CN212525977U

CN212525977U - Vertical plate auxiliary equipment for casting and rolling machine

Info

Publication number: CN212525977U
Application number: CN202021590592.4U
Authority: CN
Inventors: 曾虎; 贾志成; 苗涛; 梁继东
Original assignee: Luoyang Wanji Aluminium Processing Co Ltd
Current assignee: Luoyang Wanji Aluminium Processing Co Ltd
Priority date: 2020-08-04
Filing date: 2020-08-04
Publication date: 2021-02-12
Anticipated expiration: 2030-08-04

Abstract

A vertical plate auxiliary device for a casting and rolling machine relates to the technical field of aluminum processing casting and rolling, and comprises a control device, a device frame body, a driving mechanism, a material breaking mechanism, a material scraping mechanism and a roller sweeping mechanism, wherein the material scraping mechanism is used for scraping plate slag attached to the roller surface of a lower casting and rolling roller and then sending the plate slag into the material breaking mechanism, the material breaking mechanism is used for pulling and breaking the plate slag sent by the material scraping mechanism at intervals and then sending the plate slag into a waste bin, and the roller sweeping mechanism can utilize the front end to clean the residue attached to the roller surface of the lower casting and rolling roller; this riser auxiliary assembly for cast-rolling mill can be when the riser runs the sediment, and the sediment is moved and the clearance work to mechanized, automatic going on, improves riser quality, has eliminated the potential safety hazard.

Description

Vertical plate auxiliary equipment for casting and rolling machine

Technical Field

The utility model belongs to the technical field of the aluminium processing cast rolling technique and specifically relates to a riser auxiliary assembly for cast rolling machine is related to.

Background

As is known, when the vertical plate of an aluminum casting and rolling machine, especially an inclined casting and rolling machine, most of the vertical plate methods adopted are high-temperature high-speed vertical plate methods, high-temperature aluminum melt flows out of a casting nozzle and flows through a casting and rolling area, and is led out from a gap between two casting and rolling rollers rotating at high speed, personnel at the outlet side needs to timely remove solidified aluminum taken out by the casting and rolling rollers and clean the roller surface, the process is called slag running and generally lasts for 5-30 minutes, when the solidified aluminum adhered to a lower casting and rolling roller is uniform and a cavity of the casting nozzle is not blocked, the speed can be reduced to discharge the plate, process parameters can be adjusted simultaneously, and roller cooling water is put into to complete vertical; the slag that moves when the riser runs the sediment, sweep roller work and need personnel highly to cooperate, just can guarantee the riser quality, the purpose of running the sediment: firstly, the box body, the launder, the front box and the casting nozzle of the online system are washed by the high-speed flowing aluminum liquid, so that the channel through which the aluminum liquid flows is cleaner; secondly, further baking the launder, the front box and the casting nozzle to volatilize part of water vapor remained in the launder, and to be adsorbed and carried out by aluminum liquid, thereby ensuring the product quality during normal cast rolling production;

the slag running work of the current vertical plate is completed by manual cross matching, operators are extremely easy to be improperly matched in the slag running process which is nervous and complex, the quality of the vertical plate is poor, the situations that a product has defects or the vertical plate fails and the like are caused, and the situations that the operators are injured are caused easily by high-temperature aluminum slag and the slag receiving tools used by the operators, so that a vertical plate auxiliary device is urgently needed in the casting and rolling industry to replace manual operation when the vertical plate runs slag, thereby ensuring the quality of the vertical plate and eliminating potential safety hazards.

Disclosure of Invention

In order to overcome the deficiency in the background art, the utility model discloses a vertical plate auxiliary assembly for casting and rolling machine can be when the slag is run to the vertical plate, and mechanized, automatic move the sediment and clear up the work.

