CN108467940A - A kind of metallurgic auxiliary materials anti-clogging blanking device - Google Patents
A kind of metallurgic auxiliary materials anti-clogging blanking device Download PDFInfo
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- CN108467940A CN108467940A CN201810493262.4A CN201810493262A CN108467940A CN 108467940 A CN108467940 A CN 108467940A CN 201810493262 A CN201810493262 A CN 201810493262A CN 108467940 A CN108467940 A CN 108467940A
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- Prior art keywords
- belt
- ball
- blanking device
- cutting agency
- shaft
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- C—CHEMISTRY; METALLURGY
- C22—METALLURGY; FERROUS OR NON-FERROUS ALLOYS; TREATMENT OF ALLOYS OR NON-FERROUS METALS
- C22B—PRODUCTION AND REFINING OF METALS; PRETREATMENT OF RAW MATERIALS
- C22B1/00—Preliminary treatment of ores or scrap
- C22B1/14—Agglomerating; Briquetting; Binding; Granulating
- C22B1/24—Binding; Briquetting ; Granulating
- C22B1/2406—Binding; Briquetting ; Granulating pelletizing
Abstract
The invention discloses a kind of metallurgic auxiliary materials anti-clogging blanking device, structure includes blanking device, belt dust cover, ball press, supporting rack, transmission shaft, Antileaking plate, motor；It will not be blocked when granular material blanking to realize that a kind of metallurgic auxiliary materials anti-clogging blanking device can allow, cutting agency is equipped in blanking device, it introduces a material on cutting agency, cutting agency introduces a material into ball press and closes blanking entrance automatically, avoid the entrance of dust that the quality of production is caused to go wrong, by assisting cutting agency to be increased by the friction of raw material, increasing mobility prevents from blocking, the object bulk powder for driving pressing mechanism there will likely be using driving mechanism is squeezed, the object bulk powder after extruding is uniformly shaken in ball press by vibrating mechanism, it is not gone under avoiding top from expecting, it is uneven and timely so as to cause blanking, the problem of influencing the quality and productivity of metallurgic auxiliary materials balling-up.
Description
Technical field
The present invention is a kind of metallurgic auxiliary materials anti-clogging blanking device, belongs to blanking equipment technical field.
Background technology
Metallurgic auxiliary materials are essential additives in metallurgy industry steelmaking process as the auxiliary product in steel-making,
There is large effect for the effect finally smelted.In the different phase of ironmaking and steelmaking process, need addition different
Metallurgic auxiliary materials to ensure metallurgical effect.And metallurgic auxiliary materials are before upper stove use, it usually needs suppressed using ball press
Balling-up, in order to smelt and calcine into stove.
In the prior art, after typically metallurgic auxiliary materials being matched as required with powder, the feed inlet through blanking device into
Enter blanking device, and make the discharge port for falling on blanking device under it using the dead weight of material, balling-up is suppressed hence into ball press.But object
After material enters blanking device, since the mobility of granular material is poor, there are frictional force between material, easily material are made to block mutually,
" bridging " phenomenon is even generated, i.e., forms lower part " hole " inside material, is not gone under the material of top, it is uneven so as to cause blanking
With it is timely, influence the quality and productivity of metallurgic auxiliary materials balling-up.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of metallurgic auxiliary materials anti-clogging blanking device, with
It solves since the mobility of granular material is poor, there are frictional force between material, easily material are made to block mutually, or even generate and " take
Bridge " phenomenon forms lower part " hole " that is, inside material, is not gone under the material of top, uneven and timely so as to cause blanking, influences
The problem of quality and productivity of metallurgic auxiliary materials balling-up.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of metallurgic auxiliary materials are with anti-blocking
Blanking device is filled in, structure includes blanking device, belt dust cover, ball press, supporting rack, transmission shaft, Antileaking plate, motor；
The blanking device is vertically installed at ball press top, and the ball press is equipped with belt dust cover, described
Ball press and the flexible connection of belt dust cover, the ball press front end has supporting rack, the ball press and supporting rack
Welding, the supporting rack are equipped with transmission shaft, and the supporting rack and transmission shaft are gap-matched, on the transmission shaft
Equipped with Antileaking plate, using interference fit, ball press right side is equipped with motor, described for the Antileaking plate and supporting rack
Ball press and motor match；
The blanking device by shell, driving mechanism, the first driving belt, pressing mechanism, vibrating mechanism, supporting mechanism,
Cutting agency, auxiliary cutting agency composition, the enclosure interior bottom end is equipped with driving mechanism, the shell and driving mechanism
It is connected, pressing mechanism, the driving mechanism and pressing mechanism is equipped on the right side of the driving mechanism and passes through the first transmission
Belt transmission connects, and the pressing mechanism is equipped with vibrating mechanism, and the pressing mechanism and vibrating mechanism match, described
Enclosure interior on the right side of be equipped with supporting mechanism, the shell is connected with supporting mechanism, and the supporting mechanism is equipped with
Cutting agency, the supporting mechanism and cutting agency flexible connection, cutting agency left side are equipped with auxiliary blanking machine
Structure, the cutting agency and auxiliary cutting agency match.
