CN107537661A - A kind of refractory material Graphite pad being made into one streamline for Ferrous Metallurgy - Google Patents

Abstract

The present invention relates to a kind of refractory material Graphite pad being made into one streamline for Ferrous Metallurgy, including support baseboard, clamping-rotating device, cutter device, preliminary crushing device, transmitting device, separating twice device and the screen device that shakes.The present invention can solve it is existing existing operating efficiency is low, mechanization degree is low, Graphite pad sharp processing shape is single when carrying out sharp processing to graphite flake, certain fineness can not be ground into when can not carry out collecting automatically to the graphite block that cuts, graphite block being crushed, to the graphite powder that processes can not Automatic sieve grade problem；The function that Graphite pad is processed into various shapes shape automatically and the graphite block to cutting is processed into graphite powder can be realized, can be ground into when having the advantages that operating efficiency is high, Graphite pad can process various shapes shape, the graphite block that cut can be carried out collecting automatically, graphite block being crushed and require fineness, can be with automatic sieving to the graphite powder processed.

Description

A kind of refractory material Graphite pad being made into one streamline for Ferrous Metallurgy

Technical field

The present invention relates to refractory material Graphite pad processing technique field, more particularly to a kind of fire resisting for Ferrous Metallurgy Material Graphite pad being made into one streamline.

Background technology

Graphite pad is by pure graphite rod or metal enhancing graphite rod cutting or is stamped to form, and has numerous remarkable sealings Can, such as：Thermostabilization, self-lubricating, not corrosion-resistant, not aging, embrittlement etc., harshness working condition can use steady in a long-term, Seldom need to safeguard, while also there is good compression resilience and high intensity；For graphite powder under the conditions of starvation, it is molten It is one of mineral of most heatproof o'clock more than 3,000 DEG C.The chemical property of graphite powder is more stable under normal temperature, not soluble in water, dilute Acid, diluted alkaline and organic solvent；Material has high temperature resistant electric conductivity, can do refractory material, conductive material, wear-resisting lubriation material, Wherein smelting iron and steel technique application to refractory is the most extensive.

Graphite pad can process special outer shape in outside, so that specific purposes uses, general outside multi-processing Into circular, square etc., outer shape processing carried out to Graphite pad now mainly Graphite pad is cut by cutting knife, it is right Graphite block under cutting carries out crushing recovery, and this working method has that operating efficiency is low, mechanization degree is low, outside Graphite pad Shape machining shape is single, and the scope of application is small, the graphite block cut can not be collected automatically, waste be easily caused, to graphite Block can not be ground into certain fineness when crushing, and can not meet the applicable requirement of graphite powder, can not be certainly to the graphite powder processed Dynamic screening.

The content of the invention

In order to solve the above problems, the invention provides a kind of refractory material Graphite pad for Ferrous Metallurgy to make one Fluidized flow waterline, can solve it is existing to graphite flake carry out sharp processing when existing operating efficiency is low, mechanization degree is low, stone Ink pad piece sharp processing shape is single, can not crush when can not carry out collecting automatically to the graphite block cut, graphite block being crushed Into certain fineness, to the graphite powder that processes can not Automatic sieve grade problem；It is more can to realize that Graphite pad is processed into automatically Kind outer shape and the graphite block to cutting are processed into the function of graphite powder, have high operating efficiency, mechanization degree height, stone Ink pad piece being capable of powder when can process various shapes shape, collection automatically can be carried out to the graphite block cut, graphite block is crushed It is broken into and requires fineness, can be with automatic sieving to the graphite powder processed the advantages that.

To achieve these goals, the present invention uses following technical scheme, a kind of fire proofed wood work stone for Ferrous Metallurgy Ink pad piece being made into one streamline, including support baseboard, clamping-rotating device, cutter device, preliminary crushing device, transmission dress Put, separating twice device and the screen device that shakes, described support baseboard is rectangular parallelepiped structure, and clamping-rotating device is arranged on support bottom On plate, cutter device is arranged on the rear side of clamping-rotating device, and preliminary crushing device is located on the right side of clamping-rotating device, tentatively Reducing mechanism is connected with clamping-rotating device, and transmitting device is arranged on the lower end of preliminary crushing device, separating twice device Below transmitting device, separating twice device is arranged on support baseboard, and the screen device that shakes is located at the lower section of separating twice device, The screen device that shakes is connected with support baseboard.

As a preferred technical solution of the present invention, described clamping-rotating device includes rotation supporting plate, four rotations Flap support, rotary chute, four rotary chute pillars, swivel plate, Graphite pad, electric rotating machine, four side chains that are fixed and clamped, Motor chute, lifting bottom plate, four motor chute pillars, lifting electric putter, lifting top plate, lifting connecting pole, four screens Electric pushrod and screens connector, rotation supporting plate are arranged on support baseboard by four rotation board mounts, rotate supporting plate Front end on rotary chute is installed, swivel plate is circular shape structure, is provided with circular groove in the middle part of swivel plate, and swivel plate is positioned at rotation Turn above supporting plate, four rotary chute pillars are symmetrically mounted on the lower surface of swivel plate, and the bottom of rotary chute pillar is Slide block structure, the slide block structure and rotary chute of rotary chute pillar are in mating connection, and Graphite pad is placed on above swivel plate, Circular groove size on swivel plate is more than Graphite pad inner ring size, and electric rotating machine is arranged in rotation supporting plate by motor set, Electric rotating machine is located in rotary chute, and the output shaft of electric rotating machine is connected with lifting bottom plate, lifts and is installed on the bottom of bottom plate There is motor chute, four motor chute pillars are distributed with the bottom symmetrical for lifting bottom plate, and motor chute posts bottom is arranged on rotation Turn in supporting plate, the top of motor chute pillar is slide block structure, and slide block structure and the motor chute of motor chute pillar match Connection is closed, lifting electric putter is arranged on the top of lifting bottom plate, and lifting top plate is provided with the top of lifting electric putter, Lift connecting pole to be arranged on lifting top plate, lift and four screens electric pushrods are symmetrically installed with the middle part of connecting pole, each card A screens connector is mounted at the top of the electric pushrod of position, and screens connector is U-shape structure, four side chains pair that are fixed and clamped Claim to be arranged on the top of lifting connecting pole, the described side chain that is fixed and clamped include the first cursor, the second cursor, first jiao Push rod, second angle push rod, fixed plate and support spring are spent, the first cursor bottom is arranged on lifting connecting pole by hinge It is connected on top, at the top of the first cursor by bearing pin with the second cursor, first angle push rod is by hinge installed in the Between the inner side of one cursor and the top for lifting connecting pole, second angle push rod is arranged on the first cursor and the by hinge Between two cursors, the outside of the second cursor is connected by hinge with fixed plate, and the bottom of fixed plate is provided with latch, branch Support spring to be arranged between fixed plate and the second cursor, during specific works, adjust the length of lifting electric putter first so that Screens connector is moved to the position of Graphite pad, and elongation screens electric pushrod makes the U-shape structure of screens connector block graphite The medial surface of pad, then adjust the length of first angle push rod and second angle push rod so that consolidating on second angle push rod Fixed board is attached to upper end at the top of Graphite pad, and the latch of fixed plate tightly can be stuck on Graphite pad, so as to complete to graphite The fixed action of pad, makes Graphite pad be stably fixed on swivel plate, then control outside of the cutter device to Graphite pad Cutting action is carried out, the graphite block meeting device to be cut cut from Graphite pad is driven into preliminary crushing device, subsequently Control electric rotating machine rotates a certain angle, and electric rotating machine can drive Graphite pad fixed on swivel plate to rotate so that graphite Pad turns to next cutting position, and control cutter device is cut to Graphite pad again, when Graphite pad is cut After, the length of regulation first angle push rod and second angle push rod makes fixed plate release to the fixation at the top of Graphite pad, Shrink screens electric pushrod so that screens connector is released to the fixation on the inside of Graphite pad, manually by the graphite pads of well cutting Piece is removed, so as to which the outside completed to Graphite pad carries out the action of special shape processing.