In order to achieve the purpose, the utility model adopts the following technical scheme:

a vertical plate auxiliary device for a casting and rolling machine comprises a control device, a device frame body, a driving mechanism, a material breaking mechanism, a material scraping mechanism and a roller sweeping mechanism, wherein the material breaking mechanism, the material scraping mechanism and the roller sweeping mechanism are driven by the driving mechanism to work respectively; the equipment frame body comprises a base plate, wherein trundles are arranged below the base plate, a lifting mechanism capable of driving the base plate to vertically lift and position is arranged between the base plate and the trundles, and an installation box and a waste box with an opening at the top are respectively fixed at the front end and the rear end of the upper surface of the base plate; the scraping mechanism is fixed at the top of the front plate of the mounting box and is used for scraping plate slag attached to the roll surface of the lower casting and rolling roll and then sending the scraped plate slag into the material breaking mechanism; the material breaking mechanism is fixed on the top surface of the installation box and used for breaking the plate slag sent by the scraping mechanism at intervals and sending the broken plate slag into a waste box; the rear end of the roller sweeping mechanism is rotationally connected with the middle part of the front plate of the mounting box and can utilize the front end to clean residues adhered to the roller surface of the lower casting-rolling roller; the lower part of the front plate of the installation box is provided with a positioning mechanism for controlling the rotation and the positioning of the roller sweeping mechanism; the positioning mechanism, the lifting mechanism and the driving mechanism are respectively in signal connection with the control device.

Further, actuating mechanism contains the fixed gear motor of face on the horizontal baffle that sets up in the install bin, gear motor's output shaft coaxial fixation has action wheel I, action wheel II and the action wheel III that sets up side by side, action wheel I, action wheel II and action wheel III are connected with disconnected material mechanism, scraping mechanism and the transmission of roller mechanism through the hold-in range respectively.

Furthermore, the material cutting mechanism comprises a driving roller and a pressing roller which are horizontal and mutually correspond, and two vertical supports which are symmetrically fixed on two sides of the top surface of the installation box, two ends of the driving roller are respectively and correspondingly and rotatably connected with the lower parts of the two vertical supports through lower bearing seats, one end of the driving roller rotatably penetrates through the corresponding vertical support, and a driven wheel I which is in chain transmission connection with the driving wheel I is coaxially fixed on the driving roller I; the two ends of the compression roller are respectively rotatably provided with two upper bearing seats, the upper parts of two vertical supports are respectively provided with vertical slideways which are matched with the corresponding upper bearing seats to insert, the top surfaces of the vertical supports are provided with top through holes which penetrate through the corresponding vertical slideways, limiting columns penetrate through the top through holes, the bottom ends of the limiting columns are fixedly connected with the corresponding upper bearing seats, limiting nuts are screwed on the top ends of the limiting columns, and compression springs are sleeved on column bodies of the limiting columns, which correspond to the vertical slideways.

Furthermore, the scraping mechanism comprises two symmetrical scraping supports and a belt transmission structure which is arranged between the two scraping supports and mainly comprises a scraping belt and two belt rollers, the rear end of each scraping support is fixed at the top of the front plate of the installation box, the two belt rollers are arranged in front of and behind the front plate of the installation box to respectively correspond to the lower casting-rolling roller and the material breaking mechanism, and a plurality of scraping plates are uniformly arranged on the outer surface of the scraping belt along the transmission circumferential direction; one end of any belt roller penetrates through the corresponding scraping support in a rotating mode, and a driven wheel II which is in chain transmission connection with the driving wheel II is coaxially fixed.

Further, the roller sweeping mechanism comprises a roller sweeping bracket and a brush roller which is rotatably arranged at the front end of the roller sweeping bracket through a bearing with a seat, and the rear end of the roller sweeping bracket is hinged with the middle part of the front plate of the mounting box; one end of the brush roller is coaxially fixed with a driven wheel III which is in chain transmission connection with a driving wheel III, and the chain transmission structures of the driving wheel III and the driven wheel III are further provided with tensioning devices used for controlling tensioning of chains.

Further, the positioning mechanism is a worm gear screw driving and reversing machine arranged on the lower portion of the front plate of the installation box, and the rod end of a mandril of the worm gear screw driving and reversing machine is connected with the middle portion of the roller sweeping support in a corresponding magnetic attraction mode.

Further, between scraping mechanism and the disconnected material mechanism, all be equipped with between disconnected material mechanism and the waste bin and pass the flitch, the last face interval arrangement of passing the flitch is equipped with a plurality of bull's eye wheels.

