CN109367107A - A kind of pressure ball equipment for Fluorite pellet production - Google Patents
A kind of pressure ball equipment for Fluorite pellet production Download PDFInfo
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- CN109367107A CN109367107A CN201811294322.6A CN201811294322A CN109367107A CN 109367107 A CN109367107 A CN 109367107A CN 201811294322 A CN201811294322 A CN 201811294322A CN 109367107 A CN109367107 A CN 109367107A
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- roller
- column
- plate
- molding machine
- tin roller
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B11/00—Presses specially adapted for forming shaped articles from material in particulate or plastic state, e.g. briquetting presses, tabletting presses
- B30B11/16—Presses specially adapted for forming shaped articles from material in particulate or plastic state, e.g. briquetting presses, tabletting presses using pocketed rollers, e.g. two co-operating pocketed rollers
Abstract
The present invention relates to Fluorite pellet processing technique fields, specifically, it is related to a kind of pressure ball equipment for Fluorite pellet production, pedestal is included, it further include having winding drum hoist, feeding device, for stirring the agitating device of Fluorspar Powder, driving device for the molding machine of Fluorspar Powder balling-up and for driving molding machine, the middle position on pedestal top is arranged in the molding machine, the top of molding machine is arranged in feeding device, agitating device is mounted on the top of pedestal and is located at the side of molding machine, winding drum hoist is arranged between molding machine and agitating device and agitating device passes through winding drum hoist and feeding device connection, the driving device is mounted on the top of pedestal and is located at the other side of molding machine, it is solved by the setting of molding machine, the problem of Fluorite pellet forms.
Description
Technical field
The present invention relates to Fluorite pellet processing technique fields, and in particular, to a kind of pressure ball equipment for Fluorite pellet production.
Background technique
Fluorite is widely used in metallurgy industry, it has and can reduce the fusing point of infusibility substance, promotes clinker flowing, make slag and
Metal separates well, can improve desulfurization, dephosphorizing process in smelting process, and it is special to enhance malleability and tensile strength of metal etc.
Point.Therefore, it is widely used in smelting iron and steel and ferroalloy production, change iron process and non-ferrous metal metallurgy as fluxing agent.
China is the big producer and a consumption big country of fluorite product.Fluorite lump ore resource is seldom at present, and grade is low.It is domestic
Fluorite lump ore produces the underproduction every year, and domestic fluorite lump ore market has openings is big.In recent years, the fluorite lump ore grade made steel in supply country
It is low, do not adapt to steel mill's speed of production, and the slugging time is long, effect is poor, delay speed of production makes to have lower productivity.
Based on contradictory situation more and more fierce between fluorite supply and demand, deep processing, reprocessing artificial synthesized Fluorite pellet generation
Become development trend for fluorite lump ore.Wherein, artificial synthesized high pressure Fluorite pellet is superior with its, efficient productivity obtained it is good
Good development.And China's fluorite Low grade resource is more, is the further development of artificial synthesized high pressure Fluorite pellet Products Industry
Raw material basis is provided, artificial synthesized high pressure fluorite ball product is developed with it and also gradually attracts attention.
Existing Fluorite pellet ball press has the following problems: during Fluorite pellet is pressurizeed into spherical shape, due to Fluorite pellet
Viscosity, the variation of raw material humidity, the variation of the inhomogeneities of raw material and discharge quantity, often there is main roller and from idler wheel putty
Stuck situation.
Summary of the invention
In view of the deficiencies of the prior art, the present invention provides a kind of pressure ball equipment for Fluorite pellet production, is filled by stirring
It sets foot Fluorspar Powder and auxiliary material is stirred, Fluorspar Powder is delivered in feed bin by winding drum hoist after the completion of stirring, Fluorspar Powder
It can be shaken off out of, feed opening falls to the first roller and second tin roller gap by vibration motor in feed bin, the first roller and the
Fluorspar Powder is squeezed into Fluorite pellet by forming tank by two rollers, and the molding ball for squeezing completion is moved to down one of work by sieve
Sequence, it should be noted that the setting of the cleaning assembly of this equipment is so that each forming tank can be cleaned one after the completion of extruding
All over make forming tank in next task inside there is no residue, to the outer wall smoothness of Fluorite pellet to improving.
