CN207193151U - A kind of oil phase thawing vat of high efficiency Emulsion Explosive Production - Google Patents
A kind of oil phase thawing vat of high efficiency Emulsion Explosive Production Download PDFInfo
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- CN207193151U CN207193151U CN201721102963.8U CN201721102963U CN207193151U CN 207193151 U CN207193151 U CN 207193151U CN 201721102963 U CN201721102963 U CN 201721102963U CN 207193151 U CN207193151 U CN 207193151U
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- thawing vat
- thawing
- oil phase
- emulsion explosive
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Abstract
The utility model provides a kind of oil phase thawing vat of high efficiency Emulsion Explosive Production, including melting groove lid, rapid locking device, sealing gasket, thawing vat body, axle construction is stirred in motor, fixed plate, fast melt heating, shaft coupling, foot stool, quick traverse measurement barrel structure, switch board and steam pipe coil with holes.The utility model agitating shaft, the setting of fan-shaped stirring sheet and heat conducting pipe, be advantageous to improve and melt efficiency, the oil phase of Emulsion Explosive Production can be made fully to melt；The setting of thermally conductive sheet, the setting for being advantageous to fitted seal end ring and Nei Re backflow silks improves heat-transfer effect, so that oil phase faster melts；One-level liquid level sensor, fast melt backing, temperature sensor, two level liquid level sensor, the setting of melting liquid delivery pipe and liquid control valve door, be advantageous to carry out the temperature and automatic-discharging solution of Intelligent Measurement fast melt backing, can lighten one's labor manipulation strength.
Description
Technical field
The utility model belongs to Emulsion Explosive Production equipment technical field, more particularly to a kind of life of high efficiency emulsion
The oil phase thawing vat of production.
Background technology
Emulsion is the droplet for making oxidant salts solution for referring to the preparation of one kind emulsifying technology, is dispersed in
In oil phase continuous media containing the porous mass such as scattered bubble or hollow glass micropearl, a kind of water-in-oil type (W/O) is formed
The aqueous commercial explosive of emulsion state.Emulsion is one kind of water-based explosive.
Emulsion is the new product just to grow up the 1970s.The Blabm in the U.S. in 1969 is relatively more complete first
Elaborate to face emulsion explosives technology, earliest emulsion is that non-detonator is sensitive, must be by relaying priming during use
To ignite.Later, as what emulsion was studied gos deep into, the emulsion that the later stage finds out equally has cap-sensitivity,
And there is good water-resistance, the advantages that its explosion property is good, and mechanical sensitivity is low and security is good, while cost is less than water
Glue explosive.At present, emulsion is at home and abroad widely used.
Emulsion is that density is high, explosion velocity is big, brisance is high, water repelling property is good, cut off diameter is small, sensitivity to initiation is good, small straight
There is detonator susceptibility, it is 3500~5000m/s that general density, which can control to 1.05~1.25g/cm3, explosion velocity, in the case of footpath.It
Explosive wastewater is not generally used as sensitizer, and production safety, pollution is less.
The various types developed at present, there is the outdoor type emulsion for opencut, for medium-hard rock explosion
Equivalence of A Rock Emulsion Explosive and the Permilted emulsificated explosive for underground coal mine, also the minor diameter low blasting speed for photoface exploision
Emulsion.Emulsion has been widely used in various civil blast work, and having, water and moist explosion occasion are more aobvious
Show its superiority.But its bin stability and quality stability are also poor, improvement need to be further studied.The component of emulsion
Have：Oxidant, fuel agent, emulsifying agent, sensitizer and foaming agent (or density-controlling agent), stabilizer etc..
The production process of emulsion be mainly profit mutually prepare, emulsify respectively, cooling down, being sensitized, powder charge, packaging, it is each
Process has corresponding production line, and each production line is sequentially connected to form whole emulsion explosive production line.Wherein, production line master is emulsified
To be made up of the static mixer and emulsifier being sequentially connected, aqueous phase melting tank and oil phase melting tank are important in emulsifying systems
Equipment, need to carry out thawing processing to the solid oil phase in oil phase melting tank before emulsification.