Further, the chassis of the equipment support body is set as a weight plate, the lifting mechanism is set as a worm gear lead screw lifter installed on the upper surface of the chassis, the rod end of a mandril of the worm gear lead screw lifter faces and is fixed with a wheel carrier of a trundle in a rotating mode, and the trundle at the rear end of the equipment support body is set as a universal wheel with a brake.

Further, the control device comprises an operation panel, a touch screen is arranged outside the operation panel, a chip is arranged in the operation panel, and a control program is prefabricated on the chip and can realize the following steps: when the slag running speed of the vertical plate of the aluminum casting and rolling machine is input on the touch screen, the speed reducing motor automatically matches with a proper rotating speed to drive auxiliary equipment to work; when different roll diameters and different axial heights of the lower casting and rolling roll are input on the touch screen, the lifting mechanism and the positioning mechanism automatically act, so that the scraping mechanism and the roll sweeping mechanism can be automatically adjusted in place.

Due to the adoption of the technical scheme, the utility model discloses following beneficial effect has:

the utility model discloses a riser auxiliary assembly for a casting and rolling machine, which integrates a scraping mechanism, a roller sweeping mechanism, a material breaking mechanism, a driving mechanism and a control device on an equipment frame body, so that the utility model has compact structure, reasonable layout and convenient movement, thereby being capable of being transferred to a rolling machine needing a riser for use in front of the rolling machine; the scraping mechanism is characterized in that scraping plates are arranged on a scraping belt by utilizing the belt conveying principle, and the scraping plates are driven to sequentially scrape materials by the ceaseless rotation of the scraping belt, so that manual repeated material receiving work is replaced, the labor is saved, and the efficiency is improved; the roller sweeping mechanism is characterized in that palm hairs on a broom of the manual roller sweeping are densely arranged on the brush roller, and the manual roller sweeping is replaced by the rotation of the brush roller, so that the roller sweeping mechanism has the advantages of labor saving and more uniformity than the manual roller sweeping; the pressing roller of the material breaking mechanism can be adjusted to lift, so that the roller gap between the pressing roller and the driving roller can clamp and convey the slag running plate belt passing through, the roller gap corresponds to the roller gap between the two casting rollers in height, the slag running plate belt is more easily broken and taken out when not completely solidified in a casting and rolling area, and the slag running plate belt is transferred to a waste material box for collection and cleaning, so that manual material breaking and moving operations are replaced, and the material breaking and moving are more stable and safe; the control device can be operated by personnel conveniently, the action of the related components is controlled by inputting related data, certain intelligentization and automation characteristics are realized, and execution of various instructions can be more accurate; to sum up, for the operation of traditional artifical riser running the sediment, the utility model discloses an auxiliary assembly for riser not only can replace the manual work to connect the material and sweep roller work when the sediment is run to the aluminium casting rolling mill riser, can improve the riser quality moreover, has eliminated the potential safety hazard, has that the suitability is strong, the reliability is high, simple structure practices thrift characteristics such as manual work.

Drawings

Fig. 1 is a schematic view of the present invention;

FIG. 2 is a schematic structural view of the driving mechanism;

FIG. 3 is a schematic structural diagram of the material breaking mechanism;

FIG. 4 is a schematic structural view of the scraping mechanism;

FIG. 5 is a schematic structural view of the roller sweeping mechanism;

fig. 6 is a schematic structural diagram of the material conveying plate.

In the figure: 1. a control device; 2. an equipment rack body; 201. a chassis; 202. a waste bin; 203. installing a box; 204. a caster wheel; 3. a drive mechanism; 301. a driving wheel I; 302. a driving wheel II; 303. a driving wheel III; 304. a reduction motor; 4. a material conveying plate; 401. a bull's eye wheel; 5. a material breaking mechanism; 501. a driven wheel I; 502. a vertical support; 503. a driving roller; 504. a lower bearing seat; 505. a compression spring; 506. an upper bearing seat; 507. a pressure roller; 508. a limit nut; 509. a limiting column; 6. a scraping mechanism; 601. a scraping support; 602. a driven wheel II; 603. a belt roller; 604. scraping the material belt; 605. a squeegee; 7. a roller sweeping mechanism; 701. a sweeping roller bracket; 702. a brush roller; 703. a driven wheel III; 704. a pedestal bearing; 8. a positioning mechanism; 9. a tensioning device; 10. a lifting mechanism.