Further, the driving mechanism includes handwheel, the first belt shaft, the second driving belt, the second belt shaft, cone
Gear, toothed disc, the first belt pulley, the first belt shaft left end are equipped with handwheel, first belt shaft and handwheel
Welding, first belt shaft have the second belt shaft, first belt shaft and the second belt shaft and are passed by second
Dynamic belt transmission connection, the second belt shaft right end are equipped with bevel gear, and second belt shaft and bevel gear are fixed
Connection, the bevel gear are equipped with toothed disc, and the bevel gear and toothed disc are meshed, the toothed disc centre position
It is equipped with the first belt pulley, the toothed disc and the first belt pulley mechanical connection, first belt pulley and pressing mechanism
It is sequentially connected by the first driving belt.
Further, the pressing mechanism include oscillating rod, pulley, the second belt pulley, cam, sliding slot, pressure-ram,
Bolt, the cam eccentric position is equipped with the second belt pulley, the cam and the second belt pulley mechanical connection, described
Cam is equipped with oscillating rod, and the cam and oscillating rod are slidably matched by pulley, and the oscillating rod top, which is equipped with, to be squeezed
Press push rod, the oscillating rod and pressure-ram match, and the pressure-ram is equipped with bolt, the pressure-ram and
Bolt is gap-matched, and the bolt is located in sliding slot and the two is slidably matched, the cam and vibrating mechanism phase
Connection.
Further, the vibrating mechanism includes driving gear, chain, actively convex ball, driven gear, driven convex
Ball, shake sieve, and the driving gear left is equipped with driven gear, and the driving gear and driven gear pass through chain
It is sequentially connected, the chain surface is equipped with actively convex ball, and the chain is connected with actively convex ball, described
Chain be equipped with and shake sieve, the sieve that shakes has a driven convex ball, described to shake sieve and driven convex ball is fixed
Connection, the chain and the sieve that shakes coordinate driven convex ball to be sequentially connected by actively convex ball.
Further, the supporting mechanism includes concave magnet, balladeur train, pull rod, the first spring, is set in the balladeur train
There are pull rod, the balladeur train and pull rod to be slidably matched, the pull rod left end is equipped with concave magnet, the pull rod and concave
Magnet glue connection, the concave magnet are connected with balladeur train by the first spring, and the concave magnet and cutting agency are lived
Dynamic connection.
Further, the cutting agency include stock supporting plate, it is second spring, the first Wire winding shaft, the first bracing wire, first fixed
Pulley, the second Wire winding shaft, dustproof cover, handle, ball-type magnet, the stock supporting plate left end are equipped with ball-type magnet, and described holds
Flitch is fixedly connected with ball-type magnet, and the stock supporting plate right end is equipped with the first Wire winding shaft, the stock supporting plate and has first
Wire winding shaft is threadedly coupled, and the stock supporting plate has second spring, and the stock supporting plate is connected with second spring, described
Dustproof cover is equipped with above first Wire winding shaft, second Wire winding shaft is mounted under dustproof cover, second Wire winding shaft and
First Wire winding shaft is sequentially connected by the first bracing wire, and first bracing wire is equipped with the first fixed pulley, first bracing wire
It is slidably matched with the first fixed pulley, the dustproof cover centre position is equipped with handle, the dustproof cover and handle welding.