A kind of pressure ball equipment for Fluorite pellet production disclosed by the invention, includes pedestal, further includes having roller promotion
Machine, feeding device, the agitating device for stirring Fluorspar Powder, for Fluorspar Powder balling-up molding machine and for drive molding dress
The middle position on pedestal top is arranged in the driving device set, the molding machine, and the upper of molding machine is arranged in feeding device
Side, agitating device are mounted on the top of pedestal and are located at the side of molding machine, winding drum hoist setting in molding machine and
Between agitating device and agitating device is by winding drum hoist and feeding device connection, and the driving device is mounted on pedestal
Top and the other side for being located at molding machine.
Further, the molding machine includes the first roller, second tin roller, the first support component and the second support group
It is angularly provided on the outer wall of part, the first roller and second tin roller along the circumferencial direction of the first roller or second tin roller several
Type groove is lined up, the first roller and second tin roller are arranged in parallel and the outer wall of the first roller and second tin roller is bonded to each other, and first
The both ends of roller and second tin roller are provided with a rotary shaft, and the first roller connects the first support component of installation by rotary shaft axis
On, second tin roller is connect by rotary shaft axis and is mounted in the second support component.
Further, first support component is identical with the second support component structure setting and includes the first column
With the second column, first column and the second column state in a vertical shape are arranged and are parallel to each other, and the first column and second is stood
The top of column is provided with the first semi-circular groove and the second bolt hole, and the side of the first column and the second column top is provided with button
Part, one end of fastener and the side of the first column or the second column top are hinged, and the second semi-circular groove and two are provided on fastener
A first bolt hole, is provided with bearing in the first semi-circular groove, and the rotary shaft at the first roller or second tin roller both ends plugs respectively
In the inner ring for being located at ipsilateral bearing, cleaning assembly, the first support component are additionally provided between first column and the second column
The first column and the second column be mounted on bottom plate, the bottom end of the second support component is provided with trimming assembly.
Further, the cleaning assembly includes heat pump, guide plate, several springs, several sponge balls and several
A air nozzle, the heat pump are arranged in the top of bottom plate and are located at the side of molding machine, and guide plate is arranged in the first column
And second between column and guide plate is obliquely installed towards between the first roller and second tin roller, the two sides distribution of guide plate with
First column and the connection of the second column, several described spring states in a vertical shape are mounted on guide plate and each spring and one
A forming tank is corresponding, and the top of a spring is arranged in and sponge ball and the first roller or second tin roller in each sponge ball distribution
Outer wall fitting, several air nozzles are installed on guide plate and are located at the rear of spring, the output end of each air nozzle
Towards the forming tank direction setting in a row, the other end of all air nozzles is connect with heat pump.
Further, the trimming assembly includes support plate, contradicts plate, mounting plate, two sliding rails and two sliding blocks, institute
It states support plate and is in a horizontal state and the bottom end of the first column and the second column is set, contradict the centre that support plate bottom end is arranged in plate
It is located at, two sliding rails, which are arranged in parallel and are in a horizontal state, to be mounted on bottom plate, and two sliding blocks are mounted on the bottom end of support plate simultaneously
And it is located at the side for contradicting plate, each sliding block is slidably matched with a sliding rail, and one end of sliding rail is arranged in the mounting plate,
It is also set up on mounting plate there are two gas spring, two gas springs are arranged in horizontal encapsulation and output end direction contradicts plate and first
The setting of roller direction, the output end of gas spring are connect with plate is contradicted.
Further, the driving device includes driving motor, gear reducer, first gear and second gear, driving electricity
The output end of machine and the input terminal of speed reducer connect, the side of first gear and the output axis connection of speed reducer, first gear
The rotation axis connection of the other side and the first roller, second gear are mounted in the rotary shaft of second tin roller, first gear and second
Gear engagement.