But the oil phase thawing vat of existing Emulsion Explosive Production is also low there is operating efficiency, labor operations intensity is big
And the problem of complicated.
Therefore, invent a kind of oil phase thawing vat of high efficiency Emulsion Explosive Production and seem very necessary.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of oil phase of high efficiency Emulsion Explosive Production and melted
Groove, low there is operating efficiency to solve the oil phase thawing vat of existing Emulsion Explosive Production, labor operations intensity is big and ties
The problem of structure complexity.A kind of oil phase thawing vat of high efficiency Emulsion Explosive Production, including melt groove lid, rapid locking device is close
Axle construction, shaft coupling, foot stool, quick traverse measurement are stirred in packing, thawing vat body, motor, fixed plate, fast melt heating
Barrel structure, switch board and steam pipe coil with holes, the left and right ends of described thawing groove lid are arranged on by rapid locking device respectively
The top of thawing vat body；Described thawing groove lid and the junction of thawing vat body are provided with sealing gasket；Described driving electricity
Machine is arranged on the upper left quarter of thawing vat body by bolt of fixing plate；The left end that axle construction is stirred in described fast melt heating passes through
Shaft coupling connects the output shaft of motor, and right-hand member connects the right side inwall of thawing vat body, and centre position is arranged on thawing vat
The inside of body；Described foot stool difference bolt is arranged on the bottom four corners position of thawing vat body；Described quick mobile survey
Measuring tank structure setting is in the bottom centre position of thawing vat body；Described switch board bolt is arranged on the bottom right of thawing vat body
Portion；Described steam pipe coil anchor ear with holes is arranged on the inwall for melting groove lid；Axle construction bag is stirred in described fast melt heating
Agitating shaft, fan-shaped stirring sheet and heat conducting pipe are included, described fan-shaped stirring sheet is respectively welded on the centre position outer wall of agitating shaft；
Described heat conducting pipe is socketed in the left and right sides of fan-shaped stirring sheet respectively；The front and rear two surface difference spiral shell of described fan-shaped stirring sheet
Nail is connected with thermally conductive sheet；Described heat conducting pipe is additionally provided with sealing end ring and Nei Re backflow silks, and described sealing end ring is set respectively
Put in the left and right ends of heat conducting pipe；Described interior heat backflow silk is wrapped on the inwall of heat conducting pipe.
Preferably, described heat conducting pipe and stirring shaft clearance coordinate；Described sealing end ring and agitating shaft clamping.
Preferably, described thawing vat body is additionally provided with conventional bearings, one-level liquid level sensor, fast melt backing,
Temperature sensor, two level liquid level sensor, melting liquid delivery pipe and liquid control valve door, described conventional bearings are embedded in respectively
Upper position at left and right sides of the inwall of thawing vat body；Described one-level liquid level sensor is threaded in the interior of thawing vat body
Side upper left quarter；Described fast melt backing is embedded at left and right sides of the lower inside of thawing vat body respectively；Described temperature
Sensor is separately positioned on the left and right two of fast melt backing；Described two level liquid level sensor is threaded in thawing vat sheet
Right positions at the outlet at bottom of body；Described melting liquid delivery pipe is threaded in the outlet at bottom of thawing vat body；Institute
Liquid control valve door is provided with the melting liquid delivery pipe stated.
Preferably, the left and right ends of described agitating shaft extend through the inner ring of conventional bearings.
Preferably, described quick traverse measurement barrel structure includes insulation plug, connecting rope, holds bucket, placement rack and movement
Wheel, described insulation plug hold bucket by connecting rope connection；The described top for holding bucket and being placed on placement rack；Described movement
Wheel is bolted to the bottom four corners position of placement rack respectively.
Preferably, described insulation plug is plugged on the entrance for holding bucket.
Preferably, the described bucket that holds is additionally provided with heat-insulation layer and graduation mark, and described heat-insulation layer, which is pasted onto, holds bucket
On outer wall；Described graduation mark, which is portrayed, to be held on the left of the front surface of bucket.