As a preferred technical solution of the present invention, described cutter device includes cutting electric sliding block group, cutting connects Connect fixed mount, cutting supporting plate, cutting motor, cutting driving gear, two cutting driven gears, partial gear, from turn Axle, cutting crane, crane buckle, cutting knife supporting plate, cutter motor, cutting knife power transmission shaft, drive connection plate, cutting knife installation Frame, two limit support boards, spacing electronic sliding block, spacing push rod, position-limited rack and four cutter bars, the installation of cutting electric sliding block group On the rear side of rotation supporting plate, cutting Connection Bracket is installed in cutting electric sliding block group, cutting supporting plate, which is arranged on, cuts Cut on Connection Bracket, cutting motor is arranged in cutting supporting plate upper center by motor set, the output shaft of cutting motor On cutting driving gear is installed, it is left positioned at cutting driving gear be meshed two cutting driven gears of cutting driving gear Right both sides, each front center for cutting driven gear are provided with a partial gear, the position of two partial gears It is corresponding, a driven spindle is mounted in the middle part of each partial gear, the middle part of driven spindle passes through cutting driven tooth Wheel, the rear end of driven spindle are arranged in cutting supporting plate by bearing, and cutting crane is located on front side of cutting driving gear, and Crane is cut between two partial gears, the left and right ends for cutting crane are provided with the gear teeth, cut crane The length of the upper gear teeth is equal with the arc length of partial gear, cuts and four arcs are symmetrically arranged with left and right sides of crane Projection, the arc convex positioned at cutting crane upper end is arranged on the top of the gear teeth on cutting crane, positioned at cutting crane The arc convex of lower end is arranged on the lower section of the gear teeth on cutting crane, and crane buckle is U-shape structure, and crane buckle is U Type structure, cutting crane U-shape structure are buckled on cutting crane lower end, and crane snaps through bolt and is arranged on cutting company Connect on the front end face of fixed mount, cutting knife supporting plate is arranged on cutting crane, and cutter motor is arranged on cutting knife by motor set On the right side of supporting plate, the output shaft of cutter motor is connected by shaft coupling with the right-hand member of cutting knife power transmission shaft, cutting knife power transmission shaft Left end by bearing be arranged on drive connection plate on, drive connection plate be arranged on cutting knife supporting plate left side on, cutting knife installation Frame is arranged on the middle part of cutting knife power transmission shaft, and cutting knife mounting bracket is cube structure, and four cutter bars are symmetrically mounted on cutting knife peace On the side shelved, cutting knife is provided with the outside of cutter bar, and the cutting knife shape set on the outside of four cutter bars differs, two Individual limit support board is arranged on cutting crane to being distributed in the both sides up and down of cutting knife supporting plate, limit support board, each limit A spacing electronic sliding block is mounted in the supporting plate of position, spacing push rod is arranged on spacing electronic sliding block, the top of spacing push rod Portion is provided with position-limited rack, and position-limited rack is U-shape structure, during specific works, when needing to cut Graphite pad, first turns on Cutter motor, the cutter bar of suitable cutting profile is turned to the front side of the present apparatus, adjust the position of spacing electronic sliding block, make limit Position frame is located at the rear side of cutter bar, extends spacing push rod and enables the U-shape structure of position-limited rack to be stuck in present apparatus upper and lower ends On cutter bar, position-limited rack plays a part of spacing and support to cutter bar, and position is produced when preventing cutter bar from being cut to Graphite pad Move, the cutting to Graphite pad impacts, and adjusts the position of cutting electric sliding block group so that the cutting knife on cutter bar is positioned at conjunction Suitable cutting position, then cutting motor is controlled to turn clockwise, cutting motor drives cutting driving gear rotation, is led with cutting Be meshed two cutting driven gears of moving gear can rotate counterclockwise in the same direction, positioned at the incomplete tooth cut on front side of driven gear Wheel can be with driven gear synchronous rotary be cut, when the partial gear on the right side of the present apparatus contacts with cutting crane, inversely The partial gear of rotation can push down on cutting crane under the engagement of the gear teeth again, the partial gear on the right side of the present apparatus When being separated with cutting crane, bottom, while the incomplete tooth on the left of the present apparatus can be moved to by now cutting crane Wheel can be in contact with cutting crane, and the partial gear on the left of the present apparatus, which is rotated further, can drive cutting crane upward Mobile, when the partial gear on the left of the present apparatus separates with cutting crane, cutting crane can be moved to topmost, cutting Crane causes cutting crane to move up and down under the position-limiting action of crane buckle, cuts and is set on crane Arc convex can partial gear with cutting crane separate when play cushioning effect, prevent one of them incomplete tooth Wheel cuts crane generation displacement, generation cutting crane and another partial gear and can not nibbled when being separated with cutting crane The phenomenon of conjunction, when cutting crane is moved to bottom, the cutting knife on cutter bar can make cutting action to Graphite pad, now Cutting motor is closed, control cutting electric sliding block group is moved rearwards so that what the cutting knife on cutter bar was cut from Graphite pad Graphite block is pulled back into preliminary crushing device, is then turned on cutting motor, and control cutting electric sliding block group is moved to suitable position Put, repeat above-mentioned action, Graphite pad can be cut again.

As a preferred technical solution of the present invention, described preliminary crushing device includes moving lifting bucket, elevator scoop Contiguous block, elevator scoop sliding block group, crush feed bin, feed bin motor, feed bin connecting plate for electric motor, feed bin gear, driven feed bin gear, two Individual feed bin rotor, two elevator scoop push rods, feed bin drive shaft, feed bin motor transmission shaft and two cleaning side chains, elevator scoop connect The bottom face for connecing block is arranged on the middle part top end face of rotation supporting plate, the right-hand member of elevator scoop contiguous block and the bottom for crushing feed bin Left side is connected, and elevator scoop sliding block group is arranged on elevator scoop contiguous block, and two elevator scoops are provided with elevator scoop sliding block group Push rod, at the top of two elevator scoop push rods on moving lifting bucket is provided with by hinge, crushed material position in storehouse is right in elevator scoop sliding block group Side, crush and cutter tooth is symmetrically arranged with the front and back sides of feed bin, two feed bin rotors are in crushing feed bin, a left side for feed bin rotor End is arranged on by bearing on the left surface for crushing feed bin, and the right-hand member of feed bin rotor passes through the right-hand member for crushing feed bin by bearing Face, feed bin motor are arranged on feed bin connecting plate for electric motor positioned at the right side for crushing feed bin, feed bin motor by motor set, feed bin electricity Machine connecting plate is connected with transmitting device, and the output shaft of feed bin motor is connected by shaft coupling with the right-hand member of feed bin motor transmission shaft Connect, the left end of feed bin motor transmission shaft is connected with positioned at the right-hand member for crushing feed bin rotor on rear side of feed bin, and feed bin gear is arranged on On feed bin motor transmission shaft, driven feed bin gear is located at the front side of feed bin gear, and driven feed bin gear is meshed with feed bin gear, Driven feed bin gear is arranged on feed bin drive shaft, and the right-hand member of feed bin drive shaft is arranged on feed bin motor connection by bearing On plate, the left end of feed bin drive shaft is connected with positioned at the right-hand member for crushing feed bin rotor on front side of feed bin, crushes and is set on feed bin The cutter tooth contour structures put are engaged with the contour structures of feed bin rotor, and two clean unbranched symmetric and are arranged on crushing feed bin lower end On medial surface；Described cleaning side chain includes cleaning electronic sliding block, cleans connecting plate, cleans motor and cleaning brush, cleans electronic Sliding block, which is arranged on, to be crushed on feed bin lower end inside face, cleans and cleaning connecting plate is provided with electronic sliding block, is cleaned motor and is passed through electricity Mantle, which is arranged on, to be cleaned on connecting plate, cleans and cleaning brush is provided with the output shaft of motor, during specific works, when cutter device will The graphite block cut is moved to when being stacked into a certain amount of in elevator scoop, controls elevator scoop sliding block group to move right first, elevator scoop Sliding block group drives elevator scoop synchronizing moving, and the elevator scoop push rod push rod of control elevator scoop sliding block group left end carries out stretching motion, made The position rise of the left end of elevator scoop is obtained, is crushed so as to which the graphite block in elevator scoop be poured into feed bin, is then turned on feed bin Motor, feed bin motor driven feed bin pinion rotation, feed bin gear drive driven feed bin gear to reversely rotate so that two feed bins turn Knife carries out the rotation of opposite direction, and so as to improve the crushing effect of graphite block, crushing the cutter tooth set on feed bin can prevent Only graphite block from two feed bin rotors and crushes the space landing between feed bin, while can also play the function of assisted comminution, After preliminary crushing, control cleans electronic sliding block and moved left and right, and opens and cleans motor so that cleaning brush can be expected two Storehouse rotor is cleaned, and can clear up the graphite residues on two feed bin rotors, and the present apparatus can be carried out to graphite block Preliminary crushing simultaneously cleans out two feed bin rotors.

As a preferred technical solution of the present invention, described transmitting device includes transmission electrical machine, transmission electrical machine connects Plate, transmission feed bin, blanking slideway, transmission active roller, transmission return idler, transmission carrier bar, scraper plate, chain and two transmission are solid Determine frame, the top for transmitting feed bin is arranged on the bottom for crushing feed bin, and two transmission fixed mounts are symmetrically mounted on transmission feed bin On front and back sides, the bottom for transmitting fixed mount is connected with support baseboard, transmits and blanking slideway is provided with the bottom of feed bin, under Material slideway is U-shape structure, and transmission electrical machine connecting plate is arranged on the leading flank of transmission feed bin, and transmission active roller is expected positioned at transmission The interior lower end in storehouse, the rear end for transmitting active roller are arranged on by bearing on the trailing flank of transmission feed bin, transmit active roller Front end through transmission feed bin be connected by shaft coupling with the output shaft of transmission electrical machine, transmission electrical machine is arranged on by motor set On transmission electrical machine connecting plate, transmission return idler transmits return idler and pacified by bearing positioned at the left upper end of transmission active roller On the inner side of transmission feed bin, chain is arranged between transmission active roller and transmission return idler, and transmission carrier bar is arranged on On chain, each transmit is mounted on a scraper plate on carrier bar, and scraper plate is U-shape structure, the outside of scraper plate U-shape structure be it is pointed, Transmission carrier bar and scraper plate are flexible material, first after preliminary reducing mechanism carries out preliminary crushing to graphite block during specific works First controlling transmission motor rotates, and transmission electrical machine drives transmission active roller to rotate, so as to drive chain transmission active roller with Rotated on transmission return idler, the transmission carrier bar installed on chain can be moved, and transmission can be expected by transmitting the scraper plate on carrier bar The graphite particle accumulated in storehouse is scraped on blanking slideway, and graphite particle can be slipped to separating twice device from blanking slideway Interior, transmitting device can prevent graphite particle is deposited in transmission feed bin can not slide into separating twice device, serve biography The effect of defeated graphite particle.

As a preferred technical solution of the present invention, described separating twice device includes grinding barrel, crushes motor, powder Broken power transmission shaft, crushing drive connection plate, crushing knife, crushing link, crushing tremie pipe and two crushing motor support frames, are crushed Bucket position is hollow cylinder structure in the lower section of blanking slideway, in the middle part of grinding barrel, and the lower section of grinding barrel is conical hollow structure, powder The bottom of broken bucket is hatch frame, crushes tremie pipe and is arranged on the hatch frame for crushing bottom of the barrel, two crushing motor supports Frame is symmetrically distributed on the left and right sides of grinding barrel, is crushed motor support frame upper end and is connected with grinding barrel, crushes motor support The lower end of frame is connected with crushing tremie pipe, and each crush is provided with a crushing electricity on motor support frame by motor set Machine, each output shaft for crushing motor are connected by shaft coupling with the lower end of a crushing power transmission shaft, crush power transmission shaft Upper end is connected by bearing with crushing drive connection plate, is crushed drive connection plate and is arranged on the top of grinding barrel, each powder It is mounted on one group of crushing knife on broken power transmission shaft, the interlaced arrangement in position of two groups of crushing knifes, the open tubular column in the middle part of grinding barrel The crushing liner being engaged with two groups of crushing knifes is provided with body structure, it is incline structure to crush liner upper end, can prevent stone Black particle slides around crushing knife causes do not have cleaved graphite particle to drop to the screen device that shakes, so as to improve the present invention The effect of separating twice, each crush are mounted on a crushing link, crush the bottom of link on the outside of motor support frame Portion is connected with the upper surface of support baseboard, during specific works, when graphite particle is dropped in grinding barrel, first turns on crushing Motor, crush the crushing knife that motor driven is crushed on power transmission shaft and rotated, due to the interlaced cloth in the position of two groups of crushing knifes Put so that graphite particle can be cut into powdery, and graphite powder can be conical hollow structure slide downward from the lower section of grinding barrel To crushing in tremie pipe, finally it is slipped to and shakes in screen device, graphite particle can be thoroughly ground into by separating twice device Powder, there is good crushing effect.