Further, the auxiliary cutting agency includes assisting blanking plate, the second bracing wire, the second fixed pulley, described
Second bracing wire suspended on auxiliary blanking plate after bypassing the second fixed pulley, and second bracing wire and auxiliary blanking plate are matched using gap
It closes.
Further, first belt pulley and the second belt pulley are sequentially connected by the first driving belt.
Further, described to shake sieve and pressure-ram is mutually parallel.
Further, the auxiliary blanking plate is connected with ball-type magnet by the second bracing wire.
Advantageous effect
A kind of metallurgic auxiliary materials anti-clogging blanking device of the present invention, by metallurgic auxiliary materials when user wants using the present invention
After being matched as required with powder, be put into blanking device, when powder material fall on stock supporting plate reach it is a certain amount of when, stock supporting plate by
After gravity, one end tilts down automatically, and when stock supporting plate tilts to a certain extent, ball-type magnet is inhaled by the magnetic force of concave magnet
Draw and be connected, stock supporting plate and the first Wire winding shaft match, and the first Wire winding shaft coordinates the first fixed pulley to pull by the first bracing wire
Second Wire winding shaft rotates so that the second Wire winding shaft drives dustproof cover to be automatically closed, and blocks the entrance of dust, stock supporting plate fall when
It waits and coordinates the second fixed pulley band dynamic auxiliary blanking plate up to move using the second bracing wire, the powder material fallen down is allowed to be rubbed
Wiping increases mobility, it is made not result in blockage, and pull rod is turned right pulling, allows ball-type magnet and concave magnet to separate, makes
Stock supporting plate is in situ by return after the elastic force rebound of second spring, when powder material is fallen when shaking on sieve, if there is object block
Shape is not fallen out then, drives the rotation of the first belt shaft by rotation hand wheel, the first belt shaft is by the second driving belt by kinetic energy
The second belt shaft is passed to, the second belt shaft is fixedly connected with bevel gear, and bevel gear drives the first belt to rotate by toothed disc
Dynamic, the first belt pulley and the second belt pulley are sequentially connected by the first driving belt, and the second belt pulley and driving gear pass through convex
Wheel matches, and cam is swung using pulley driving oscillating rod so that the object that oscillating rod will be shaken on sieve by pressure-ram
Blocky powder is squeezed, and driving gear is recycled to drive driven gear rotation, chain to be equipped with two by chain
A above convex ball of active, actively convex ball impact shake the driven convex ball under sieve, the powder material on sieve that causes to shake falls into pressure
In ball machine.
It will not be blocked when granular material blanking to realize that a kind of metallurgic auxiliary materials anti-clogging blanking device can allow, blanking device
It is interior to be equipped with cutting agency, it introduces a material on cutting agency, cutting agency is introduced a material into automatically in ball press and under closing
Expect entrance, avoid the entrance of dust that the quality of production is caused to go wrong, by assisting cutting agency to be increased by the friction of raw material, increases
Mobility is added to prevent from blocking, the object bulk powder for driving pressing mechanism there will likely be using driving mechanism is squeezed, and is led to
It crosses vibrating mechanism the object bulk powder after extruding uniformly shakes in ball press, not gone under avoiding top from expecting, so as to cause under
Expect uneven and timely, the problem of influencing the quality and productivity of metallurgic auxiliary materials balling-up.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of metallurgic auxiliary materials anti-clogging blanking device of the present invention.
Fig. 2 is a kind of sectional view of metallurgic auxiliary materials anti-clogging blanking device of the present invention.
Fig. 3 is a kind of working state structure schematic diagram of metallurgic auxiliary materials anti-clogging blanking device of the present invention.
Fig. 4 is a kind of enlarged drawing of metallurgic auxiliary materials anti-clogging blanking device A of the present invention.