Preferably, described switch board is additionally provided with display screen, PLC, one-level switch, secondary switch, three step switch and report
Laterally bolt is arranged on the inside upper part of switch board side by side by alert device, described display screen and PLC；Described one-level switch, two level
Laterally bolt is arranged on the lower inside of switch board side by side for switch, three step switch and alarm.
Preferably, described thermally conductive sheet specifically uses trapezoidal copper sheet；Described thermally conductive sheet is provided with multi-disc.
Preferably, described interior heat backflow silk specifically uses resistance heating wire；Described interior heat backflow silk is provided with more.
Preferably, described fast melt backing specifically uses PTC heating plates；Described fast melt backing is provided with more
Piece.
Preferably, described heat-insulation layer uses and sends the heat-insulated soft carpet veneer of base or the heat-insulated soft carpet veneer of base of receiving.
Preferably, described movable pulley is specifically using the nylon universal wheel with brake；Described movable pulley is provided with four
It is individual.
Preferably, PLC output end is electrically connected in described display screen and alarm；Described one-level level sensing
PLC input is electrically connected in device, temperature sensor, two level liquid level sensor, one-level switch, secondary switch and three step switch
End.
Preferably, described motor is electrically connected with PLC output end.
Preferably, described interior heat backflow silk is electrically connected with PLC output end.
Preferably, described fast melt backing is electrically connected with PLC output end.
Preferably, described liquid control valve door is electrically connected with PLC output end.
Preferably, described steam pipe coil pipeline with holes connection steam boiler；Described steam pipe coil and steam copper with holes
Line connection is provided with barometric damper door between stove.
Preferably, the inwall surrounding of described thawing groove lid offers annular diversion trench.
Preferably, the annular diversion trench that the outlet of described steam pipe coil with holes and the inwall surrounding of thawing groove lid open up is just
To setting.
Compared with prior art, the beneficial effects of the utility model are：
1. in the utility model, described agitating shaft, the setting of fan-shaped stirring sheet and heat conducting pipe, be advantageous to improve and melt effect
Rate, the oil phase of Emulsion Explosive Production can be made fully to melt.
2. in the utility model, the setting of described thermally conductive sheet, be advantageous to setting for fitted seal end ring and Nei Re backflow silks
Raising heat-transfer effect is put, so that oil phase faster melts.
3. in the utility model, described one-level liquid level sensor, fast melt backing, temperature sensor, two level liquid level
Sensor, the setting of melting liquid delivery pipe and liquid control valve door, be advantageous to carry out Intelligent Measurement fast melt backing temperature
With automatic-discharging solution, can lighten one's labor manipulation strength.
4. in the utility model, described insulation plug, connecting rope, holding the setting of bucket and placement rack, be advantageous to coordinate and protect
The setting of warm layer and graduation mark carries out quantitative storage and transhipment.
5. in the utility model, described display screen, PLC, one-level switch, secondary switch, three step switch and alarm
Set, be advantageous to carry out intelligent display and be controlled in one manually, its is simple in construction, easy to operation.
6. in the utility model, described movable pulley is specifically using the nylon universal wheel with brake；Described movable pulley
Four are provided with, is advantageous to easy to remove and transhipment and holds bucket, so as to be easy to use and transport.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation that axle construction is stirred in fast melt heating of the present utility model.
Fig. 3 is the structural representation of thawing vat body of the present utility model.
Fig. 4 is the structural representation of quick traverse measurement barrel structure of the present utility model.
Fig. 5 is the structural representation of switch board of the present utility model.