As a preferred technical solution of the present invention, the described screen device that shakes, which includes shaking, to be sieved motor, the sieve power transmission shaft that shakes, shakes Sieve drive connection frame, cam, screen cloth, two screen frame (unit) connecting rods, two screen frame (unit) chutes, three sliding bars, contraction spring, sliding bars Support, disposable box and two screen frame (unit) connecting plates, screen cloth are provided with sieve aperture on the lower section for crushing tremie pipe, screen cloth, screen cloth Rear and front end is symmetrically installed with two screen frame (unit) connecting plates, and two screen frame (unit) connections are symmetrically installed with each screen frame (unit) connecting plate bottom Bar, the bottom of screen frame (unit) connecting rod is slide block structure, and two screen frame (unit) chutes are symmetrically distributed in the left and right sides of screen cloth, screen frame (unit) chute peace On support baseboard, screen frame (unit) chute and the slide block structure of screen frame (unit) connecting rod are in mating connection, the front end installation of three sliding bars On the screen frame (unit) connecting plate on rear side of screen cloth, the rear end of three sliding bars is arranged on sliding bar branch by way of being slidably matched On frame, sliding bar support is connected with support baseboard, and a contraction spring, contraction spring peace are provided with the outside of each sliding bar Between the screen frame (unit) connecting plate and sliding bar support on rear side of screen cloth, disposable box is placed on the support baseboard of screen cloth lower end On, the sieve motor that shakes is arranged on front side of support baseboard right-hand member by motor set, and the output shaft for sieving motor that shakes is by shaft coupling with shaking The bottom of sieve power transmission shaft is connected, and the top for the sieve power transmission shaft that shakes is arranged on by bearing to shake on sieve drive connection frame, sieve transmission of shaking Link is arranged on support baseboard, and cam, which is arranged on, to shake on sieve power transmission shaft middle part, height and position and the screen frame (unit) connecting plate of cam Height and position it is corresponding, during specific works, when graphite powder, which is slipped to, to shake on screen device, the control sieve motor that shakes first rotates, Shake and sieve the cam rotation of motor driven upper end, screen cloth can move left and right in the presence of the restoring force of contraction spring, and screen cloth exists It can only be moved left and right under the position-limiting action of sliding bar so that the graphite powder on screen cloth can be sieved, the small meeting of fineness Fall into disposable box, the larger graphite powder of fineness can be stayed on screen cloth, manually that fineness on screen cloth is larger after screening terminates Graphite powder, which pours into, to be crushed in feed bin, circulation crushing is carried out, so as to complete the screening to graphite powder.

During work, the first step：The length of lifting electric putter is adjusted first so that screens connector is moved to Graphite pad Position, elongation screens electric pushrod the U-shape structure of screens connector is blocked the medial surface of Graphite pad, then adjust first The length of angle push rod and second angle push rod so that the fixed plate on second angle push rod is attached to upper end at the top of Graphite pad, The latch of fixed plate tightly can be stuck on Graphite pad, and the fixed of Graphite pad is acted so as to complete, makes Graphite pad It is stably fixed on swivel plate, second step：Cutter motor is first turned on, the cutter bar of suitable cutting profile is turned to this dress The front side put, adjust the position of spacing electronic sliding block, position-limited rack is located at the rear side of cutter bar, extend spacing push rod cause it is spacing The U-shape structure of frame can be stuck on the cutter bar of cutting knife mounting bracket upper and lower ends, position-limited rack cutter bar is played it is spacing with The effect of support, displacement is produced when preventing cutter bar from being cut to Graphite pad, the cutting to Graphite pad is impacted, and regulation is cut Cut the position of electronic sliding block group so that the cutting knife on cutter bar is located at suitable cutting position, then controls cutting motor up time Pin rotates, and cutting motor drives cutting driving gear rotation, two cutting driven gear meetings being meshed with cutting driving gear Rotate counterclockwise in the same direction, positioned at cutting driven gear on front side of partial gear can with cutting driven gear synchronous rotary, when When the partial gear on right side contacts with cutting crane, the partial gear of counter-rotating can again will cutting under the engagement of the gear teeth Crane pushes down on, and when the partial gear on right side separates with cutting crane, now cutting crane can be moved to most Lower end, while the partial gear in left side can be in contact with cutting crane, the partial gear in left side is rotated further and can driven Cutting crane is moved up, and when the partial gear in left side separates with cutting crane, cutting crane can be moved to most Upper end, cutting crane cause cutting crane to move up and down under the position-limiting action of crane buckle, and cutting rises The arc convex set on drop frame can play cushioning effect when partial gear separates with cutting crane, prevent wherein one Individual partial gear cuts crane generation displacement when being separated with cutting crane, crane is cut in generation and another is incomplete The phenomenon that gear can not engage, when cutting crane is moved to bottom, the cutting knife on cutter bar can be cut to Graphite pad Action is cut, now closes cutting motor, control cutting electric sliding block group is moved rearwards so that cutting knife on cutter bar is from graphite pads The graphite block cut on piece is pulled back into moving lifting bucket, subsequently controls electric rotating machine to rotate a certain angle, electric rotating Chance drives Graphite pad fixed on swivel plate to rotate so that Graphite pad turns to next cutting position, control cutting Device is cut to Graphite pad again, after Graphite pad is cut, adjusts first angle push rod and second angle The length of push rod makes fixed plate release to the fixation at the top of Graphite pad, shrinks screens electric pushrod so that screens connector solution Except to the fixation on the inside of Graphite pad, manually the Graphite pad of well cutting being removed, the 3rd step：When the stone that cutter device will be cut Ink stick is moved to when being stacked into a certain amount of in elevator scoop, controls elevator scoop sliding block group to move right first, elevator scoop sliding block group band Dynamic elevator scoop synchronizing moving, the elevator scoop push rod push rod of control elevator scoop sliding block group left end carry out stretching motion so that elevator scoop Left end position rise, so as to by the graphite block in elevator scoop be poured into crush feed bin in, be then turned on feed bin motor, feed bin Motor driven feed bin pinion rotation, feed bin gear drive driven feed bin gear to reversely rotate so that two feed bin rotors carry out phase The rotation of opposite direction, so as to improve the crushing effect of graphite block, graphite block can be prevented by crushing the cutter tooth set on feed bin From two feed bin rotors and the space landing between feed bin is crushed, while the function of assisted comminution can also be played, when preliminary powder After broken, control cleans electronic sliding block and moved left and right, and opens and cleans motor so that cleaning brush can enter to two feed bin rotors Row is cleaned, and can clear up the graphite residues on two feed bin rotors, and preliminary crushing device can be carried out just to graphite block Step is crushed and cleaned out two feed bin rotors, the 4th step：It is first after preliminary reducing mechanism carries out preliminary crushing to graphite block First controlling transmission motor rotates, and transmission electrical machine drives transmission active roller to rotate, so as to drive chain transmission active roller with Rotated on transmission return idler, the transmission carrier bar installed on chain can be moved, and transmission can be expected by transmitting the scraper plate on carrier bar The graphite particle accumulated in storehouse is scraped on blanking slideway, and graphite particle can be slipped in grinding barrel from blanking slideway, transmission Device can prevent graphite particle is deposited in transmission feed bin can not slide into grinding barrel, serve the work of transmission graphite particle With the 5th step：When graphite particle is dropped in grinding barrel, crushing motor is first turned on, motor driven is crushed and crushes power transmission shaft On crushing knife rotated, due to the interlaced arrangement in the position of two groups of crushing knifes so that graphite particle can be cut into Powdery, graphite powder can be that conical hollow structure is slid down in crushing tremie pipe from the lower section of grinding barrel, finally be slipped to sieve In net, separating twice device can carry out graphite particle to be thoroughly ground into powder, have good crushing effect, the 6th step：When When graphite powder is slipped on screen cloth, control, which is shaken, first sieves motor rotation, and the cam rotation for the sieve motor driven upper end that shakes, screen cloth is being received It can be moved left and right in the presence of the restoring force of contracting spring, screen cloth can only be moved left and right under the position-limiting action of sliding bar, The graphite powder on screen cloth is enabled to carry out rocking screening, the small meeting of fineness is fallen into disposable box, the larger graphite powder meeting of fineness Stay on screen cloth, after screening terminates, manually the larger graphite powder of fineness on screen cloth is poured into and crushed in feed bin, carries out circulation powder It is broken, complete the screening to graphite powder, it is possible to achieve Graphite pad is processed into various shapes shape and the stone to cutting automatically Ink stick is processed into the function of graphite powder.