Detailed Description

The present invention can be explained in detail by the following embodiments, and the purpose of disclosing the present invention is to protect all technical improvements within the scope of the present invention, and the present invention is not limited to the following embodiments; in the description of the present invention, it should be understood that if there is an orientation or positional relationship indicated by the terms "upper", "lower", "front", "rear", "left", "right", etc., it is only corresponding to the drawings of the present application, and for the convenience of describing the present invention, it is not intended to indicate or imply that the device or element referred to must have a particular orientation:

the vertical plate auxiliary equipment for the casting and rolling machine described in conjunction with the attached drawings 1-6 comprises a control device 1, an equipment frame body 2, a driving mechanism 3, a material breaking mechanism 5, a material scraping mechanism 6 and a roller sweeping mechanism 7 which are driven by the driving mechanism 3 to work respectively; the equipment frame body 2 comprises a chassis 201 with casters 204 mounted below, and the casters 204 can be two directional wheels and two universal wheels, so that the equipment frame body 1 can be conveniently moved and adjusted; a lifting mechanism 10 capable of driving the chassis 201 to vertically lift and position is arranged between the chassis 201 and the caster wheels 204, an installation box 203 and a waste box 202 with an opening at the top are respectively fixed at the front end and the rear end of the upper surface of the chassis 201, a horizontal partition plate is arranged in the installation box 203 and used for fixing the driving mechanism 3, a front plate, a top plate and the horizontal partition plate of the installation box 203 are used for bearing and installing corresponding mechanisms, enough structural strength needs to be ensured, and the waste box 202 is provided with a waste outlet so as to be convenient for removing and transferring waste; according to the requirement, the chassis 201 of the equipment frame body 2 is set as a balance weight plate which can play a role of balancing the vertical plate auxiliary equipment, the lifting mechanism 10 is set as a turbine screw rod lifter which is arranged on the upper surface of the chassis 201, the rod end of a mandril of the turbine screw rod lifter faces and is rotationally fixed with the wheel carrier of the truckle 204 and is used for stably lifting the equipment frame body 2, and the waste bin 202 can be provided with a bottom plate to separate the turbine screw rod lifter; the caster wheels 204 at the rear end of the equipment frame body 2 are provided with universal wheels with brakes, and the front end of the equipment frame body 2 is provided with directional wheels with brakes, so that the equipment frame body 2 can be conveniently moved and positioned, and a stable working state is ensured;

according to the requirement, the driving mechanism 3 comprises a speed reducing motor 304 fixed on the upper plate surface of a horizontal partition plate arranged in the installation box 203, the speed reducing motor 304 is a variable-frequency speed reducing motor, a driving wheel I301, a driving wheel II 302 and a driving wheel III 303 which are arranged side by side are coaxially fixed on an output shaft of the speed reducing motor 304, and the driving wheel I301, the driving wheel II 302 and the driving wheel III 303 are respectively sleeved and fixed on the output shaft of the speed reducing motor 304 through splines and jackscrews, so that the adjustment, the positioning, the disassembly and the maintenance are convenient; the driving wheel I301, the driving wheel II 302 and the driving wheel III 303 are in transmission connection with the material breaking mechanism 5, the material scraping mechanism 6 and the roller sweeping mechanism 7 through chains respectively, and the function of dragging more than one speed reducing motor 304 is realized through ingenious design, so that the equipment cost is greatly saved; in addition, all the driving wheels and the driven wheels can be set as synchronous wheels and are matched with the synchronous belts to realize synchronous transmission, and the driving wheels and the driven wheels can also be set as chain wheels and are matched with chain belts for use;