In figure：
1st, groove lid is melted；2nd, rapid locking device；3rd, sealing gasket；4th, thawing vat body；41st, conventional bearings；42nd, one-level liquid level
Sensor；43rd, fast melt backing；44th, temperature sensor；45th, two level liquid level sensor；46th, melting liquid delivery pipe；47th, go out
Hydraulic control valve door；5th, motor；6th, fixed plate；7th, axle construction is stirred in fast melt heating；71st, agitating shaft；72nd, fan-shaped stirring
Piece；721st, thermally conductive sheet；73rd, heat conducting pipe；731st, end ring is sealed；732nd, interior heat backflow silk；8th, shaft coupling；9th, foot stool；10th, it is quick to move
Dynamic measurement barrel structure；101st, insulation plug；102nd, connecting rope；103rd, bucket is held；1031st, heat-insulation layer；1032nd, graduation mark；104th, put
Put seat；105th, movable pulley；11st, switch board；111st, display screen；112、PLC；113rd, one-level switchs；114th, secondary switch；115th, three
Level switch；116th, alarm；12nd, steam pipe coil with holes.
Embodiment
The utility model is described further below in conjunction with accompanying drawing：
Embodiment：
As shown in accompanying drawing 1 to accompanying drawing 5
The utility model provides a kind of oil phase thawing vat of high efficiency Emulsion Explosive Production, including melts groove lid 1, quickly
Locker 2, sealing gasket 3, thawing vat body 4, motor 5, fixed plate 6, fast melt, which heats, stirs axle construction 7, shaft coupling 8,
Foot stool 9, quick traverse measurement barrel structure 10, switch board 11 and steam pipe coil with holes 12, the left and right ends of described thawing groove lid 1
The top of thawing vat body 4 is arranged on by rapid locking device 2 respectively；The connection of described thawing groove lid 1 and thawing vat body 4
Place is provided with sealing gasket 3；Described motor 5 is arranged on the upper left quarter of thawing vat body 4 by the bolt of fixed plate 6；It is described
Fast melt heating stir axle construction 7 left end pass through shaft coupling 8 connect motor 5 output shaft, right-hand member connection thawing vat
The right side inwall of body 4, centre position are arranged on the inside of thawing vat body 4；Described foot stool 9 distinguishes bolt and is arranged on thawing
The bottom four corners position of groove body 4；Described quick traverse measurement barrel structure 10 is arranged on the bottom interposition of thawing vat body 4
Put；The described bolt of switch board 11 is arranged on the right lower quadrant of thawing vat body 4；The described anchor ear of steam pipe coil with holes 12 is arranged on
On the inwall for melting groove lid 1；Axle construction 7 is stirred in described fast melt heating includes agitating shaft 71, fan-shaped stirring sheet 72 and heat conduction
Pipe 73, described fan-shaped stirring sheet 72 are respectively welded on the centre position outer wall of agitating shaft 71；Described heat conducting pipe 73 is distinguished
It is socketed in the left and right sides of fan-shaped stirring sheet 72；Mode connects for screw has heat conduction respectively on front and rear two surface of described fan-shaped stirring sheet 72
Piece 721；Described heat conducting pipe 73 is additionally provided with sealing end ring 731 and Nei Re backflow silks 732, and described sealing end ring 731 is distinguished
It is arranged on the left and right ends of heat conducting pipe 73；Described interior heat backflow silk 732 is wrapped on the inwall of heat conducting pipe 73.
In above-described embodiment, specifically, described heat conducting pipe 73 and the gap of agitating shaft 71 coordinate；Described sealing end ring
731 and the clamping of agitating shaft 71.
In above-described embodiment, specifically, described thawing vat body 4 is additionally provided with conventional bearings 41, one-level level sensing
Device 42, fast melt backing 43, temperature sensor 44, two level liquid level sensor 45, melting liquid delivery pipe 46 and liquid control valve
Door 47, described conventional bearings 41 are embedded in upper position at left and right sides of the inwall of thawing vat body 4 respectively；Described one-level liquid
Level sensor 42 is threaded in the inner side upper left quarter of thawing vat body 4；Described fast melt backing 43 is embedded in respectively to be melted
At left and right sides of the lower inside for changing groove body 4；Described temperature sensor 44 is separately positioned on the left and right of fast melt backing 43
Two；Described two level liquid level sensor 45 is threaded in right positions at the outlet at bottom of thawing vat body 4；Described melts
Change liquid delivery pipe 46 to be threaded in the outlet at bottom of thawing vat body 4；It is provided with out on described melting liquid delivery pipe 46
Hydraulic control valve door 47.