In figure：Blanking device -1, belt dust cover -2, ball press -3, supporting rack -4, transmission shaft -5, Antileaking plate -6, motor -
7, shell -101, driving mechanism -102, the first driving belt -103, pressing mechanism -104, vibrating mechanism -105, supporting mechanism -
106, cutting agency -107, auxiliary cutting agency -108, handwheel -1021, the first belt shaft -1022, the second driving belt -
1023, the second belt shaft -1024, bevel gear -1025, toothed disc -1026, the first belt pulley -1027, oscillating rod -1041, cunning
Take turns the -1042, second belt pulley -1043, cam -1044, sliding slot -1045, pressure-ram -1046, bolt -1047, driving gear -
1051, chain -1052, actively convex ball -1053, driven gear -1054, driven convex ball -1055, the sieve -1056 that shakes, concave
Magnet -1061, balladeur train -1062, pull rod -1063, the first spring -1064, stock supporting plate -1071, second spring -1072, first are received
Spool -1073, the first bracing wire -1074, the first fixed pulley -1075, the second Wire winding shaft -1076, dustproof cover -1077, handle -
1078, ball-type magnet -1079, auxiliary blanking plate -1081, the second bracing wire -1082, the second fixed pulley -1083.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
Please refer to Fig.1-Fig. 4, the present invention provides a kind of metallurgic auxiliary materials anti-clogging blanking device, structure include blanking device 1,
Belt dust cover 2, ball press 3, supporting rack 4, transmission shaft 5, Antileaking plate 6, motor 7；
The blanking device 1 is vertically installed at 3 top of ball press, and the ball press 3 is equipped with belt dust cover 2, institute
Ball press 3 and belt dust cover 2 flexible connection stated, 3 front end of ball press has supporting rack 4, the ball press 3
It being welded with supporting rack 4, the supporting rack 4 is equipped with transmission shaft 5, and the supporting rack 4 and transmission shaft 5 are gap-matched,
The transmission shaft 5 is equipped with Antileaking plate 6, the Antileaking plate 6 and supporting rack 4 using interference fit, and the ball press 3 is right
Side is equipped with motor 7, and the ball press 3 and motor 7 match；
The blanking device 1 is by shell 101, driving mechanism 102, the first driving belt 103, pressing mechanism 104, bobbing machine
Structure 105, supporting mechanism 106, cutting agency 107, auxiliary cutting agency 108 form, and 101 inner bottom of shell, which is equipped with, drives
Motivation structure 102, the shell 101 are connected with driving mechanism 102, and 102 right side of driving mechanism is equipped with extruder
Structure 104, the driving mechanism 102 and pressing mechanism 104 are sequentially connected by the first driving belt 103, the extruder
Structure 104 is equipped with vibrating mechanism 105, and the pressing mechanism 104 and vibrating mechanism 105 match, inside the shell 101
Right side is equipped with supporting mechanism 106, and the shell 101 is connected with supporting mechanism 106, is set on the supporting mechanism 106
There are cutting agency 107, the supporting mechanism 106 and cutting agency 107 to be flexibly connected, on 107 left side of cutting agency
Equipped with auxiliary cutting agency 108, the cutting agency 107 and auxiliary cutting agency 108 match；
The driving mechanism 102 includes handwheel 1021, the first belt shaft 1022, the second driving belt 1023, the second skin
Tape spool 1024, bevel gear 1025, toothed disc 1026, the first belt pulley 1027,1022 left end of the first belt shaft are equipped with
Handwheel 1021, first belt shaft 1022 and handwheel 1021 weld, and first belt shaft 1022 has the second skin
Tape spool 1024, first belt shaft 1022 and the second belt shaft 1024 are sequentially connected by the second driving belt 1023, institute
1024 right end of the second belt shaft stated is equipped with bevel gear 1025, and second belt shaft 1024 and bevel gear 1025, which are fixed, to be connected
It connects, the bevel gear 1025 is equipped with toothed disc 1026, and the bevel gear 1025 and toothed disc 1026 are meshed, described
1026 centre position of toothed disc is equipped with the first belt pulley 1027, and the toothed disc 1026 and 1027 machinery of the first belt pulley are even