The beneficial effects of the present invention are：

First, the present invention can solve that existing existing operating efficiency is low, mechanization journey when carrying out sharp processing to graphite flake Spend low, Graphite pad sharp processing shape is single, when can not carry out collecting automatically to the graphite block that cuts, graphite block being crushed without Method be ground into certain fineness, to the graphite powder that processes can not Automatic sieve grade problem；It can realize that Graphite pad adds automatically Work is processed into the function of graphite powder into various shapes shape and the graphite block to cutting, and has operating efficiency height, mechanization journey When degree height, Graphite pad can process various shapes shape, collection automatically can be carried out to the graphite block cut, graphite block is crushed It can be ground into and require fineness, can be with automatic sieving to the graphite powder processed the advantages that；

2nd, the present invention is provided be fixed and clamped side chain and screens connector, and screens connector can be in Graphite pad Side is fixed, the inside top of Graphite pad can be fixed for the side chain that is fixed and clamped so that Graphite pad tightly It is fixed on swivel plate；

3rd, four cutter bars are provided with cutter device of the present invention, the cutting knife shape set on the outside of four cutter bars is not It is identical so that the present invention can carry out various shapes shape to Graphite pad and be processed, and add the applicability of the present invention；

4th, the present invention is provided with preliminary crushing device and separating twice device, and preliminary crushing device can will be from graphite pads The graphite block cut on piece carries out preliminary crushing, and separating twice device can carry out separating twice to graphite block so that graphite block The graphite powder of fineness very little can be processed into；

5th, the present invention is provided with transmitting device, and transmitting device can prevent graphite particle is deposited in can not in transmission feed bin Slide into grinding barrel, transmitting device serves the effect of transmission graphite particle；

6th, the present invention is provided with the screen device that shakes, shake screen device can mechanization the graphite powder processed is sieved, The small meeting of fineness is fallen into disposable box, and the larger graphite powder of fineness can be stayed on screen cloth.

Brief description of the drawings

The present invention is further described with reference to the accompanying drawings and examples.

Fig. 1 is the structural representation of the present invention；

Fig. 2 is that clamping-rotating device of the present invention removes four structural representations rotated between board mounts and cutter device；

Fig. 3 is the structural representation that the present invention four is fixed and clamped between side chain and lifting connecting pole；

Fig. 4 is the structural representation of cutter device of the present invention；

Fig. 5 is transmitting device of the present invention, crushes feed bin, feed bin motor, feed bin connecting plate for electric motor, feed bin gear, driven material Structural representation between storehouse gear, two feed bin rotors, feed bin drive shaft and feed bin motor transmission shaft；

Fig. 6 is Fig. 5 A to partial enlarged drawing；

Fig. 7 is that the present invention crushes feed bin and transmits the sectional view between feed bin；

Fig. 8 is the structural representation between support baseboard of the present invention, separating twice device and the screen device that shakes.

Embodiment

In order that the technical means, the inventive features, the objects and the advantages of the present invention are easy to understand, tie below Conjunction is specifically illustrating, and the present invention is expanded on further.It should be noted that in the case where not conflicting, embodiment in the application and Feature in embodiment can be combined with each other.

As shown in Figures 1 to 8, a kind of refractory material Graphite pad being made into one streamline for Ferrous Metallurgy, bag Include support baseboard 1, clamping-rotating device 2, cutter device 3, preliminary crushing device 4, transmitting device 5, separating twice device 6 and shake Screen device 7, described support baseboard 1 are rectangular parallelepiped structure, and clamping-rotating device 2 is arranged on support baseboard 1, cutter device 3 On the rear side of clamping-rotating device 2, preliminary crushing device 4 is located at the right side of clamping-rotating device 2, preliminary crushing device 4 It is connected with clamping-rotating device 2, transmitting device 5 is arranged on the lower end of preliminary crushing device 4, and separating twice device 6 is located at The lower section of transmitting device 5, separating twice device 6 are arranged on support baseboard 1, and the screen device 7 that shakes is located under separating twice device 6 Side, the screen device 7 that shakes are connected with support baseboard 1.

Described clamping-rotating device 2 includes rotation supporting plate 21, four rotation board mounts 22, rotary chutes 23, four Rotary chute pillar 24, swivel plate 25, Graphite pad 26,27, four side chains 28 that are fixed and clamped of electric rotating machine, motor chute 29, Lift 210, four motor chute pillars 211 of bottom plate, lifting electric putter 212, lifting top plate 213, lifting connecting pole 214, four Individual screens electric pushrod 215 and screens connector 216, rotation supporting plate 21 are arranged on support bottom by four rotation board mounts 22 On plate 1, rotate and rotary chute 23 is installed on the front end of supporting plate 21, swivel plate 25 is circular shape structure, in swivel plate 25 Portion is provided with circular groove, and swivel plate 25 is symmetrically mounted on swivel plate positioned at the top of rotation supporting plate 21, four rotary chute pillars 24 On 25 lower surface, the bottom of rotary chute pillar 24 is slide block structure, and slide block structure and the rotation of rotary chute pillar 24 are slided Groove 23 is in mating connection, and Graphite pad 26 is placed on above swivel plate 25, and the circular groove size on swivel plate 25 is more than Graphite pad 26 inner ring sizes, electric rotating machine 27 are arranged in rotation supporting plate 21 by motor set, and electric rotating machine 27 is located at rotary chute 23 Interior, the output shaft of electric rotating machine 27 is connected with lifting bottom plate 210, lifts and is provided with motor chute 29 on the bottom of bottom plate 210, Four motor chute pillars 211 are distributed with the bottom symmetrical of lifting bottom plate 210, and the bottom of motor chute pillar 211 is arranged on rotation In supporting plate 21, the top of motor chute pillar 211 is slide block structure, and slide block structure and the motor of motor chute pillar 211 are slided Groove 29 is in mating connection, and lifting electric putter 212 is arranged on the top of lifting bottom plate 210, the top of lifting electric putter 212 On be provided with lifting top plate 213, lifting connecting pole 214 be arranged on lifting top plate 213 on, lift connecting pole 214 middle part it is symmetrical Four screens electric pushrods 215 are installed, the top of each screens electric pushrod 215 is mounted on a screens connector 216, Screens connector 216 is U-shape structure, and four side chains 28 that are fixed and clamped are symmetrically mounted on the top of lifting connecting pole 214, described Be fixed and clamped side chain 28 include the first cursor 281, the second cursor 282, first angle push rod 283, second angle push rod 284th, fixed plate 285 and support spring 286, the bottom of the first cursor 281 are arranged on the top of lifting connecting pole 214 by hinge On, the top of the first cursor 281 is connected by bearing pin with the second cursor 282, and first angle push rod 283 is installed by hinge Between the inner side of the first cursor 281 and the top of lifting connecting pole 214, second angle push rod 284 is arranged on by hinge Between first cursor 281 and the second cursor 282, the outside of the second cursor 282 is connected by hinge with fixed plate 285 Connect, the bottom of fixed plate 285 is provided with latch, and support spring 286 is arranged between the cursor 282 of fixed plate 285 and second, tool During body running, the length of lifting electric putter 212 is adjusted first so that screens connector 216 is moved to the position of Graphite pad 26 Put, elongation screens electric pushrod 215 makes the U-shape structure of screens connector 216 block the medial surface of Graphite pad 26, then adjusts The length of first angle push rod 283 and second angle push rod 284 so that the fixed plate 285 on second angle push rod 284 is attached to stone The top upper end of ink pad piece 26, the latch of fixed plate 285 can be tightly stuck on Graphite pad 26, so as to complete to Graphite pad 26 fixed action, makes Graphite pad 26 be stably fixed on swivel plate 25, then control cutter device 3 to Graphite pad 26 Outside carries out cutting action, and the graphite block meeting device to be cut 3 cut from Graphite pad 26 is driven to preliminary crushing device 4 It is interior, subsequently control electric rotating machine 27 to rotate a certain angle, electric rotating machine 27 can drive graphite pads fixed on swivel plate 25 Piece 26 rotates so that Graphite pad 26 turns to next cutting position, and control cutter device 3 enters to Graphite pad 26 again Go and cut, after Graphite pad 26 is cut, the length of regulation first angle push rod 283 and second angle push rod 284 makes admittedly Fixed board 285 releases the fixation to the top of Graphite pad 26, shrinks screens electric pushrod 215 so that the releasing pair of screens connector 216 The fixation of the inner side of Graphite pad 26, manually removes the Graphite pad 26 of well cutting, so as to complete to the outer of Graphite pad 26 Side carries out the action of special shape processing.