the scraping mechanism 6 is fixed at the top of the front plate of the mounting box 203 and is used for scraping plate slag attached to the roll surface of the lower roll of the casting and rolling and then sending the plate slag into the material breaking mechanism 5; according to the requirement, the scraping mechanism 6 comprises two symmetrical scraping supports 601 and a belt transmission structure which is arranged between the two scraping supports 601 and mainly comprises a scraping belt 604 and two belt rollers 603, the rear end of each scraping support 601 is fixed at the top of the front plate of the installation box 203, and the two belt rollers 603 are arranged in front of and behind to respectively correspond to the lower casting roll and the material breaking mechanism 5; in addition, the scraping support 601 is a right-angled triangular metal frame consisting of an oblique beam, a vertical beam and a transverse beam, and the two belt rollers 603 are respectively and rotatably connected to the oblique beam of the scraping support 601 through bearings, so that the whole belt transmission structure has a certain inclination, the scraping and the conveying are convenient, and the inclination angle is set to be 45 degrees to be optimal; the scraping support 601 is fixed on the top of the front plate of the installation box 203 through a vertical beam, so that the whole scraping mechanism 6 is more stable and reliable in connection; according to the requirement, the scraping belt 604 is made of high-temperature-resistant leather materials, so that high-temperature waste materials discharged when the vertical plate runs slag can be prevented from being burnt out; the outer surface of the scraping belt 604 is uniformly provided with a plurality of scraping plates 605 along the conveying circumferential direction, the plurality of scraping plates 605 are transversely connected through bolts along the circumferential direction of the outer surface of the scraping belt 604 according to requirements, the scraping plates 605 are made of metal copper or aluminum, the width of the scraping plates 605 is equal to that of the scraping belt 604, the number of the scraping plates 605 is 8-16, the widths of the scraping plates 605 and the scraping belt 604 are consistent with the length of the lower roll body of the casting rolling, the diameter of the scraping belt 604 is 150-200mm, and the height of the scraping plates 605 is 20-30mm, so that the scraping mechanism 6 can comprehensively carry out the whole roll body during scraping, and the scraping effectiveness is ensured; one end of any belt roller 603 rotatably penetrates through the corresponding scraping support 601, a driven wheel II 602 which is in chain transmission connection with the driving wheel II 302 is coaxially fixed, and the driven wheel II 602 is arranged at one end, close to the rear belt roller 603, on the same side as the driving wheel II 302 according to needs, so that efficient transmission is facilitated;

the material breaking mechanism 5 is fixed on the top surface of the mounting box 203 and is used for breaking the plate slag sent by the scraping mechanism 6 at intervals and sending the broken plate slag into the waste box 202; according to the requirement, the material breaking mechanism 5 comprises a driving roller 503 and a pressing roller 507 which are horizontal and mutually corresponding, and two vertical supports 502 which are symmetrically fixed on two sides of the top surface of the installation box 203, wherein the driving roller 503 and the pressing roller 507 are both hollow rollers made of metal, the roller diameter is 200mm and 250mm, the durability of the rollers is ensured, the weight of the equipment is also reduced, the equipment is convenient to transport, and the cost is low; two ends of a transmission roller 503 are respectively and correspondingly rotatably connected with the lower parts of the two vertical supports 502 through lower bearing seats 504, one end of the transmission roller 503 rotatably penetrates through the corresponding vertical support 502, and a driven wheel I501 which is in chain transmission connection with the driving wheel I301 is coaxially fixed; according to the requirement, the horizontal line of the top of the roller surface of the driving roller 503 is 10-30mm higher than the horizontal line of the top of the roller surface of the lower casting-rolling roller, so that when the slag running plate head enters the gap between the pressing roller 507 and the driving roller 503, slag running waste materials led out from the gap between the two casting-rolling rollers are easily broken; in addition, the driven wheel I501 is arranged at one end of the driving roller 503, which is on the same side with the driving wheel I301, so that efficient transmission is facilitated; two ends of the pressing roller 507 are respectively rotatably provided with two upper bearing seats 506, the upper parts of the two vertical supports 502 are respectively provided with a vertical slideway which is matched with the corresponding upper bearing seats 506 to insert, and the side wall of the vertical slideway is provided with a copper sliding plate which is convenient for the upper bearing seats 506 to move up and down along the vertical slideway; the top surface of the vertical support 502 is provided with a top through hole penetrating to the corresponding vertical slideway, a limiting column 509 penetrates through the top through hole, the bottom end of the limiting column 509 is fixedly connected with the corresponding upper bearing seat 506, the top end of the limiting column 509 is connected with a limiting nut 508 in a threaded manner, a compression spring 505 is sleeved on the limiting column 509 corresponding to the column body in the vertical slideway, the tightness of the compression spring 505 can be adjusted through the limiting nut 508, when the limiting nut 508 is screwed, the pressing roller 507 is lifted, otherwise, the pressing roller 507 is lowered, so that the material breaking operation of cast-rolled products with different specifications during slag running of the vertical plate is adapted;