It connects, first belt pulley 1027 and pressing mechanism 104 are sequentially connected by the first driving belt 103；
The pressing mechanism 104 includes oscillating rod 1041, pulley 1042, the second belt pulley 1043, cam 1044, sliding slot
1045, pressure-ram 1046, bolt 1047,1044 eccentric position of cam is equipped with the second belt pulley 1043, described
Cam 1044 and the second belt pulley 1043 mechanical connection, the cam 1044 are equipped with oscillating rod 1041, the cam
1044 and oscillating rod 1041 be slidably matched by pulley 1042,1041 top of oscillating rod be equipped with pressure-ram 1046,
The oscillating rod 1041 and pressure-ram 1046 matches, and the pressure-ram 1046 is equipped with bolt 1047, described
Pressure-ram 1046 and bolt 1047 are gap-matched, and the bolt 1047 is located in sliding slot 1045 and the two sliding is matched
It closes, the cam 1044 is connected with vibrating mechanism 105；
The vibrating mechanism 105 includes driving gear 1051, chain 1052, actively convex ball 1053, driven gear
1054, driven convex ball 1055, shake sieve 1056,1051 left of driving gear be equipped with driven gear 1054, the master
Moving gear 1051 and driven gear 1054 are sequentially connected by chain 1052, and 1052 surface of chain is equipped with
Actively convex ball 1053, the chain 1052 are connected with actively convex ball 1053, and the chain 1052 is equipped with
Shake sieve 1056, and the sieve 1056 that shakes has driven convex ball 1055, shake sieve 1056 and the driven convex ball 1055
It is fixedly connected, the chain 1052 and the sieve 1056 that shakes coordinate the driven transmission of convex ball 1055 to connect by actively convex ball 1053
It connects；
The supporting mechanism 106 includes concave magnet 1061, balladeur train 1062, pull rod 1063, the first spring 1064, described
Balladeur train 1062 in be equipped with pull rod 1063, the balladeur train 1062 and pull rod 1063 be slidably matched, 1063 left end of pull rod
It is equipped with concave magnet 1061,1061 glue connection of the pull rod 1063 and concave magnet, the concave magnet 1061 and cunning
Frame 1062 is connected by the first spring 1064, and the concave magnet 1061 and cutting agency 107 are flexibly connected；
The cutting agency 107 includes stock supporting plate 1071, second spring 1072, the first Wire winding shaft 1073, the first bracing wire
1074, the first fixed pulley 1075, the second Wire winding shaft 1076, dustproof cover 1077, handle 1078, ball-type magnet 1079, described holds
1071 left end of flitch is equipped with ball-type magnet 1079, and the stock supporting plate 1071 is fixedly connected with ball-type magnet 1079, described
1071 right end of stock supporting plate be equipped with the first Wire winding shaft 1073, the stock supporting plate 1071 and have 1073 screw thread of the first Wire winding shaft company
It connects, the stock supporting plate 1071 has second spring 1072, and the stock supporting plate 1071 is connected with second spring 1072, institute
1073 top of the first Wire winding shaft stated is equipped with dustproof cover 1077, and second Wire winding shaft 1076 is mounted on 1077 bottom of dustproof cover
Under, second Wire winding shaft 1076 and the first Wire winding shaft 1073 are sequentially connected by the first bracing wire 1074, and described first draws
Line 1074 is equipped with the first fixed pulley 1075, and first bracing wire 1074 and the first fixed pulley 1075 are slidably matched, described
1077 centre position of dustproof cover is equipped with handle 1078, and the dustproof cover 1077 and handle 1078 weld；
Further, the auxiliary cutting agency 108 includes assisting blanking plate 1081, the second bracing wire 1082, second fixed
Pulley 1083, second bracing wire 1082, which bypasses, suspended on auxiliary blanking plate 1081 after the second fixed pulley 1083, and described the
Two bracing wires 1082 and auxiliary blanking plate 1081 are gap-matched, and first belt pulley 1027 and the second belt pulley 1043 are logical
Cross the drive connection of the first driving belt 103, it is described to shake sieve 1056 and pressure-ram 1046 is mutually parallel, under the auxiliary
Flitch 1081 is connected with ball-type magnet 1079 by the second bracing wire 1082.