Described cutter device 3 includes cutting electric sliding block group 31, cutting Connection Bracket 32, cuts supporting plate 33, cuts Cut motor 34,35, two cutting driven gears 36 of cutting driving gear, partial gear 37, driven spindle 38, cutting crane 39th, crane buckle 310, cutting knife supporting plate 311, cutter motor 312, cutting knife power transmission shaft 313, drive connection plate 314, cutting knife peace Shelve 315, two limit support boards 316, spacing electronic sliding block 317, spacing push rod 318, position-limited rack 319 and four cutter bars 320, cutting electric sliding block group 31 is arranged on the rear side of rotation supporting plate 21, and cutting is provided with cutting electric sliding block group 31 and is connected Fixed mount 32 is connect, cutting supporting plate 33 is arranged on cutting Connection Bracket 32, and cutting motor 34 is arranged on by motor set and cut In the upper center of cut branch fagging 33, cutting driving gear 35 is installed, with cutting driving gear on the output shaft of cutting motor 34 35 two cutting driven gears 36 being meshed are at left and right sides of cutting driving gear 35, before each cutting driven gear 36 End middle part is provided with a partial gear 37, and the position of two partial gears 37 is corresponding, each partial gear 37 Middle part be mounted on a driven spindle 38, the middle part of driven spindle 38 through cutting driven gear 36, driven spindle 38 Rear end is arranged in cutting supporting plate 33 by bearing, and cutting crane 39 cuts and risen positioned at the front side of cutting driving gear 35 Frame 39 drops between two partial gears 37, and the left and right ends of cutting crane 39 are provided with the gear teeth, cut crane The length of the gear teeth is equal with the arc length of partial gear 37 on 39, and the left and right sides of cutting crane 39 is symmetrically arranged with four Individual arc convex, the arc convex positioned at cutting crane 39 upper end are arranged on the top of the gear teeth on cutting crane 39, are located at The arc convex of cutting crane 39 lower end is arranged on the lower section of the gear teeth on cutting crane 39, and crane buckle 310 is U-shaped knot Structure, crane buckle 310 are U-shape structure, and cutting crane 39U type structures are buckled on cutting crane 39 lower end, crane Buckle 310 is arranged on by bolt on the front end face of cutting Connection Bracket 32, and cutting knife supporting plate 311 is arranged on cutting crane On 39, cutter motor 312 is arranged on by motor set on the right side of cutting knife supporting plate 311, and the output shaft of cutter motor 312 passes through Shaft coupling is connected with the right-hand member of cutting knife power transmission shaft 313, and the left end of cutting knife power transmission shaft 313 is arranged on drive connection plate by bearing On 314, drive connection plate 314 is arranged on the left side of cutting knife supporting plate 311, and cutting knife mounting bracket 315 is arranged on cutting knife power transmission shaft On 313 middle part, cutting knife mounting bracket 315 is cube structure, and four cutter bars 320 are symmetrically mounted on cutting knife mounting bracket 315 On side, the outside of cutter bar 320 is provided with cutting knife, and the cutting knife shape that four outsides of cutter bar 320 are set differs, and two Individual limit support board 316 is arranged on cutting crane to being distributed in the both sides up and down of cutting knife supporting plate 311, limit support board 316 On 39, a spacing electronic sliding block 317 is mounted on each limit support board 316, spacing push rod 318 is arranged on spacing electronic On sliding block 317, the top of spacing push rod 318 is provided with position-limited rack 319, and position-limited rack 319 is U-shape structure, during specific works, when needing When being cut to Graphite pad 26, cutter motor 312 is first turned on, turns to the cutter bar 320 of suitable cutting profile The front side of the present apparatus, the position of spacing electronic sliding block 317 is adjusted, position-limited rack 319 is located at the rear side of cutter bar 320, elongation limit Position push rod 318 enables the U-shape structure of position-limited rack 319 to be stuck on the cutter bar 320 of present apparatus upper and lower ends, position-limited rack 319 Play a part of spacing and support to cutter bar 320, displacement is produced when preventing cutter bar 320 from being cut to Graphite pad 26, to stone The cutting of ink pad piece 26 impacts, the position of regulation cutting electric sliding block group 31 so that the cutting knife on cutter bar 320 is positioned at conjunction Suitable cutting position, then cutting motor 34 is controlled to turn clockwise, cutting motor 34 drives cutting driving gear 35 to rotate, with The two cutting meeting of driven gears 36 rotate counterclockwises in the same direction that cutting driving gear 35 is meshed, before cutting driven gear 36 The partial gear 37 of side can be with the cutting synchronous rotary of driven gear 36, partial gear 37 and cutting on the right side of the present apparatus When crane 39 contacts, the partial gear 37 of counter-rotating, which is understood, pushes down on cutting crane 39 under the engagement of the gear teeth again, When partial gear 37 on the right side of the present apparatus separates with cutting crane 39, now cutting crane 39 can be moved to most lower End, while the partial gear 37 on the left of the present apparatus can be in contact with cutting crane 39, on the left of the present apparatus not Complete gear 37, which is rotated further, can drive cutting crane 39 to move up, the partial gear 37 on the left of the present apparatus and cutting When crane 39 separates, cutting crane 39 can be moved to topmost, spacing work of the cutting crane 39 in crane buckle 310 With lower so that cutting crane 39 can only move up and down, cutting the arc convex set on crane 39 can be incomplete Gear 37 plays cushioning effect when being separated with cutting crane 39, prevents one of partial gear 37 and cutting crane 39 The generation of crane 39 displacement is cut during separation, generation cutting crane 39 shows with what another partial gear 37 can not engage As, when cutting crane 39 is moved to bottom, the cutting knife on cutter bar 320 can make cutting action to Graphite pad 26, this When close cutting motor 34, control cutting electric sliding block group 31 is moved rearwards so that cutting knife on cutter bar 320 is from Graphite pad The graphite block cut on 26 is pulled back into preliminary crushing device 4, is then turned on cutting motor 34, control cutting electric sliding block group 31 Suitable position is moved to, above-mentioned action is repeated, Graphite pad 26 can be cut again.

Described preliminary crushing device 4 includes moving lifting bucket 41, elevator scoop contiguous block 42, elevator scoop sliding block group 43, powder 48, two particle storehouse 44, feed bin motor 45, feed bin connecting plate for electric motor 46, feed bin gear 47, driven feed bin gear feed bin rotors 49th, two elevator scoop push rods 410, feed bin drive shaft 411, feed bin motor transmission shaft 412 and two cleaning side chains 413, lifting The bottom face of bucket contiguous block 42 is arranged on the middle part top end face of rotation supporting plate 21, the right-hand member of elevator scoop contiguous block 42 and crushing The bottom left side of feed bin 44 is connected, and elevator scoop sliding block group 43 is arranged on elevator scoop contiguous block 42, elevator scoop sliding block group 43 On two elevator scoop push rods 410 are installed, moving lifting bucket 41 is provided with by hinge on two tops of elevator scoop push rods 410, Crush feed bin 44 and be located at the right side of elevator scoop sliding block group 43, crush and cutter tooth is symmetrically arranged with the front and back sides of feed bin 44, two material Positioned at crushing in feed bin 44, the left end of feed bin rotor 49 is arranged on the left surface for crushing feed bin 44 storehouse rotor 49 by bearing, The right-hand member of feed bin rotor 49 is by bearing through the right side for crushing feed bin 44, and feed bin motor 45 is positioned at the right side for crushing feed bin 44 Side, feed bin motor 45 are arranged on feed bin connecting plate for electric motor 46 by motor set, feed bin connecting plate for electric motor 46 and the phase of transmitting device 5 Connection, the output shaft of feed bin motor 45 are connected by shaft coupling with the right-hand member of feed bin motor transmission shaft 412, the transmission of feed bin motor The left end of axle 412 is connected with positioned at the right-hand member for crushing the rear side feed bin rotor 49 of feed bin 44, and feed bin gear 47 is arranged on feed bin electricity On machine power transmission shaft 412, driven feed bin gear 48 is located at the front side of feed bin gear 47, driven feed bin gear 48 and the phase of feed bin gear 47 Engagement, driven feed bin gear 48 are arranged on feed bin drive shaft 411, and the right-hand member of feed bin drive shaft 411 is installed by bearing On feed bin connecting plate for electric motor 46, the left end of feed bin drive shaft 411 crushes the front side feed bin rotor 49 of feed bin 44 with being located at Right-hand member is connected, and crushes the cutter tooth contour structures set on feed bin 44 and is engaged with the contour structures of feed bin rotor 49, and two clear Side chain 413 is swept to be symmetrically mounted on crushing feed bin 44 lower end inside face；Described cleaning side chain 413 includes cleaning electronic sliding block 4131st, clean connecting plate 4132, clean motor 4133 and cleaning brush 4134, clean electronic sliding block 4131 and be arranged on crushing feed bin 44 On lower end inside face, clean and cleaning connecting plate 4132 is installed on electronic sliding block 4131, clean motor 4133 and pacified by motor set Mounted in cleaning on connecting plate 4132, clean and cleaning brush 4134 is installed on the output shaft of motor 4133, during specific works, work as cutting The graphite block cut is moved to by device 3 when being stacked into a certain amount of in elevator scoop 41, controls elevator scoop sliding block group 43 to the right first Mobile, elevator scoop sliding block group 43 drives the synchronizing moving of elevator scoop 41, the elevator scoop push rod 410 of the left end of control elevator scoop sliding block group 43 Push rod carries out stretching motion so that the position rise of the left end of elevator scoop 41, so as to which the graphite block in elevator scoop 41 be poured into Crush in feed bin 44, be then turned on feed bin motor 45, feed bin motor 45 drives feed bin gear 47 to rotate, feed bin gear 47 drive from Dynamic feed bin gear 48 reversely rotates so that two feed bin rotors 49 carry out the rotation of opposite direction, so as to improve graphite block Crushing effect, crush the cutter tooth that sets on feed bin 44 can prevent graphite block from two feed bin rotors 49 with crush feed bin 44 it Between space slide, while the function of assisted comminution can also be played, after preliminary crushing, control cleans electronic sliding block 4131 move left and right, and open and clean motor 4133 so that cleaning brush 4134 can clean to two feed bin rotors 49, can Graphite residues on two feed bin rotors 49 are cleared up, the present apparatus can carry out preliminary crushing to graphite block and expect two Storehouse rotor 49 is cleaned out.

Described transmitting device 5 include transmission electrical machine 51, transmission electrical machine connecting plate 52, transmission feed bin 53, blanking slideway 54, Active roller 55, transmission return idler 56, transmission carrier bar 57, scraper plate 58, chain 59 and two transmission fixed mounts 510 are transmitted, are passed The top in conveying storehouse 53 is arranged on the bottom for crushing feed bin 44, and two transmission fixed mounts 510 are symmetrically mounted on transmission feed bin 53 Front and back sides on, transmission fixed mount 510 bottom be connected with support baseboard 1, transmission feed bin 53 bottom on be provided with down Expect slideway 54, blanking slideway 54 is U-shape structure, and transmission electrical machine connecting plate 52 is arranged on the leading flank of transmission feed bin 53, transmission For active roller 55 positioned at the interior lower end of transmission feed bin 53, the rear end for transmitting active roller 55 is arranged on transmission feed bin by bearing On 53 trailing flank, the front end of transmission active roller 55 passes through shaft coupling and the output shaft of transmission electrical machine 51 through transmission feed bin 53 It is connected, transmission electrical machine 51 is arranged on transmission electrical machine connecting plate 52 by motor set, and transmission return idler 56 is led positioned at transmission The left upper end of dynamic roller 55, transmission return idler 56 are arranged on by bearing on the inner side of transmission feed bin 53, and chain 59 is arranged on Transmit between active roller 55 and transmission return idler 56, transmission carrier bar 57 is installed on the chain 59, each to transmit on carrier bar 57 A scraper plate 58 is mounted on, scraper plate 58 is U-shape structure, and the outside of scraper plate 58U type structures is pointed, transmits carrier bar 57 and scraper plate 58 be flexible material, during specific works, after preliminary reducing mechanism 4 carries out preliminary crushing to graphite block, and controlling transmission first Motor 51 rotates, transmission electrical machine 51 drive transmission active roller 55 rotate, so as to drive chain 59 transmission active roller 55 with Rotated on transmission return idler 56, the transmission carrier bar 57 installed on chain 59 can move, and transmit the scraper plate 58 on carrier bar 57 The graphite particle for transmitting accumulation in feed bin 53 can be scraped on blanking slideway 54, graphite particle can slide from blanking slideway 54 Into separating twice device 6, transmitting device 5 can prevent graphite particle is deposited in transmission feed bin 53 can not slide into two wheat-middlings In crushing device 6, the effect of transmission graphite particle is served.