Further, the feeding device includes vibration motor, fixed bracket, feed bin and feeding plate, the fixed branch
The side of the first roller and second tin roller middle position is arranged in frame state in a vertical shape, and feed bin is mounted on the one of fixed cantilever tip
Side and the middle position for being located at the first roller and second tin roller, the feed bin is rectangular funnel formula structure, under feed bin bottom end
The joint place of material mouth face the first roller and second tin roller, the feeding plate be plugged in feed bin and feeding plate by bolt with
Feed bin is flexibly connected, and vibration motor is mounted on the outer wall of feed bin.
Further, the agitating device includes agitator, agitating shaft, stirring motor and mounting rack, the agitator
For column barrel assembling structure, agitating shaft through agitator and with agitator coaxial line, pause, stir by the fourth that mounting rack is mounted on pedestal
It mixes bucket to connect through stirring pedestal on mounting rack and with mounting rack axis, the side of agitator is arranged in the stirring motor, stirs
The one end for mixing axis is provided with driven wheel, and the output end of stirring motor is provided with driving wheel, driving wheel and driven wheel and is connected by belt
It connects, closeable feed inlet and outlet is additionally provided on agitator, the feed inlet of winding drum hoist is located at the lower section of agitator.
Further, the inside on the agitating shaft positioned at agitator is additionally provided with several paddles.
Further, it is located on the pedestal below the first roller and second tin roller joint place and is additionally provided with material-dropping hole,
The bottom end of material-dropping hole is tiltedly installed with sieve, and one end of sieve is mounted on the bottom end of pedestal, and sieve is iron wire web frame.
The utility model has the advantages that the present invention provides a kind of pressure ball equipment for Fluorite pellet production, pass through agitating device foot Fluorspar Powder
It is stirred, Fluorspar Powder is delivered in feed bin by winding drum hoist after the completion of stirring, Fluorspar Powder meeting in feed bin with auxiliary material
It is shaken off out of, feed opening falls to the first roller and second tin roller gap by vibration motor, the first roller and second tin roller pass through
Fluorspar Powder is squeezed into Fluorite pellet by forming tank, and the molding ball for squeezing completion is moved to next process by sieve, needs to illustrate
, the setting of the cleaning assembly of this equipment makes forming tank so that each forming tank can be cleaned one time after the completion of extruding
There is no residue inside in next task, the arriving for outer wall smoothness of Fluorite pellet is improved.
Detailed description of the invention
The drawings described herein are used to provide a further understanding of the present application, constitutes part of this application, this Shen
Illustrative embodiments and their description please are not constituted an undue limitation on the present application for explaining the application.In the accompanying drawings:
Fig. 1 is the schematic perspective view one in embodiment；
Fig. 2 is the schematic perspective view two in embodiment；
Fig. 3 is the front view in embodiment；
Fig. 4 is the schematic perspective view of molding machine in embodiment；
Fig. 5 is enlarged drawing at the A of Fig. 4 in embodiment；
Fig. 6 is the sectional perspective structural schematic diagram of molding machine in embodiment；
Fig. 7 is the schematic perspective view of cleaning assembly in embodiment；
Fig. 8 is the stereogram exploded view of trimming assembly in embodiment；
Fig. 9 is the schematic perspective view of agitating device in embodiment；
Figure 10 is the schematic perspective view of driving device in embodiment；
Description of symbols:
Winding drum hoist 1, feeding device 2, vibration motor 21, fixed bracket 22, feed bin 23, feeding plate 24, agitating device
3, agitator 31, agitating shaft 32, stirring motor 33, paddle 34, mounting rack 35, molding machine 4, the first roller 41, the second rolling
Cylinder 42, forming tank 43, rotary shaft 44, the first support component 46, the second support component 47, the first column 471, the second column 472,
First semi-circular groove 473, the second bolt hole 474, bearing 475, fastener 476, the second semi-circular groove 477, the first bolt hole 478,
Driving device 5, driving motor 51, speed reducer 52, first gear 53, second gear 54, cleaning assembly 6, heat pump 61, guide plate
62, spring 63, sponge ball 64, air nozzle 65, trimming assembly 7, support plate 71, conflict plate 72, mounting plate 73, sliding rail 74, sliding block
75, gas spring 76, sieve 8.