After matching metallurgic auxiliary materials as required with powder when user wants using the present invention, it is put into blanking device
1, when powder material, which falls on stock supporting plate 1071, reaches a certain amount of, after stock supporting plate 1071 is by gravity, one end tilts down automatically,
When stock supporting plate 1071 tilts to a certain extent, ball-type magnet 1079 is attracted by the magnetic force of concave magnet 1061 and is connected,
Stock supporting plate 1071 and the first Wire winding shaft 1073 match, and the first Wire winding shaft 1073 coordinates the first fixed pulley by the first bracing wire 1074
1075 pull the rotation of the second Wire winding shaft 1076 so that the second Wire winding shaft 1076 drives dustproof cover 1077 to be automatically closed, and blocks dust
Entrance, stock supporting plate 1071 fall when using the second bracing wire 1082 coordinate the second fixed pulley 1083 with dynamic auxiliary blanking plate
1081 up move, and the powder material fallen down is allowed to be increased mobility by friction, it is made not result in blockage, by pull rod
1063 turn right pulling, allow ball-type magnet 1079 and concave magnet 1061 to separate so that stock supporting plate 1071 is by second spring
Return is in situ after 1072 elastic force rebound, when powder material is fallen when shaking on sieve 1056, is not fallen out if having object bulk,
Drive the rotation of the first belt shaft 1022, the first belt shaft 1022 that will be moved by the second driving belt 1023 by rotation hand wheel 1021
The second belt shaft 1024 can be passed to, the second belt shaft 1024 is fixedly connected with bevel gear 1025, and bevel gear 1025 passes through gear
Disk 1026 drives the rotation of the first belt pulley 1027, and the first belt pulley 1027 and the second belt pulley 1043 pass through the first driving belt
103 are sequentially connected, and the second belt pulley 1043 and driving gear 1051 are matched by cam 1044, and cam 1044 utilizes pulley
1042 drive oscillating rods 1041 swing so that the object block that oscillating rod 1041 will be shaken on sieve 1056 by pressure-ram 1046
Shape powder is squeezed, and recycles driving gear 1051 to drive driven gear 1054 to rotate by chain 1052, wheel chain
Item 1052 is equipped with the convex ball 1053 of more than two actives, and actively convex ball 1053 hits the driven convex ball to shake under sieve 1056
1055, cause the powder material to shake on sieve 1056 to fall into ball press 3.
Chain 1052 of the present invention is also referred to as transmission chain, and the structure of transmission chain is by inner link and outer link group
At.It is again by inner plate, and outer plate, axis pin, sleeve, five widget compositions of roller, the quality of chain is depending on axis pin and set
Cylinder.
Problems solved by the invention is since the mobility of granular material is poor, and there are frictional force between material, easily make object
Material blocks mutually, or even generates " bridging " phenomenon, i.e., forms lower part " hole " inside material, is not gone under the material of top, to lead
It causes blanking uneven and timely, influences the quality and productivity of metallurgic auxiliary materials balling-up, the present invention pass through above-mentioned component mutual group
It closes, will not block when granular material blanking to realize that a kind of metallurgic auxiliary materials anti-clogging blanking device can allow, be set in blanking device 1
Have cutting agency 107, introduce a material on cutting agency 107, cutting agency 107 introduce a material into automatically in ball press 3 and
Blanking entrance is closed, avoids the entrance of dust that the quality of production is caused to go wrong, the rubbing of raw material is allowed by assisting cutting agency 108
It wipes and increases, increasing mobility prevents from blocking, and the object for driving pressing mechanism 104 there will likely be using driving mechanism 102 is blocky
Powder is squeezed, and the object bulk powder after extruding is uniformly shaken in ball press 3 by vibrating mechanism 105, avoids top
It is not gone under material, influence the quality and productivity of metallurgic auxiliary materials balling-up the problem of uneven and timely so as to cause blanking.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. a kind of metallurgic auxiliary materials anti-clogging blanking device, structure include blanking device (1), belt dust cover (2), ball press (3),
Supporting rack (4), transmission shaft (5), Antileaking plate (6), motor (7), it is characterised in that：
The blanking device (1) is vertically installed at ball press (3) top, and the ball press (3) is equipped with belt dust cover
(2), the ball press (3) and belt dust cover (2) flexible connection, the ball press (3) front end has supporting rack
(4), the ball press (3) and supporting rack (4) welding, the supporting rack (4) are equipped with transmission shaft (5), the support
Frame (4) and transmission shaft (5) are gap-matched, the transmission shaft (5) be equipped with Antileaking plate (6), the Antileaking plate (6) and
Supporting rack (4) is equipped with motor (7), the ball press (3) and motor using interference fit, the ball press (3) right side
(7) it matches；
The blanking device (1) by shell (101), driving mechanism (102), the first driving belt (103), pressing mechanism (104),
Vibrating mechanism (105), supporting mechanism (106), cutting agency (107), auxiliary cutting agency (108) form, the shell
(101) inner bottom is equipped with driving mechanism (102), and the shell (101) is connected with driving mechanism (102), the drive
Motivation structure (102) right side is equipped with pressing mechanism (104), and the driving mechanism (102) and pressing mechanism (104) pass through first
Driving belt (103) is sequentially connected, and the pressing mechanism (104) is equipped with vibrating mechanism (105), the pressing mechanism
(104) it is matched with vibrating mechanism (105), the shell (101) inner right side is equipped with supporting mechanism (106), described
Shell (101) is connected with supporting mechanism (106), and the supporting mechanism (106) is equipped with cutting agency (107), described
Supporting mechanism (106) and cutting agency (107) flexible connection, the cutting agency (107) left side are equipped with auxiliary blanking machine
Structure (108), the cutting agency (107) and auxiliary cutting agency (108) match.