In above-described embodiment, specifically, the left and right ends of described agitating shaft 71 extend through the inner ring of conventional bearings 41.
In above-described embodiment, specifically, described quick traverse measurement barrel structure 10 includes insulation plug 101, connecting rope
102, bucket 103, placement rack 104 and movable pulley 105 are held, described insulation plug 101 holds bucket 103 by the connection of connecting rope 102；
The described top for holding bucket 103 and being placed on placement rack 104；Described movable pulley 105 is bolted to placement rack 104 respectively
Bottom four corners position.
In above-described embodiment, specifically, described insulation plug 101 is plugged on the entrance for holding bucket 103.
In above-described embodiment, specifically, the described bucket 103 that holds is additionally provided with heat-insulation layer 1031 and graduation mark 1032, institute
The heat-insulation layer 1031 stated is pasted onto on the outer wall for holding bucket 103；Described graduation mark 1032, which is portrayed, is holding the front surface of bucket 103
Left side.
In above-described embodiment, specifically, described switch board 11 is additionally provided with display screen 111, PLC112, one-level switch
113, secondary switch 114, three step switch 115 and alarm 116, described display screen 111 and the horizontal bolts side by side of PLC112 are pacified
Mounted in the inside upper part of switch board 11；Described one-level switch 113, secondary switch 114, three step switch 115 and alarm 116 are horizontal
The lower inside of switch board 11 is arranged on to bolt arranged side by side.
In above-described embodiment, specifically, described thermally conductive sheet 721 specifically uses trapezoidal copper sheet；Described thermally conductive sheet 721 is set
It is equipped with multi-disc.
In above-described embodiment, specifically, described interior heat backflow silk 732 specifically uses resistance heating wire；Described interior heat
Backflow silk 732 is provided with more.
In above-described embodiment, specifically, described fast melt backing 43 specifically uses PTC heating plates；Described is quick
Melt backing 43 and be provided with multi-disc.
In above-described embodiment, send the heat-insulated soft carpet veneer of base or base of receiving heat-insulated soft specifically, described heat-insulation layer 1031 uses
Carpet veneer.
In above-described embodiment, specifically, described movable pulley 105 is specifically using the nylon universal wheel with brake；It is described
Movable pulley 105 be provided with four.
In above-described embodiment, specifically, the defeated of PLC112 is electrically connected in described display screen 111 and alarm 116
Go out end；Described one-level liquid level sensor 42, temperature sensor 44, two level liquid level sensor 45, one-level switch 113, two level is opened
PLC112 input is electrically connected in pass 114 and three step switch 115.
In above-described embodiment, specifically, described motor 5 is electrically connected with PLC112 output end.
In above-described embodiment, specifically, described interior heat backflow silk 732 is electrically connected with PLC112 output end.
In above-described embodiment, specifically, described fast melt backing 43 is electrically connected with PLC112 output end.
In above-described embodiment, specifically, described liquid control valve door 47 is electrically connected with PLC112 output end.
In above-described embodiment, specifically, the described pipeline of steam pipe coil with holes 12 connection steam boiler；Described steaming with holes
Line connection is provided with barometric damper door between vapour coil pipe 12 and steam boiler.
In above-described embodiment, specifically, the inwall surrounding of described thawing groove lid 1 offers annular diversion trench.
In above-described embodiment, specifically, the outlet of described steam pipe coil with holes 12 and the inwall surrounding of thawing groove lid 1 are opened
If annular diversion trench face set.