Described separating twice device 6 includes grinding barrel 61, crushes motor 62, crush power transmission shaft 63, crush drive connection Plate 64, crushing knife 65, link 66, crushing tremie pipe 67 and two crushing motor support frames 68 are crushed, under grinding barrel 61 is located at Expect the lower section of slideway 54, the middle part of grinding barrel 61 is hollow cylinder structure, and the lower section of grinding barrel 61 is conical hollow structure, is crushed The bottom of bucket 61 is hatch frame, crushes tremie pipe 67 and is arranged on the hatch frame of the bottom of grinding barrel 61, two crushing motors Support frame 68 is symmetrically distributed on the left and right sides of grinding barrel 61, is crushed the upper end of motor support frame 68 and is connected with grinding barrel 61, The lower end for crushing motor support frame 68 is connected with crushing tremie pipe 67, and each crush passes through motor set on motor support frame 68 One crushing motor 62 is installed, each output shaft for crushing motor 62 is crushed under power transmission shaft 63 by shaft coupling and one End is connected, and the upper end for crushing power transmission shaft 63 is connected by bearing with crushing drive connection plate 64, crushes drive connection plate 64 On the top of grinding barrel 61, each crush is mounted on one group of crushing knife 65 on power transmission shaft 63, two groups of crushing knifes 65 The interlaced arrangement in position, the crushing being engaged with two groups of crushing knifes 65 is provided with the hollow cylinder structure at the middle part of grinding barrel 61 Liner, it is incline structure to crush liner upper end, can prevent graphite particle from being slid around crushing knife 65 so that not having cleaved Graphite particle drop to the screen device 7 that shakes, it is each to crush motor support frame 68 so as to improve the effect of separating twice of the present invention Outside be mounted on one crushing link 66, crush link 66 bottom be connected with the upper surface of support baseboard 1, tool During body running, when graphite particle is dropped in grinding barrel 61, first turn on and crush motor 62, crush motor 62 and drive crushing to pass Crushing knife 65 on moving axis 63 is rotated, due to the interlaced arrangement in the position of two groups of crushing knifes 65 so that graphite particle energy Powdery is enough cut into, graphite powder can be that conical hollow structure slides down to crushing tremie pipe 67 from the lower section of grinding barrel 61 It is interior, finally it is slipped to and shakes in screen device 7, separating twice device 6 can carries out graphite particle to be thoroughly ground into powder, have good Crushing effect.

The described screen device 7 that shakes, which includes shaking, to be sieved motor 71, the sieve power transmission shaft 72 that shakes, shakes and sieve drive connection frame 73, cam 74, sieve 75, two, the net screen frame (unit) chute of screen frame (unit) connecting rod 76, two, 77, three sliding bars 78, contraction spring 79, sliding bar support 710, receipts Collect box 711 and two screen frame (unit) connecting plates 712, screen cloth 75 is provided with sieve aperture on the lower section for crushing tremie pipe 67, screen cloth 75, sieves The rear and front end of net 75 is symmetrically installed with two screen frame (unit) connecting plates 712, is symmetrically installed with each bottom of screen frame (unit) connecting plate 712 Two screen frame (unit) connecting rods 76, the bottom of screen frame (unit) connecting rod 76 is slide block structure, and two screen frame (unit) chutes 77 are symmetrically distributed in screen cloth 75 The left and right sides, screen frame (unit) chute 77 is arranged on support baseboard 1, and the slide block structure of screen frame (unit) chute 77 and screen frame (unit) connecting rod 76 matches Connection is closed, the front ends of three sliding bars 78 is mounted on the screen frame (unit) connecting plate 712 of the rear side of screen cloth 75, three sliding bars 78 Rear end is arranged on sliding bar support 710 by way of being slidably matched, and sliding bar support 710 is connected with support baseboard 1, often The individual outside of sliding bar 78 is provided with a contraction spring 79, and contraction spring 79 is mounted on the screen frame (unit) connection of the rear side of screen cloth 75 Between plate 712 and sliding bar support 710, disposable box 711 is placed on the support baseboard 1 of the lower end of screen cloth 75, and the sieve motor 71 that shakes is logical Motor set is crossed on the right-hand member of support baseboard 1 front side, the output shaft for the sieve motor 71 that shakes passes through shaft coupling and the sieve power transmission shaft 72 that shakes Bottom be connected, shake sieve power transmission shaft 72 top by bearing be arranged on shakes sieve drive connection frame 73 on, shake sieve drive connection Frame 73 is arranged on support baseboard 1, and cam 74, which is arranged on, to shake on the middle part of sieve power transmission shaft 72, and height and position and the screen frame (unit) of cam 74 connect The height and position of fishplate bar 712 is corresponding, and during specific works, when graphite powder, which is slipped to, to shake on screen device 7, control first is shaken sieve electricity Machine 71 rotates, and the sieve motor 71 that shakes drives the cam 74 of upper end to rotate, the energy in the presence of the restoring force of contraction spring 79 of screen cloth 75 Enough move left and right, screen cloth 75 can only be moved left and right under the position-limiting action of sliding bar 78 so that the graphite powder on screen cloth 75 It can be sieved, the small meeting of fineness is fallen into disposable box 711, and the larger graphite powder of fineness can be stayed on screen cloth 75, work as screening After end, manually the larger graphite powder of fineness on screen cloth 75 is poured into and crushed in feed bin 44, carries out circulation crushing, so as to complete pair The screening of graphite powder.

During work, the first step：The length of lifting electric putter 212 is adjusted first so that screens connector 216 is moved to stone The position of ink pad piece 26, elongation screens electric pushrod 215 make the U-shape structure of screens connector 216 block the interior of Graphite pad 26 Side, then adjust the length of first angle push rod 283 and second angle push rod 284 so that consolidating on second angle push rod 284 Fixed board 285 is attached to the top upper end of Graphite pad 26, and the latch of fixed plate 285 can be tightly stuck on Graphite pad 26, so as to complete Into being acted to the fixed of Graphite pad 26, Graphite pad 26 is set to be stably fixed on swivel plate 25, second step：First turn on Cutter motor 312, the cutter bar 320 of suitable cutting profile is turned to the front side of the present apparatus, adjust spacing electronic sliding block 317 Position, position-limited rack 319 is located at the rear side of cutter bar 320, extend spacing push rod 318 and enable the U-shape structure of position-limited rack 319 It is stuck on the cutter bar 320 of the upper and lower ends of cutting knife mounting bracket 315, position-limited rack 319 plays spacing with supporting to cutter bar 320 Effect, produce displacement when preventing cutter bar 320 from being cut to Graphite pad 26, the cutting to Graphite pad 26 impacts, adjust Save the position of cutting electric sliding block group 31 so that the cutting knife on cutter bar 320 is located at suitable cutting position, then control cutting Motor 34 turns clockwise, and cutting motor 34 drives cutting driving gear 35 to rotate, two to be meshed with cutting driving gear 35 Individual cutting driven gear 36 can rotate counterclockwise in the same direction, the partial gear 37 positioned at the front side of cutting driven gear 36 can be with cutting Cut the synchronous rotary of driven gear 36, when right side partial gear 37 with cutting crane 39 contact when, counter-rotating it is endless All gear 37 can push down on cutting crane 39 under the engagement of the gear teeth again, when partial gear 37 and the cutting on right side lift When frame 39 separates, bottom can be moved to by now cutting crane 39, while the partial gear 37 in left side can lift with cutting Frame 39 is in contact, and the partial gear 37 in left side, which is rotated further, can drive cutting crane 39 to move up, endless when left side When all gear 37 separates with cutting crane 39, cutting crane 39 can be moved to topmost, and cutting crane 39 is in crane Cause cutting crane 39 to move up and down under the position-limiting action of buckle 310, cut the arc set on crane 39 Projection can play cushioning effect when partial gear 37 separates with cutting crane 39, prevent one of partial gear 37 cut crane 39 when being separated with cutting crane 39 produces displacement, produces cutting crane 39 and another partial gear 37 phenomenons that can not be engaged, when cutting crane 39 is moved to bottom, the cutting knife on cutter bar 320 can be to Graphite pad 26 Make cutting action, now close cutting motor 34, control cutting electric sliding block group 31 is moved rearwards so that on cutter bar 320 The graphite block that cutting knife is cut from Graphite pad 26 is pulled back into moving lifting bucket 41, subsequently controls electric rotating machine 27 to rotate Certain angle, electric rotating machine 27 can drive Graphite pad 26 fixed on swivel plate 25 to rotate so that Graphite pad 26 rotates To next cutting position, control cutter device 3 is cut to Graphite pad 26 again, when the cutting of Graphite pad 26 finishes Afterwards, adjusting the length of first angle push rod 283 and second angle push rod 284 makes fixed plate 285 release to the top of Graphite pad 26 Fixation, shrink screens electric pushrod 215 so that screens connector 216 releases the fixation to the inner side of Graphite pad 26, manually will The Graphite pad 26 of well cutting is removed, the 3rd step：It is stacked into when the graphite block cut is moved in elevator scoop 41 by cutter device 3 When a certain amount of, elevator scoop sliding block group 43 is controlled to move right first, elevator scoop sliding block group 43 drives the synchronizing moving of elevator scoop 41, control The push rod of elevator scoop push rod 410 of the left end of elevator scoop sliding block group 43 processed carries out stretching motion so that the position of the left end of elevator scoop 41 Rise, crushed so as to which the graphite block in elevator scoop 41 be poured into feed bin 44, be then turned on feed bin motor 45, feed bin motor 45 Feed bin gear 47 is driven to rotate, feed bin gear 47 drives driven feed bin gear 48 to reversely rotate so that two feed bin rotors 49 enter The rotation of row opposite direction, so as to improve the crushing effect of graphite block, crushing the cutter tooth set on feed bin 44 can prevent Graphite block is from two feed bin rotors 49 and crushes the space landing between feed bin 44, while can also play the work(of assisted comminution Can, after preliminary crushing, control cleans electronic sliding block 4131 and moved left and right, and opens and cleans motor 4133 so that cleaning brush 4134 can clean to two feed bin rotors 49, can clear up the graphite residues on two feed bin rotors 49, just Step reducing mechanism 4 can carry out preliminary crushing to graphite block and clean out two feed bin rotors 49, the 4th step：When preliminary powder After crushing device 4 carries out preliminary crushing to graphite block, controlling transmission motor 51 rotates first, and transmission electrical machine 51 drives transmission actively to roll Wheel 55 rotates, so as to drive chain 59, with being rotated on transmission return idler 56, to be installed in transmission active roller 55 on chain 59 Transmission carrier bar 57 can be moved, and the graphite particle for transmitting accumulation in feed bin 53 can be scraped down by transmitting the scraper plate 58 on carrier bar 57 Expect on slideway 54, graphite particle can be slipped in grinding barrel 61 from blanking slideway 54, and transmitting device 5 can prevent that graphite is broken Material is deposited in transmission feed bin 53 and can not slided into grinding barrel 61, serves the effect of transmission graphite particle, the 5th step：Work as stone When black particle is dropped in grinding barrel 61, first turn on and crush motor 62, crush motor 62 and drive the powder crushed on power transmission shaft 63 Broken knife 65 is rotated, due to the interlaced arrangement in the position of two groups of crushing knifes 65 so that graphite particle can be cut into powder Shape, graphite powder can be that conical hollow structure is slid down in crushing tremie pipe 67 from the lower section of grinding barrel 61, finally be slipped to In screen cloth 75, separating twice device 6 can carry out graphite particle thoroughly be ground into powder, have a good crushing effect, and the 6th Step：When graphite powder is slipped on screen cloth 75, the sieve motor 71 that shakes is controlled to rotate first, the sieve motor 71 that shakes drives the cam 74 of upper end Rotate, screen cloth 75 can move left and right in the presence of the restoring force of contraction spring 79, spacing work of the screen cloth 75 in sliding bar 78 It can only be moved left and right under so that the graphite powder on screen cloth 75 can carry out rocking screening, and the small meeting of fineness falls into collection In box 711, the larger graphite powder of fineness can be stayed on screen cloth 75, manually that fineness on screen cloth 75 is larger after screening terminates Graphite powder, which pours into, to be crushed in feed bin 44, is carried out circulation crushing, is completed the screening to graphite powder, realizes Graphite pad and add automatically Work is processed into the function of graphite powder into various shapes shape and the graphite block to cutting, and solves existing outer to graphite flake progress Existing operating efficiency is low, mechanization degree is low, Graphite pad sharp processing shape is single when shape is processed, can not be to the stone that cuts Ink stick collect automatically, can not be ground into certain fineness when being crushed to graphite block, can not be automatic to the graphite powder processed The problems such as screening, have reached purpose.