2. a kind of metallurgic auxiliary materials anti-clogging blanking device according to claim 1, it is characterised in that：The driving mechanism
(102) include handwheel (1021), the first belt shaft (1022), the second driving belt (1023), the second belt shaft (1024), cone tooth
(1025), toothed disc (1026), the first belt pulley (1027) are taken turns, described the first belt shaft (1022) left end is equipped with handwheel
(1021), first belt shaft (1022) and handwheel (1021) welding, first belt shaft (1022) have the
Two belt shafts (1024), first belt shaft (1022) and the second belt shaft (1024) pass through the second driving belt (1023)
It is sequentially connected, described the second belt shaft (1024) right end is equipped with bevel gear (1025), second belt shaft (1024)
It is fixedly connected with bevel gear (1025), the bevel gear (1025) is equipped with toothed disc (1026), the bevel gear
(1025) it being meshed with toothed disc (1026), the toothed disc (1026) centre position is equipped with the first belt pulley (1027),
The toothed disc (1026) and the first belt pulley (1027) mechanical connection, first belt pulley (1027) and pressing mechanism
(104) it is sequentially connected by the first driving belt (103).
3. a kind of metallurgic auxiliary materials anti-clogging blanking device according to claim 1 or 2, it is characterised in that：The extruding
Mechanism (104) include oscillating rod (1041), pulley (1042), the second belt pulley (1043), cam (1044), sliding slot (1045),
Pressure-ram (1046), bolt (1047), the cam (1044) eccentric position is equipped with the second belt pulley (1043), described
Cam (1044) and the second belt pulley (1043) mechanical connection, the cam (1044) be equipped with oscillating rod (1041), institute
The cam (1044) and oscillating rod (1041) stated are slidably matched by pulley (1042), are set on the oscillating rod (1041) top
There are pressure-ram (1046), the oscillating rod (1041) and pressure-ram (1046) to match, the pressure-ram
(1046) it is equipped with bolt (1047), the pressure-ram (1046) and bolt (1047) are gap-matched, and described inserts
Pin (1047) is located in sliding slot (1045) and the two is slidably matched, and the cam (1044) is connected with vibrating mechanism (105)
It connects.
4. a kind of metallurgic auxiliary materials anti-clogging blanking device according to claim 1 or 3, it is characterised in that：The vibration
Mechanism (105) includes driving gear (1051), chain (1052), actively convex ball (1053), driven gear (1054), driven
Convex ball (1055), the sieve that shakes (1056), the driving gear (1051) left are equipped with driven gear (1054), the active
Gear (1051) and driven gear (1054) are sequentially connected by chain (1052), the chain (1052) surface
It is equipped with actively convex ball (1053), the chain (1052) is connected with actively convex ball (1053), the wheel chain
Item (1052) is equipped with the sieve (1056) that shakes, and the sieve that shakes (1056) has driven convex ball (1055), the sieve that shakes
Net (1056) is fixedly connected with driven convex ball (1055), and the chain (1052) and the sieve that shakes (1056) pass through actively convex
The driven convex ball (1055) of ball (1053) cooperation is sequentially connected.