Operation principle
In the utility model, the oil phase of Emulsion Explosive Production is poured into inside thawing vat body 4 first, then will be melted
Groove lid 1 is arranged on the top of thawing vat body 4 by rapid locking device 2, and the pipeline of steam pipe coil 12 with holes then is connected into steam
Boiler, the outlet size of the barometric damper door that line connection is set between steam pipe coil 12 and steam boiler with holes is adjusted,
Then one-level switch 113, secondary switch 114 and three step switch 115 are started, so that motor 5 proceeds by work drive and stirred
Axle 71 is mixed, fan-shaped stirring sheet 72 and heat conducting pipe 73 are rotated；Interior heat backflow silk 732 and fast melt backing 43, which coordinate, to be added
Thermal technology makees；Counted by display screen 111 it has been observed that by one-level liquid level sensor 42, temperature sensor 44 and two level liquid level pass
Sensor 45 transmits detection information to PLC112 in real time, is alarmed if being in an emergency by alarm 116, after thawing terminates,
Can by quick traverse measurement barrel structure 10 carry out fast quantification transhipment and storage work (quantitatively held by holding bucket 103,
Temporarily put by placement rack 104, rapid transport is carried out by movable pulley 105, wherein heat-insulation layer 1031 uses and sends the heat-insulated soft felt of base
Layer or the setting of the heat-insulated soft carpet veneer of base received can be incubated, and prevent oil phase from causing what is solidified again to ask to the cold suddenly after melting
Topic, avoid secondary melting process again).
Using technical scheme described in the utility model, or those skilled in the art is in technical solutions of the utility model
Under inspiration, similar technical scheme is designed, and reaches above-mentioned technique effect, is to fall into protection model of the present utility model
Enclose.
Claims (10)
1. a kind of oil phase thawing vat of high efficiency Emulsion Explosive Production, it is characterised in that the high efficiency Emulsion Explosive Production is used
Oil phase thawing vat include melt groove lid (1), rapid locking device (2), sealing gasket (3), thawing vat body (4), motor
(5) axle construction (7), shaft coupling (8), foot stool (9), quick traverse measurement barrel structure are stirred in, fixed plate (6), fast melt heating
(10), switch board (11) and steam pipe coil with holes (12), the left and right ends of described thawing groove lid (1) pass through quick locking respectively
Device (2) is arranged on the top of thawing vat body (4)；Described thawing groove lid (1) and the junction of thawing vat body (4) are provided with
Sealing gasket (3)；Described motor (5) is arranged on the upper left quarter of thawing vat body (4) by fixed plate (6) bolt；It is described
Fast melt heating stir axle construction (7) left end pass through shaft coupling (8) connect motor (5) output shaft, right-hand member connection
The right side inwall of thawing vat body (4), centre position are arranged on the inside of thawing vat body (4)；Described foot stool (9) difference spiral shell
Bolt is arranged on the bottom four corners position of thawing vat body (4)；Described quick traverse measurement barrel structure (10) is arranged on thawing vat
The bottom centre position of body (4)；Described switch board (11) bolt is arranged on the right lower quadrant of thawing vat body (4)；Described
Steam pipe coil (12) anchor ear with holes is arranged on the inwall for melting groove lid (1)；Axle construction (7) bag is stirred in described fast melt heating
Agitating shaft (71), fan-shaped stirring sheet (72) and heat conducting pipe (73) are included, described fan-shaped stirring sheet (72) is respectively welded at agitating shaft
(71) on centre position outer wall；Described heat conducting pipe (73) is socketed in the left and right sides of fan-shaped stirring sheet (72) respectively；It is described
Mode connects for screw has thermally conductive sheet (721) respectively front and rear two surface of fan-shaped stirring sheet (72)；Described heat conducting pipe (73) is also set up
There are sealing end ring (731) and interior heat backflow silk (732), described sealing end ring (731) is separately positioned on a left side for heat conducting pipe (73)
Right both ends；Described interior heat backflow silk (732) is wrapped on the inwall of heat conducting pipe (73).