Specific embodiment
Multiple embodiments of the invention will be disclosed with schema below, as clearly stated, the details in many practices
It will be explained in the following description.It should be appreciated, however, that the details in these practices is not applied to limit the present invention.Also
It is to say, in some embodiments of the invention, the details in these practices is non-essential.In addition, for the sake of simplifying schema,
Some known usual structures and component will be painted it in the drawings in simply illustrative mode.
In addition, the description for being such as related to " first ", " second " in the present invention is used for description purposes only, not especially censure
The meaning of order or cis-position, also non-to limit the present invention, the component described just for the sake of difference with same technique term
Or operation, it is not understood to indicate or imply its relative importance or implicitly indicates the number of indicated technical characteristic
Amount." first " is defined as a result, the feature of " second " can explicitly or implicitly include at least one of the features.In addition, each
Technical solution between a embodiment can be combined with each other, but must can be implemented as base with those of ordinary skill in the art
Plinth will be understood that the combination of this technical solution is not present when conflicting or cannot achieve when occurs in the combination of technical solution,
Also not the present invention claims protection scope within.
Referring to figs. 1 to a kind of pressure ball equipment for Fluorite pellet production shown in Fig. 10, includes pedestal, further include having rolling
Drum hoisting machine 1, feeding device 2, the agitating device 3 for stirring Fluorspar Powder, for Fluorspar Powder balling-up molding machine 4 and be used for
The driving device 5 of molding machine 4 is driven, the middle position on pedestal top is arranged in the molding machine 4, and feeding device 2 is arranged
In the top of molding machine 4, agitating device 3 is mounted on the top of pedestal and is located at the side of molding machine 4, winding drum hoist
1 setting is between molding machine 4 and agitating device 3 and agitating device 3 passes through winding drum hoist 1 and 2 connection of feeding device, institute
Driving device 5 is stated to be mounted on the top of pedestal and be located at the other side of molding machine 4.
The molding machine 4 includes the first roller 41, second tin roller 42, the first support component 46 and the second support component
47, it is angularly set along the circumferencial direction of the first roller 41 or second tin roller 42 on the outer wall of the first roller 41 and second tin roller 42
Be equipped with it is several line up type groove 43, the first roller 41 and second tin roller 42 are arranged in parallel and the first roller 41 and second tin roller 42
Outer wall is bonded to each other, and the both ends of the first roller 41 and second tin roller 42 are provided with a rotary shaft 44, and the first roller 41 passes through
44 axis of rotary shaft connects in the first support component 46 of installation, and second tin roller 42 is connect by 44 axis of rotary shaft and is mounted on the second support component
On 47.By pouring into Fluorspar Powder between the first roller 41 and second tin roller 42, Fluorspar Powder can be by the first roller 41 and the second rolling
The extruding of forming tank 43 on cylinder 42 forms spherical, it should be noted that the first roller 41 and second tin roller 42 are in rotation first
Forming tank 43 on roller 41 and second tin roller 42 is bonded to each other channel-shaped spherical in shape, whereabouts meeting after Fluorspar Powder squeezes in spherical groove
It is spherical state.
First support component 46 is identical with 47 structure setting of the second support component and includes 471 He of the first column
Second column 472, first column 471 and the state in a vertical shape of the second column 472 are arranged and are parallel to each other, the first column
471 and second the top of column 472 be provided with the first semi-circular groove 473 and the second bolt hole 474, the first column 471 and second
The side on 472 top of column is provided with fastener 476, one end of fastener 476 and 472 top of the first column 471 or the second column
Side it is hinged, the second semi-circular groove 477 and two the first bolts hole 478, the first semi-circular groove 473 are provided on fastener 476
It is inside provided with bearing 475, the rotary shaft 44 at 42 both ends of the first roller 41 or second tin roller is plugged in respectively to be located at side bearing 475
Inner ring, be additionally provided with cleaning assembly 6 between first column 471 and the second column 472, the first of the first support component 46
Column 471 and the second column 472 are mounted on bottom plate, and the bottom end of the second support component 47 is provided with trimming assembly 7.First roller
41 and second tin roller 42 it is fixed by the first support component 46 and the second support component 47 and be that axis connects state, the first roller 41
It is plugged in bearing 475 when with the installation of second tin roller 42 and is being fastened bearing 475 by fastener 476, so that fixed.