the rear end of the roller sweeping mechanism 7 is rotationally connected with the middle part of the front plate of the mounting box 203 and can utilize the front end to clean residues adhered to the roller surface of the lower roller of the casting and rolling; according to the requirement, the sweeping roller mechanism 7 comprises a sweeping roller support 701 and a brush roller 702 which is rotatably arranged at the front end of the sweeping roller support 701 through a bearing with a seat 704, the roller surface of the brush roller 702 is a palm brush, the interior of the brush roller is of a hollow structure, the portability of the equipment is ensured, the sweeping roller support 701 is arranged to be a metal support, and the metal support mainly comprises a vertical support plate and two triangular rod frames which are respectively fixed at two ends of the vertical support plate, so that the support is ensured to be stable; the front ends of the inclined rods of the two triangular rod frames are respectively rotatably connected with the two ends of the brush roller 702 through bearings with seats 704, and the rear ends of the inclined rods are hinged with the middle part of the front plate of the mounting box 203, so that the whole roller sweeping mechanism 7 can be rotatably adjusted by a certain angle, and the whole roller sweeping mechanism and the scraping mechanism 6 can correspondingly adapt to the corresponding roll diameter of the lower roll of the casting rolling; a driven wheel III 703 connected with the driving wheel III 303 in a chain transmission manner is coaxially fixed at one end of the brush roller 702, a tensioning device 9 used for controlling tensioning of the chain is further arranged on the chain transmission structure of the driving wheel III 303 and the driven wheel III 703, the tensioning device 9 is a tensioning wheel capable of adaptively adjusting the stretching length, and after the roller sweeping mechanism 7 is rotationally positioned, the tensioning wheel can tension the chain to ensure normal and effective transmission;

the lower part of the front plate of the installation box 203 is provided with a positioning mechanism 8 for controlling the rotation and the positioning of the roller sweeping mechanism 7; according to the requirement, the positioning mechanism 8 is a worm gear screw driving and reversing machine which is arranged at the lower part of the front plate of the installation box 203, the rod end of an ejector rod of the worm gear screw driving and reversing machine is correspondingly magnetically attracted and connected with the middle part of the sweeping roller bracket 701, the rotating angle of the sweeping roller bracket 701 is controlled by the telescopic abutting of the ejector rod of the worm gear screw driving and reversing machine against the sweeping roller bracket 701, and after the sweeping roller bracket 701 rotates in place, the permanent magnet at the rod end of the ejector rod of the worm gear screw driving and reversing machine can be firmly fixed with the sweeping roller bracket 701 through suction, so that the sweeping roller bracket 701 is; between the scraping mechanism 6 and the material breaking mechanism 5, a material conveying plate 4 is arranged between the material breaking mechanism 5 and the waste material box 202, a plurality of bull-eye wheels 401 are arranged on the upper plate surface of the material conveying plate 4 at intervals, so that slag running waste materials in a vertical plate can move on the material conveying plate 4 without obstacles, the resistance of the slag running waste materials in the movement on the material conveying plate 4 is reduced, the bull-eye wheels 401 are made of metal hollow materials, 3 rows of material conveying plates 4 are transversely arranged on the inlet side of the material breaking mechanism 5, each row is not less than 5, 5 rows of material conveying plates 4 are transversely arranged on the outlet side of the material breaking mechanism 5, each row is not less than 5, and the width of the material conveying plate 4 is consistent with the width of a scraping belt 604 of the scraping mechanism 6; the positioning mechanism 8, the lifting mechanism 10 and the driving mechanism 3 are respectively in signal connection with the control device 1, so that a person can conveniently operate the vertical plate auxiliary equipment through the control device 1 to work.