5. a kind of metallurgic auxiliary materials anti-clogging blanking device according to claim 1, it is characterised in that：The supporting mechanism
(106) include concave magnet (1061), balladeur train (1062), pull rod (1063), the first spring (1064), the balladeur train (1062)
Interior to be equipped with pull rod (1063), the balladeur train (1062) and pull rod (1063) are slidably matched, on the pull rod (1063) left end
Equipped with concave magnet (1061), the pull rod (1063) and concave magnet (1061) glue connection, the concave magnet
(1061) it is connected by the first spring (1064) with balladeur train (1062), the concave magnet (1061) and cutting agency
(107) it is flexibly connected.
6. wanting a kind of metallurgic auxiliary materials anti-clogging blanking device described in 5 according to right, it is characterised in that：The cutting agency
(107) include stock supporting plate (1071), second spring (1072), the first Wire winding shaft (1073), the first bracing wire (1074), the first fixed cunning
Take turns (1075), the second Wire winding shaft (1076), dustproof cover (1077), handle (1078), ball-type magnet (1079), the stock supporting plate
(1071) left end is equipped with ball-type magnet (1079), and the stock supporting plate (1071) is fixedly connected with ball-type magnet (1079), institute
Stock supporting plate (1071) right end stated is equipped with the first Wire winding shaft (1073), the stock supporting plate (1071) and has the first Wire winding shaft
(1073) it is threadedly coupled, the stock supporting plate (1071) has a second spring (1072), the stock supporting plate (1071) and the
Two springs (1072) are connected, and dustproof cover (1077), second take-up are equipped with above first Wire winding shaft (1073)
Axis (1076) is mounted under dustproof cover (1077), and second Wire winding shaft (1076) and the first Wire winding shaft (1073) passes through the
One bracing wire (1074) is sequentially connected, and first bracing wire (1074) is equipped with the first fixed pulley (1075), and described first draws
Line (1074) and the first fixed pulley (1075) are slidably matched, and the dustproof cover (1077) centre position is equipped with handle
(1078), the dustproof cover (1077) and handle (1078) welding.
7. a kind of metallurgic auxiliary materials anti-clogging blanking device according to claim 1 or 6, it is characterised in that：The auxiliary
Cutting agency (108) includes assisting blanking plate (1081), the second bracing wire (1082), the second fixed pulley (1083), and described second
Bracing wire (1082) bypass the second fixed pulley (1083) after suspended on auxiliary blanking plate (1081), second bracing wire (1082) and
Auxiliary blanking plate (1081) is gap-matched.
8. a kind of metallurgic auxiliary materials anti-clogging blanking device according to claim 2, it is characterised in that：First belt
(1027) and the second belt pulley (1043) is taken turns to be sequentially connected by the first driving belt (103).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810493262.4A CN108467940A (en) | 2018-05-22 | 2018-05-22 | A kind of metallurgic auxiliary materials anti-clogging blanking device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810493262.4A CN108467940A (en) | 2018-05-22 | 2018-05-22 | A kind of metallurgic auxiliary materials anti-clogging blanking device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108467940A true CN108467940A (en) | 2018-08-31 |
Family
ID=63260380
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810493262.4A Withdrawn CN108467940A (en) | 2018-05-22 | 2018-05-22 | A kind of metallurgic auxiliary materials anti-clogging blanking device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108467940A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109668757A (en) * | 2019-02-19 | 2019-04-23 | 桐城市畅润电力工程有限公司 | A kind of power equipment acquisition device |
| CN114645519A (en) * | 2022-04-18 | 2022-06-21 | 江西玖亚新建筑工程有限公司 | Bridge joint filling device for municipal bridge engineering |
-
2018
- 2018-05-22 CN CN201810493262.4A patent/CN108467940A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109668757A (en) * | 2019-02-19 | 2019-04-23 | 桐城市畅润电力工程有限公司 | A kind of power equipment acquisition device |
| CN114645519A (en) * | 2022-04-18 | 2022-06-21 | 江西玖亚新建筑工程有限公司 | Bridge joint filling device for municipal bridge engineering |
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Application publication date: 20180831 |
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