The cleaning assembly 6 includes heat pump 61, guide plate 62, several springs 63, several sponge balls 64 and several
A air nozzle 65, the heat pump 61 are arranged in the top of bottom plate and are located at the side of molding machine 4, and the setting of guide plate 62 is the
Between one column 471 and the second column 472 and guide plate 62 is obliquely installed towards between the first roller 41 and second tin roller 42,
The two sides distribution of guide plate 62 is connect with the first column 471 and the second column 472, several spring 63 states in a vertical shape peace
On guide plate 62 and each spring 63 is corresponding with a forming tank 43, and each distribution of sponge ball 64 is arranged in a spring
63 top and sponge ball 64 is bonded with the outer wall of the first roller 41 or second tin roller 42, several air nozzles 65 are installed in
On guide plate 62 and it is located at the rear of spring 63, the output end of each air nozzle 65 is towards 43 side of forming tank in a row
To setting, the other end of all air nozzles 65 is connect with heat pump 61.Two forming tanks 43 of the first roller 41 and second tin roller 42
Fluorite pellet can be squeezed out after fitting, Fluorite pellet is fallen after two forming tanks 43 separation of the first roller 41 and second tin roller 42, is fallen
After lower in forming tank 43 may there are residue, the inside have the forming tank 43 of residue do squeeze next time when, molding fluorite
Club has that particle is irregular, so by the rotation of the first roller 41 and second tin roller 42 so that forming tank 43 is passing through cleaning group
When part 6, side can be wiped by sponge ball 64 first, then can be blown by air nozzle 65 once, can effectively clear up residue, sponge
It is supported when 64 bottom end of ball by spring 63, so that having some elasticity will not be broken off.
The trimming assembly 7 includes support plate 71, contradicts plate 72,73, two sliding rails 74 of mounting plate and two sliding blocks 75,
The support plate 71, which is in a horizontal state, is arranged in the bottom end of the first column 471 and the second column 472, contradicts the setting of plate 72 and is supporting
The centre of 71 bottom end of plate is located at, and two sliding rails 74, which are arranged in parallel and are in a horizontal state, to be mounted on bottom plate, and two sliding blocks 75 are pacified
The side of plate 72 is contradicted mounted in the bottom end and being located at of support plate 71, each sliding block 75 is slidably matched with a sliding rail 74,
One end of sliding rail 74 is arranged in the mounting plate 73, is also set up on mounting plate 73 there are two gas spring 76, two gas springs 76 are in
Horizontal encapsulation setting and output end direction contradict plate 72 and 41 direction of the first roller is arranged, the output end of gas spring 76 and conflict
Plate 72 connects.By the setting of trimming assembly 7 so that during pressure ball the inhomogeneities of raw material and discharge quantity variation,
Often there is main roller and can be eliminated from the stuck situation of idler wheel putty by the elasticity of gas spring 76.
The driving device 5 includes driving motor 51, speed reducer 52, first gear 53 and second gear 54, driving electricity
The output end of machine 51 is connect with the input terminal of speed reducer 52, the side of first gear 53 and the output axis connection of speed reducer 52, the
The other side of one gear 53 is connect with the rotary shaft 44 of the first roller 41, and second gear 54 is mounted on the rotary shaft of second tin roller 42
On 44, first gear 53 is engaged with second gear 54.Speed reducer 52 is driven by driving motor 51, speed reducer 52 drives the first tooth
53 rotation of wheel, first gear 53 drive second gear 54 and the first roller 41, and second gear 54 drives second tin roller 42, so that the
It is synchronous and opposite when one roller 41 is with the rotation of second tin roller 42.It should be noted that the distance that trimming assembly 7 is mobile
It is limited, limited block is provided on sliding rail 74, first gear 53 and second gear 54 are without departing from nibbling in moving process
Conjunction state.