The basic principles, principal features and advantages of the present invention have been shown and described above.The technical staff of the industry should Understand, the present invention is not limited to the above embodiments, and the description in above-described embodiment and specification simply illustrates the present invention Principle, without departing from the spirit and scope of the present invention, various changes and modifications of the present invention are possible, and these change and changed Enter all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent Define.

Claims (8)

1. a kind of refractory material Graphite pad being made into one streamline for Ferrous Metallurgy, including support baseboard (1), clamping Rotating device (2), cutter device (3), preliminary crushing device (4), transmitting device (5), separating twice device (6) and the screen device that shakes (7), it is characterised in that：Described support baseboard (1) is rectangular parallelepiped structure, and clamping-rotating device (2) is arranged on support baseboard (1) On, cutter device (3) is arranged on the rear side of clamping-rotating device (2), and preliminary crushing device (4) is located at clamping-rotating device (2) right side, preliminary crushing device (4) are connected with clamping-rotating device (2), and transmitting device (5) is arranged on preliminary crushing device (4) on lower end, separating twice device (6) is located at below transmitting device (5), and separating twice device (6) is arranged on support baseboard (1) on, the screen device that shakes (7) is located at the lower section of separating twice device (6), and the screen device that shakes (7) is connected with support baseboard (1)；Its In：

Described clamping-rotating device (2) include rotation supporting plate (21), four rotation board mounts (22), rotary chute (23), Four rotary chute pillars (24), swivel plate (25), Graphite pad (26), electric rotating machine (27), four side chains that are fixed and clamped (28), motor chute (29), lifting bottom plate (210), four motor chute pillars (211), lifting electric putter (212), lifting Top plate (213), lifting connecting pole (214), four screens electric pushrods (215) and screens connector (216), rotate supporting plate (21) it is arranged on by four rotation board mounts (22) on support baseboard (1), rotation is installed on the front end of rotation supporting plate (21) Turn chute (23), swivel plate (25) is circular shape structure, circular groove is provided with the middle part of swivel plate (25), swivel plate (25) is positioned at rotation Turn above supporting plate (21), four rotary chute pillars (24) are symmetrically mounted on the lower surface of swivel plate (25), rotary chute The bottom of pillar (24) is slide block structure, and the slide block structure and rotary chute (23) of rotary chute pillar (24) are in mating connection, Graphite pad (26) is placed on above swivel plate (25), and the circular groove size on swivel plate (25) is more than Graphite pad (26) inner ring chi Very little, electric rotating machine (27) is arranged in rotation supporting plate (21) by motor set, and electric rotating machine (27) is located at rotary chute (23) Interior, the output shaft of electric rotating machine (27) is connected with lifting bottom plate (210), and motor is provided with the bottom of lifting bottom plate (210) Four motor chute pillars (211), motor chute pillar (211) is distributed with chute (29), the bottom symmetrical of lifting bottom plate (210) Bottom is arranged in rotation supporting plate (21), and the top of motor chute pillar (211) is slide block structure, motor chute pillar (211) slide block structure and motor chute (29) are in mating connection, and lifting electric putter (212) is arranged on lifting bottom plate (210) Top on, be provided with the top of lifting electric putter (212) lifting top plate (213), lifting connecting pole (214) be arranged on rise Drop on top plate (213), lift and four screens electric pushrods (215) are symmetrically installed with the middle part of connecting pole (214), each screens electricity A screens connector (216) is mounted at the top of dynamic push rod (215), screens connector (216) is U-shape structure, and four solid The tight side chain of level pressure (28) is symmetrically mounted on the top of lifting connecting pole (214).

2. a kind of refractory material Graphite pad being made into one streamline for Ferrous Metallurgy according to claim 1, It is characterized in that：Described cutter device (3) includes cutting electric sliding block group (31), cutting Connection Bracket (32), cutting branch Fagging (33), cutting motor (34), cutting driving gear (35), two cutting driven gears (36), partial gear (37), from Turn axle (38), cutting crane (39), crane buckle (310), cutting knife supporting plate (311), cutter motor (312), cutting knife Power transmission shaft (313), drive connection plate (314), cutting knife mounting bracket (315), two limit support boards (316), spacing electronic sliding block (317), spacing push rod (318), position-limited rack (319) and four cutter bars (320), cutting electric sliding block group (31) are arranged on rotation On the rear side of supporting plate (21), cutting Connection Bracket (32) is installed in cutting electric sliding block group (31), cuts supporting plate (33) it is arranged on cutting Connection Bracket (32), cutting motor (34) is arranged on cutting supporting plate (33) upper end by motor set On middle part, cutting driving gear (35) is installed on the output shaft of cutting motor (34), be meshed with cutting driving gear (35) Two cutting driven gears (36) at left and right sides of cutting driving gear (35), each cut the front end of driven gear (36) Middle part is provided with a partial gear (37), and the position of two partial gears (37) is corresponding, each partial gear (37) driven spindle (38) is mounted in the middle part of, the middle part of driven spindle (38) passes through cutting driven gear (36), from The rear end of turn axle (38) is arranged in cutting supporting plate (33) by bearing, and cutting crane (39) is positioned at cutting driving gear (35) front side, and crane (39) is cut between two partial gears (37), the left and right ends of cutting crane (39) It is provided with the gear teeth, the length of the gear teeth is equal with the arc length of partial gear (37) on cutting crane (39), crane Buckle (310) is U-shape structure, and crane buckle (310) is U-shape structure, and cutting crane (39) U-shape structure is buckled in cutting and risen Drop on frame (39) lower end, crane buckle (310) is arranged on by bolt on the front end face of cutting Connection Bracket (32), cutting knife Supporting plate (311) is arranged on cutting crane (39), and cutter motor (312) is arranged on cutting knife supporting plate by motor set (311) on right side, the output shaft of cutter motor (312) is connected by shaft coupling with the right-hand member of cutting knife power transmission shaft (313), is cut The left end of cutter drive shaft (313) is arranged on drive connection plate (314) by bearing, and drive connection plate (314) is arranged on cutting knife On the left side of supporting plate (311), cutting knife mounting bracket (315) is arranged on the middle part of cutting knife power transmission shaft (313), cutting knife mounting bracket (315) it is cube structure, four cutter bars (320) are symmetrically mounted on the side of cutting knife mounting bracket (315), cutter bar (320) cutting knife is provided with the outside of, and the cutting knife shape set on the outside of four cutter bars (320) differs, two spacing branch Fagging (316) is arranged on cutting crane to being distributed in the both sides up and down of cutting knife supporting plate (311), limit support board (316) (39) on, a spacing electronic sliding block (317) is mounted on each limit support board (316), spacing push rod (318) is arranged on On spacing electronic sliding block (317), position-limited rack (319) is installed at the top of spacing push rod (318), position-limited rack (319) is U-shaped knot Structure.

