Manganese slag heat-insulating material combined type paving mechanism |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108545502A true CN108545502A (en) | 2018-09-18 |
| CN108545502B CN108545502B (en) | 2019-12-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810224976.5A Active CN108545502B (en) | 2018-03-19 | 2018-03-19 | Manganese slag heat-insulating material combined type paving mechanism |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108190395A (en) * | 2017-11-22 | 2018-06-22 | 安徽新荣钢构有限公司 | A kind of automatic feeder equipment of bar |
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| CN108190395B (en) * | 2017-11-22 | 2020-06-23 | 安徽新荣钢构有限公司 | Automatic feeding equipment of bar |
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|---|---|
| CN108545502B (en) | 2019-12-10 |
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