The feeding device 2 includes vibration motor 21, fixed bracket 22, feed bin 23 and feeding plate 24, the fixed branch
The side in 42 middle position of the first roller 41 and second tin roller is arranged in the state in a vertical shape of frame 22, and feed bin 23 is mounted on fixed bracket
The side on 22 tops and the middle position for being located at the first roller 41 and second tin roller 42, the feed bin 23 are rectangular funnel formula knot
Structure, the first roller of feed opening face 41 of 23 bottom end of feed bin and the joint place of second tin roller 42, the feeding plate 24 are plugged in material
In storehouse 23 and feeding plate 24 is flexibly connected by bolt with feed bin 23, and vibration motor 21 is mounted on the outer wall of feed bin 23.Pass through
The setting of feed bin 23 allows the position of blanking accurate, and feed bin 23 passes through fixed bracket 22 and installs, and the setting of feeding plate 24 is
In order to adjust the speed of blanking, by the vibration of vibration motor 21 so that the Fluorspar Powder in feed bin 23 sweeps away material mouth and falls, logical
It crosses feeding plate 24 and controls the size of feed opening in order to coutroi velocity.
The agitating device 3 includes agitator 31, agitating shaft 32, stirring motor 33 and mounting rack 35, the agitator
31 be column barrel assembling structure, agitating shaft 32 through agitator 31 and with 31 coaxial line of agitator, mounting rack 35 is mounted on bottom
The fourth of seat, agitator 31 connects through 32 frame of agitating shaft on mounting rack 35 and with 35 axis of mounting rack, the stirring motor 33
The side of agitator 31 is set, and one end of agitating shaft 32 is provided with driven wheel, and the output end of stirring motor 33 is provided with actively
Wheel, driving wheel are connect with driven wheel by belt, and closeable feed inlet and outlet, winding drum hoist 1 are additionally provided on agitator 31
Feed inlet be located at the lower section of agitator 31.Driving agitating shaft 32 by stirring motor 33, agitating shaft 32 drives agitator now
Fluorspar Powder is led to feed inlet and outlet downwards after the completion of stirring so that Fluorspar Powder and other auxiliary materials stir inside it by 31 rotations
Winding drum hoist 1 is crossed to be delivered in feed bin 23.
Inside on the agitating shaft 32 positioned at agitator 31 is additionally provided with several paddles 34.Setting paddle 34 makes
It must stir more abundant.
It is located at below 42 joint place of the first roller 41 and second tin roller on the pedestal and is additionally provided with material-dropping hole, material-dropping hole
Bottom end be tiltedly installed with sieve 8, one end of sieve 8 is mounted on the bottom end of pedestal, and sieve 8 is iron wire web frame.Pass through setting
Sieve 8 leaks out so that the powder and some little particles that fall can rush in the mesh of sieve 8, and molding Fluorite pellet can be along inclination
The sieve 8 of setting is mobile.
Fluorspar Powder and auxiliary material: being stirred by working principle by agitating device 3, passes through winding drum hoist after the completion of stirring
1 is delivered to Fluorspar Powder in feed bin 23, and Fluorspar Powder can be shaken off from feed opening by vibration motor 21 in feed bin 23 and fall to first
In the gap of roller 41 and second tin roller 42, Fluorspar Powder is squeezed into firefly by forming tank 43 by the first roller 41 and second tin roller 42
Stone ball, the molding ball for squeezing completion are moved to next process by sieve 8, it should be noted that the cleaning assembly 6 of this equipment
Setting make forming tank 43 interior in next task so that each forming tank 43 can be cleaned one time after the completion of extruding
Portion does not have residue, improves to the arriving for outer wall smoothness of Fluorite pellet.
The upper only embodiments of the present invention, are not intended to restrict the invention.For those skilled in the art
For, the invention may be variously modified and varied.All any modifications made in spirit and principles of the present invention are equal
Replacement, improvement etc., should all be included within scope of the presently claimed invention.
Claims (10)
1. a kind of pressure ball equipment for Fluorite pellet production, includes pedestal, it is characterised in that: further include having winding drum hoist
(1), feeding device (2), the agitating device (3) for stirring Fluorspar Powder, for Fluorspar Powder balling-up molding machine (4) and be used for
The driving device (5) of molding machine (4) is driven, the middle position on pedestal top, feeding device is arranged in the molding machine (4)
(2) it is arranged in the top of molding machine (4), agitating device (3) is mounted on the top of pedestal and positioned at the one of molding machine (4)
Side, winding drum hoist (1) is arranged between molding machine (4) and agitating device (3) and agitating device (3) is promoted by roller
Machine (1) and feeding device (2) connection, the driving device (5) are mounted on the top of pedestal and are located at the another of molding machine (4)
Side.