2. the oil phase thawing vat of high efficiency Emulsion Explosive Production as claimed in claim 1, it is characterised in that described thawing
Groove body (4) is additionally provided with conventional bearings (41), one-level liquid level sensor (42), fast melt backing (43), temperature sensor
(44), two level liquid level sensor (45), melting liquid delivery pipe (46) and liquid control valve door (47), described conventional bearings (41)
Upper position at left and right sides of the inwall of thawing vat body (4) is embedded in respectively；Described one-level liquid level sensor (42) screw thread connects
It is connected on the inner side upper left quarter of thawing vat body (4)；Described fast melt backing (43) is embedded in thawing vat body (4) respectively
At left and right sides of lower inside；Described temperature sensor (44) is separately positioned on the left and right two of fast melt backing (43)；Institute
The two level liquid level sensor (45) stated is threaded in right positions at the outlet at bottom of thawing vat body (4)；Described thawing
Liquid delivery pipe (46) is threaded in the outlet at bottom of thawing vat body (4)；Set on described melting liquid delivery pipe (46)
There is liquid control valve door (47).
3. the oil phase thawing vat of high efficiency Emulsion Explosive Production as claimed in claim 1, it is characterised in that described is quick
Traverse measurement barrel structure (10) includes insulation plug (101), connecting rope (102), holds bucket (103), placement rack (104) and movable pulley
(105), described insulation plug (101) holds bucket (103) by connecting rope (102) connection；The described bucket (103) that holds is placed on
The top of placement rack (104)；Described movable pulley (105) is bolted to the bottom four corners position of placement rack (104) respectively.
4. the oil phase thawing vat of high efficiency Emulsion Explosive Production as claimed in claim 1, it is characterised in that described heat conduction
(73) and agitating shaft (71) gap is managed to coordinate；Described sealing end ring (731) and agitating shaft (71) clamping.
5. the oil phase thawing vat of high efficiency Emulsion Explosive Production as claimed in claim 3, it is characterised in that described insulation
Plug (101) is plugged on the entrance for holding bucket (103).
6. the oil phase thawing vat of high efficiency Emulsion Explosive Production as claimed in claim 3, it is characterised in that described holds
Bucket (103) is additionally provided with heat-insulation layer (1031) and graduation mark (1032), and described heat-insulation layer (1031), which is pasted onto, holds bucket (103)
Outer wall on；Described graduation mark (1032) is portrayed on the left of the front surface for holding bucket (103).
7. the oil phase thawing vat of high efficiency Emulsion Explosive Production as claimed in claim 1, it is characterised in that described heat conduction
Piece (721) specifically uses trapezoidal copper sheet；Described thermally conductive sheet (721) is provided with multi-disc.
8. the oil phase thawing vat of high efficiency Emulsion Explosive Production as claimed in claim 1, it is characterised in that described interior heat
Backflow silk (732) specifically uses resistance heating wire；Described interior heat backflow silk (732) is provided with more.
9. the oil phase thawing vat of high efficiency Emulsion Explosive Production as claimed in claim 2, it is characterised in that described is quick
Melt backing (43) and specifically use PTC heating plates；Described fast melt backing (43) is provided with multi-disc.
10. the oil phase thawing vat of high efficiency Emulsion Explosive Production as claimed in claim 6, it is characterised in that described guarantor
Warm layer (1031) uses and sends the heat-insulated soft carpet veneer of base or the heat-insulated soft carpet veneer of base of receiving.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721102963.8U CN207193151U (en) | 2017-08-30 | 2017-08-30 | A kind of oil phase thawing vat of high efficiency Emulsion Explosive Production |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721102963.8U CN207193151U (en) | 2017-08-30 | 2017-08-30 | A kind of oil phase thawing vat of high efficiency Emulsion Explosive Production |
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| Publication Number | Publication Date |
|---|---|
| CN207193151U true CN207193151U (en) | 2018-04-06 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201721102963.8U Active CN207193151U (en) | 2017-08-30 | 2017-08-30 | A kind of oil phase thawing vat of high efficiency Emulsion Explosive Production |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110437018A (en) * | 2019-07-29 | 2019-11-12 | 重庆神斧锦泰化工有限公司 | A kind of thawing vat of fast-type Emulsion Explosive Production |
-
2017
- 2017-08-30 CN CN201721102963.8U patent/CN207193151U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110437018A (en) * | 2019-07-29 | 2019-11-12 | 重庆神斧锦泰化工有限公司 | A kind of thawing vat of fast-type Emulsion Explosive Production |
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