3. a kind of refractory material Graphite pad being made into one streamline for Ferrous Metallurgy according to claim 1, It is characterized in that：Described preliminary crushing device (4) includes moving lifting bucket (41), elevator scoop contiguous block (42), elevator scoop and slided Block group (43), crush feed bin (44), feed bin motor (45), feed bin connecting plate for electric motor (46), feed bin gear (47), driven feed bin tooth Take turns (48), two feed bin rotors (49), two elevator scoop push rods (410), feed bin drive shaft (411), feed bin motor transmission shaft (412) and two clean side chain (413), and the bottom face of elevator scoop contiguous block (42) is arranged on the middle part top of rotation supporting plate (21) On end face, the right-hand member of elevator scoop contiguous block (42) is connected with crushing the bottom left side of feed bin (44), elevator scoop sliding block group (43) it is arranged on elevator scoop contiguous block (42), two elevator scoop push rods (410) is installed in elevator scoop sliding block group (43), two Moving lifting bucket (41) is provided with by hinge at the top of elevator scoop push rod (410), feed bin (44) is crushed and is located at elevator scoop sliding block On the right side of group (43), crush and be symmetrically arranged with cutter tooth on the front and back sides of feed bin (44), two feed bin rotors (49) are located at crushed material In storehouse (44), the left end of feed bin rotor (49) is arranged on by bearing on the left surface for crushing feed bin (44), feed bin rotor (49) Right-hand member by bearing through crush feed bin (44) right side, feed bin motor (45) positioned at crush feed bin (44) right side, material Storehouse motor (45) is arranged on feed bin connecting plate for electric motor (46) by motor set, feed bin connecting plate for electric motor (46) and transmitting device (5) it is connected, the output shaft of feed bin motor (45) is connected by shaft coupling with the right-hand member of feed bin motor transmission shaft (412), material The left end of storehouse motor transmission shaft (412) is connected with positioned at the right-hand member for crushing feed bin rotor (49) on rear side of feed bin (44), feed bin tooth Take turns (47) to be arranged on feed bin motor transmission shaft (412), driven feed bin gear (48) is located at the front side of feed bin gear (47), driven Feed bin gear (48) is meshed with feed bin gear (47), and driven feed bin gear (48) is arranged on feed bin drive shaft (411), material The right-hand member of storehouse drive shaft (411) is arranged on feed bin connecting plate for electric motor (46) by bearing, a left side for feed bin drive shaft (411) Hold and be connected with positioned at the right-hand member for crushing feed bin rotor (49) on front side of feed bin (44), two clean side chain (413) and are symmetrically mounted on On feed bin (44) the lower end inside face of crushing.

4. a kind of refractory material Graphite pad being made into one streamline for Ferrous Metallurgy according to claim 1, It is characterized in that：Described transmitting device (5) include transmission electrical machine (51), transmission electrical machine connecting plate (52), transmission feed bin (53), Blanking slideway (54), transmission active roller (55), transmission return idler (56), transmission carrier bar (57), scraper plate (58), chain (59) With two transmission fixed mounts (510), the top of transmission feed bin (53) is arranged on the bottom for crushing feed bin (44), and two transmission are solid Determine frame (510) to be symmetrically mounted on the front and back sides of transmission feed bin (53), the bottom of transmission fixed mount (510) and support baseboard (1) it is connected, blanking slideway (54) is installed on the bottom of transmission feed bin (53), blanking slideway (54) is U-shape structure, transmission electricity Machine connecting plate (52) is arranged on the leading flank of transmission feed bin (53), and transmission active roller (55) is interior positioned at transmission feed bin (53) Subordinate end, the rear end of transmission active roller (55) are arranged on by bearing on the trailing flank of transmission feed bin (53), and transmission is actively rolled The front end of wheel (55) is connected through transmission feed bin (53) by shaft coupling with the output shaft of transmission electrical machine (51), transmission electrical machine (51) it is arranged on by motor set on transmission electrical machine connecting plate (52), transmission return idler (56) is positioned at transmission active roller (55) Left upper end, transmission return idler (56) by bearing be arranged on transmission feed bin (53) inner side on, chain (59) be arranged on pass Between defeated active roller (55) and transmission return idler (56), transmission carrier bar (57) is arranged on chain (59), each chain A scraper plate (58) is mounted on plate (57), scraper plate (58) is U-shape structure, and the outside of scraper plate (58) U-shape structure is pointed, is passed Defeated carrier bar (57) and scraper plate (58) are flexible material.

5. a kind of refractory material Graphite pad being made into one streamline for Ferrous Metallurgy according to claim 1, It is characterized in that：Described separating twice device (6) includes grinding barrel (61), crushes motor (62), crushes power transmission shaft (63), powder Broken drive connection plate (64), crushing knife (65), crush link (66), crushing tremie pipe (67) and two crushing motor support frames (68), grinding barrel (61) is located at the lower section of blanking slideway (54), is hollow cylinder structure in the middle part of grinding barrel (61), and grinding barrel (61) lower section is conical hollow structure, and the bottom of grinding barrel (61) is hatch frame, crushes tremie pipe (67) and is arranged on crushing On the hatch frame of bucket (61) bottom, two crush the left and right sides that motor support frame (68) is symmetrically distributed in grinding barrel (61) On, crush motor support frame (68) upper end and be connected with grinding barrel (61), under the lower end and crushing that crush motor support frame (68) Expects pipe (67) is connected, and each crushes and is provided with a crushing motor (62) by motor set on motor support frame (68), often The lower end that the individual output shaft for crushing motor (62) crushes power transmission shaft (63) by shaft coupling with one is connected, and crushes power transmission shaft (63) upper end is connected by bearing with crushing drive connection plate (64), is crushed drive connection plate (64) and is arranged on grinding barrel (61) on top, each crush on power transmission shaft (63) and be mounted on one group of crushing knife (65), the position of two groups of crushing knifes (65) Interlaced arrangement, the crushing being engaged with two groups of crushing knifes (65) is provided with the hollow cylinder structure in the middle part of grinding barrel (61) Liner, it is incline structure to crush liner upper end, each crushes and a crushing connection is mounted on the outside of motor support frame (68) Frame (66), the bottom for crushing link (66) are connected with the upper surface of support baseboard (1).

6. a kind of refractory material Graphite pad being made into one streamline for Ferrous Metallurgy according to claim 1, It is characterized in that：The described screen device that shakes (7), which includes shaking, to be sieved motor (71), the sieve power transmission shaft (72) that shakes, shakes and sieve drive connection frame (73), cam (74), screen cloth (75), two screen frame (unit) connecting rods (76), two screen frame (unit) chutes (77), three sliding bars (78), receipts Contracting spring (79), sliding bar support (710), disposable box (711) and two screen frame (unit) connecting plates (712), screen cloth (75) is positioned at crushing The lower section of tremie pipe (67), the rear and front end of screen cloth (75) are symmetrically installed with two screen frame (unit) connecting plates (712), each screen frame (unit) connection It is symmetrically installed with two screen frame (unit) connecting rods (76) on plate (712) bottom, the bottom of screen frame (unit) connecting rod (76) is slide block structure, two Individual screen frame (unit) chute (77) is symmetrically distributed in the left and right sides of screen cloth (75), and screen frame (unit) chute (77) is arranged on support baseboard (1), sieve Frame chute (77) and the slide block structure of screen frame (unit) connecting rod (76) are in mating connection, and the front end of three sliding bars (78) is mounted on On screen frame (unit) connecting plate (712) on rear side of screen cloth (75), the rear end of three sliding bars (78) is arranged on by way of being slidably matched On sliding bar support (710), sliding bar support (710) is connected with support baseboard (1), is respectively provided with the outside of each sliding bar (78) There is a contraction spring (79), contraction spring (79) is mounted on screen frame (unit) connecting plate (712) and slip on rear side of screen cloth (75) Between bar support (710), disposable box (711) is placed on the support baseboard (1) of screen cloth (75) lower end, and the sieve motor (71) that shakes passes through On motor set is arranged on front side of support baseboard (1) right-hand member, the output shaft for the sieve motor (71) that shakes passes through shaft coupling and the sieve power transmission shaft that shakes (72) bottom is connected, and the top for the sieve power transmission shaft (72) that shakes is arranged on by bearing to shake on sieve drive connection frame (73), and shake sieve The frame (73) that is connected is arranged on support baseboard (1), and cam (74), which is arranged on, to shake on sieve power transmission shaft (72) middle part, cam (74) Height and position it is corresponding with the height and position of screen frame (unit) connecting plate (712).

7. a kind of refractory material Graphite pad being made into one streamline for Ferrous Metallurgy according to claim 1, It is characterized in that：The described side chain that is fixed and clamped (28) includes the first cursor (281), the second cursor (282), first angle Push rod (283), second angle push rod (284), fixed plate (285) and support spring (286), the first cursor (281) bottom lead to Cross hinge to be arranged on the top of lifting connecting pole (214), pass through bearing pin and the second cursor at the top of the first cursor (281) (282) it is connected, first angle push rod (283) is arranged on inner side and the lifting connecting pole of the first cursor (281) by hinge (214) between top, second angle push rod (284) is arranged on the first cursor (281) and the second cursor by hinge (282) between, the outside of the second cursor (282) is connected by hinge with fixed plate (285), the bottom of fixed plate (285) Latch is provided with, support spring (286) is arranged between fixed plate (285) and the second cursor (282).

8. a kind of refractory material Graphite pad being made into one streamline for Ferrous Metallurgy according to claim 3, It is characterized in that：Described cleaning side chain (413) includes cleaning electronic sliding block (4131), cleans connecting plate (4132), cleans electricity Machine (4133) and cleaning brush (4134), clean electronic sliding block (4131) and be arranged on feed bin (44) the lower end inside face of crushing, clean It is provided with electronic sliding block (4131) and cleans connecting plate (4132), is cleaned motor (4133) and cleaning connection is arranged on by motor set On plate (4132), clean and cleaning brush (4134) is installed on the output shaft of motor (4133).