2. a kind of pressure ball equipment for Fluorite pellet production according to claim 1, it is characterised in that: the molding machine
It (4) include the first roller (41), second tin roller (42), the first support component (46) and the second support component (47), the first rolling
It is angularly set on the outer wall of cylinder (41) and second tin roller (42) along the circumferencial direction of the first roller (41) or second tin roller (42)
Be equipped with it is several line up type groove (43), the first roller (41) and second tin roller (42) is arranged in parallel and the first roller (41) and second
The outer wall of roller (42) is bonded to each other, and the both ends of the first roller (41) and second tin roller (42) are provided with a rotary shaft
(44), the first roller (41) is connect in installation the first support component (46) by rotary shaft (44) axis, and second tin roller (42) passes through rotation
Shaft (44) axis, which connects, to be mounted on the second support component (47).
3. a kind of pressure ball equipment for Fluorite pellet production according to claim 2, it is characterised in that: first support
Component (46) is identical with the second support component (47) structure setting and includes the first column (471) and the second column (472),
First column (471) and the second column (472) state in a vertical shape are arranged and are parallel to each other, the first column (471) and the
The top of two columns (472) is provided with the first semi-circular groove (473) and the second bolt hole (474), the first column (471) and second
The side on column (472) top is provided with fastener (476), one end of fastener (476) and the first column (471) or the second column
(472) side on top is hinged, and the second semi-circular groove (477) and two the first bolts hole (478) are provided on fastener (476),
It is provided with bearing (475) in first semi-circular groove (473), the rotary shaft (44) at the first roller (41) or second tin roller (42) both ends
It is plugged in the inner ring positioned at same side bearing (475) respectively, is also set up between first column (471) and the second column (472)
Having cleaning assembly (6), the first column (471) and the second column (472) of the first support component (46) are mounted on bottom plate, and second
The bottom end of support component (47) is provided with trimming assembly (7).
4. a kind of pressure ball equipment for Fluorite pellet production according to claim 3, it is characterised in that: the cleaning assembly
It (6) include heat pump (61), guide plate (62), several springs (63), several sponge balls (64) and several air nozzles
(65), the heat pump (61) is arranged in the top of bottom plate and is located at the side of molding machine (4), and guide plate (62) setting is the
Between one column (471) and the second column (472) and guide plate (62) towards the first roller (41) and second tin roller (42) it
Between be obliquely installed, the distribution of the two sides of guide plate (62) is connect with the first column (471) and the second column (472), described in several
Spring (63) state in a vertical shape is mounted on guide plate (62) and each spring (63) is corresponding with one forming tank (43), each
Top and sponge ball (64) and first roller (41) or second tin roller of sponge ball (64) the distribution setting in a spring (63)
(42) outer wall fitting, several air nozzles (65) are installed in the rear on guide plate (62) and being located at spring (63), often
The output end of a air nozzle (65) is arranged towards forming tank (43) direction in a row, the other end of all air nozzles (65)
It is connect with heat pump (61).
5. a kind of pressure ball equipment for Fluorite pellet production according to claim 4, it is characterised in that: the trimming assembly
(7) include support plate (71), contradict plate (72), mounting plate (73), two sliding rails (74) and two sliding blocks (75), the support
Plate (71) is in a horizontal state setting in the bottom end of the first column (471) and the second column (472), contradicts plate (72) setting and is supporting
The centre of plate (71) bottom end is located at, and two sliding rails (74) are arranged in parallel and are in a horizontal state and are mounted on bottom plate, two sliding blocks
(75) it is mounted on the bottom end of support plate (71) and is located at the side for contradicting plate (72), each sliding block (75) and a sliding rail
(74) it is slidably matched, the mounting plate (73) setting also sets up that there are two gas bullets on one end of sliding rail (74), mounting plate (73)
Spring (76), two gas springs (76) are arranged in horizontal encapsulation and output end direction contradicts plate (72) and the first roller (41) direction
Setting, the output end of gas spring (76) are connect with plate (72) are contradicted.