Implement riser auxiliary assembly for casting and rolling machine, can cooperate controlling means 1 to carry out the automation mechanized operation of certain degree, controlling means 1 contains the operation panel, the operation panel peripheral hardware touch-sensitive screen, built-in chip, the prefabricated control program of chip, this control program can realize: when the slag running speed of the vertical plate of the aluminum casting and rolling machine is input on the touch screen, the speed reducing motor 304 automatically matches with a proper rotating speed to drive auxiliary equipment to work; when different roll diameters and different axial heights of the lower casting and rolling roll are input on the touch screen, the lifting mechanism 10 and the positioning mechanism 8 automatically act to enable the scraping mechanism 6 and the roller sweeping mechanism 7 to be automatically adjusted in place; the specific use steps are as follows:

the method comprises the following steps: opening a space between the spraying equipment of the aluminum casting and rolling mill and the outlet casting roll to a limit position, and moving the aluminum casting and rolling mill into the vertical plate auxiliary equipment;

step two: inputting the height of the axis of the lower casting-rolling roller from the ground and the roller diameter of the lower casting-rolling roller into a human-computer interface of the control device 1, so that the lifting mechanism 10 and the positioning mechanism 8 act under the drive of a built-in program, and the top end of a scraper blade 605 at the front end of the scraping mechanism 6 and a brush head of a brush roller 702 of the sweeping roller mechanism 7 can be correspondingly matched with the roller surface of the lower casting-rolling roller with the corresponding roller diameter at the same time;

step three: manually advancing and retreating the vertical plate auxiliary equipment to ensure that the minimum distance between a scraper blade 605 of the scraping mechanism 6 and the corresponding roll surface of the lower casting-rolling roll is 0.1-2 mm, so that the brush head of a brush roll 702 of the sweeping roll mechanism 7 is abutted against the corresponding roll surface of the lower casting-rolling roll, and then the caster 204 of the equipment frame body 2 is locked;

step four: screwing a limit nut 508, and adjusting a pressing roller 507 to enable the roller gap between the pressing roller 507 and the driving roller 503 to be 0.5-2 mm;

step five: inputting the slag running speed of the aluminum casting and rolling machine on a human-computer interface of the control device 1, controlling the speed reduction motor 304 to rotate at 1.5-2 times of the rotating speed of the casting and rolling roller when the vertical plate of the casting and rolling machine runs slag, and enabling the rotating direction to be the same as the rotating direction of the corresponding lower casting and rolling roller, so that the material breaking mechanism 5, the material scraping mechanism 6 and the roller sweeping mechanism 7 are driven to start to work; then starting the casting and rolling machine to start the vertical plate to run slag; in the slag running process, when the scraper 605 rotates to a set distance from the lower casting-rolling roller, the head of the casting-rolling plate can be scraped, and is transferred to a roll gap of the material breaking mechanism 5, under the occlusion of the pressing roller 507 and the driving roller 503 and the action of the speed difference between the driving roller 503 and the casting roller, the plate strip with the slag running out is pulled apart and taken out from the roll gap of the two casting rollers, and is transferred to the waste bin 202, and the pulled-apart head of the casting-rolling plate can be scraped again by the scraper 605 of the material scraping mechanism 6 and is transferred to the material breaking mechanism 5, and the material breaking and scraping actions are repeated until the vertical plate is finished; the brush roller 702 of the roller sweeping mechanism 7 also continuously and uniformly sweeps the roller surface of the lower casting and rolling roller, so that broken aluminum adhered to the roller surface is prevented from being brought into a nozzle roller gap by the casting and rolling roller and damaging a casting nozzle;

step six: after slag running is finished and the plate head is led out, the trundles 204 of the equipment frame body 2 are unlocked, the vertical plate auxiliary equipment is manually moved away, the spraying equipment and the support device of the outlet casting roll are reset, and the casting and rolling machine normally goes out of the plate and performs spraying operation;

step seven: and opening the rear cover of the waste box 202 of the equipment frame body 2, cleaning and transferring slag run-off waste materials of the vertical plates collected in the waste box 202, and maintaining the vertical plate auxiliary equipment for use when vertical plates of other casting and rolling machines are used.