6. a kind of pressure ball equipment for Fluorite pellet production according to claim 5, it is characterised in that: the driving device
(5) include driving motor (51), speed reducer (52), first gear (53) and second gear (54), driving motor (51) it is defeated
Outlet is connect with the input terminal of speed reducer (52), the side of first gear (53) and the output axis connection of speed reducer (52), and first
The other side of gear (53) is connect with the rotary shaft (44) of the first roller (41), and second gear (54) is mounted on second tin roller (42)
Rotary shaft (44) on, first gear (53) is engaged with second gear (54).
7. a kind of pressure ball equipment for Fluorite pellet production according to claim 6, it is characterised in that: the feeding device
It (2) include vibration motor (21), fixed bracket (22), feed bin (23) and feeding plate (24), the fixed bracket (22) is in perpendicular
The side in the first roller (41) and second tin roller (42) middle position is arranged in straight state, and feed bin (23) is mounted on fixed bracket
(22) side on top and the middle position positioned at the first roller (41) and second tin roller (42), the feed bin (23) are rectangle
Funnel structure, first roller of feed opening face (41) of feed bin (23) bottom end and the joint place of second tin roller (42), it is described to put
Flitch (24) is plugged in feed bin (23) and feeding plate (24) is flexibly connected by bolt with feed bin (23), vibration motor (21)
It is mounted on the outer wall of feed bin (23).
8. a kind of pressure ball equipment for Fluorite pellet production according to claim 7, it is characterised in that: the agitating device
It (3) include agitator (31), agitating shaft (32), stirring motor (33) and mounting rack (35), the agitator (31) is cylinder
Shape barreled structure, agitating shaft (32) through agitator (31) and with agitator (31) coaxial line, mounting rack (35) is mounted on bottom
The fourth of seat, agitator (31) connects through agitating shaft (32) frame on mounting rack (35) and with mounting rack (35) axis, described to stir
It mixes motor (33) to be arranged in the side of agitator (31), one end of agitating shaft (32) is provided with driven wheel, stirring motor (33)
Output end is provided with driving wheel, and driving wheel is connect with driven wheel by belt, be additionally provided on agitator (31) it is closeable into
Discharge port, the feed inlet of winding drum hoist (1) are located at the lower section of agitator (31).
9. a kind of pressure ball equipment for Fluorite pellet production according to claim 8, it is characterised in that: the agitating shaft
(32) inside on positioned at agitator (31) is additionally provided with several paddles (34).
10. a kind of pressure ball equipment for Fluorite pellet production according to claim 9, it is characterised in that: on the pedestal
It is additionally provided with material-dropping hole below the first roller (41) and second tin roller (42) joint place, the bottom end of material-dropping hole is obliquely installed
Have sieve (8), one end of sieve (8) is mounted on the bottom end of pedestal, and sieve (8) is iron wire web frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811294322.6A CN109367107A (en) | 2018-11-01 | 2018-11-01 | A kind of pressure ball equipment for Fluorite pellet production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811294322.6A CN109367107A (en) | 2018-11-01 | 2018-11-01 | A kind of pressure ball equipment for Fluorite pellet production |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109367107A true CN109367107A (en) | 2019-02-22 |
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ID=65396921
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811294322.6A Pending CN109367107A (en) | 2018-11-01 | 2018-11-01 | A kind of pressure ball equipment for Fluorite pellet production |
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| Country | Link |
|---|---|
| CN (1) | CN109367107A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110202823A (en) * | 2019-05-29 | 2019-09-06 | 广德林峰科技有限公司 | A kind of pressure setting of Fluorite pellet |
| CN114393873A (en) * | 2022-01-19 | 2022-04-26 | 唐山明诚矿业有限公司 | Full automatization fluorite ball production line |
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| CN114393873B (en) * | 2022-01-19 | 2023-09-15 | 唐山明诚矿业有限公司 | Full-automatic fluorite ball production line |
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Application publication date: 20190222 |