The part of the utility model not detailed is prior art.

Claims

1. The utility model provides a riser auxiliary assembly for casting and rolling machine which characterized in that: comprises a control device (1), an equipment frame body (2), a driving mechanism (3), a material breaking mechanism (5), a material scraping mechanism (6) and a roller sweeping mechanism (7) which are respectively driven by the driving mechanism (3) to work; the equipment frame body (2) comprises a chassis (201) with casters (204) arranged below, a lifting mechanism (10) capable of driving the chassis (201) to vertically lift and position is arranged between the chassis (201) and the casters (204), and an installation box (203) and a waste box (202) with an opening at the top are respectively fixed at the front end and the rear end of the upper surface of the chassis (201); the scraping mechanism (6) is fixed at the top of the front plate of the mounting box (203) and is used for scraping plate slag attached to the roll surface of the lower roll of the casting and rolling and then sending the plate slag into the material breaking mechanism (5); the material breaking mechanism (5) is fixed on the top surface of the mounting box (203) and used for breaking the plate slag sent by the scraping mechanism (6) at intervals and sending the broken plate slag into the waste box (202); the rear end of the roller sweeping mechanism (7) is rotatably connected with the middle part of a front plate of the mounting box (203) and can utilize the front end to clean residues adhered to the roller surface of the lower roller of the casting and rolling; the lower part of the front plate of the mounting box (203) is provided with a positioning mechanism (8) for controlling the rotation and positioning of the roller sweeping mechanism (7); the positioning mechanism (8), the lifting mechanism (10) and the driving mechanism (3) are respectively in signal connection with the control device (1).

2. The riser assist apparatus for a casting and rolling machine according to claim 1, wherein: actuating mechanism (3) contain on the horizontal baffle that sets up in install bin (203) fixed gear motor (304) of face, the output shaft coaxial fixation of gear motor (304) has action wheel I (301), action wheel II (302) and action wheel III (303) that set up side by side, action wheel I (301), action wheel II (302) and action wheel III (303) are connected through chain and disconnected material mechanism (5), scraping mechanism (6) and sweep roller mechanism (7) transmission respectively.

3. The riser assist apparatus for a casting and rolling machine according to claim 2, wherein: the material breaking mechanism (5) comprises a driving roller (503) and a pressing roller (507) which are horizontal and mutually corresponding, and two vertical supports (502) which are symmetrically fixed on two sides of the top surface of the installation box (203), two ends of the driving roller (503) are respectively and correspondingly rotatably connected with the lower parts of the two vertical supports (502) through lower bearing seats (504), one end of the driving roller (503) rotatably penetrates through the corresponding vertical support (502), and a driven wheel I (501) which is in chain transmission connection with the driving wheel I (301) is coaxially fixed; the both ends of compressing roller (507) are rotated respectively and are installed two bolster bearing housing (506), and the upper portion of two perpendicular supports (502) all is equipped with the corresponding bolster bearing housing of adaptation (506) male vertical slide, the top surface of erecting support (502) is equipped with and link up to the top through-hole that corresponds vertical slide, wear to be equipped with spacing post (509) in the top through-hole, the bottom and corresponding bolster bearing housing (506) fixed connection of spacing post (509), the top silk of spacing post (509) connects spacing nut (508), the shaft cover that spacing post (509) corresponds to be located vertical slide is equipped with compression spring (505).

4. The riser assist apparatus for a casting and rolling machine according to claim 2, wherein: the scraping mechanism (6) comprises two symmetrical scraping supports (601) and a belt transmission structure which is arranged between the two scraping supports (601) and mainly comprises a scraping belt (604) and two belt rollers (603), the rear end of each scraping support (601) is fixed to the top of a front plate of the mounting box (203), the two belt rollers (603) are arranged in front of and behind to respectively correspond to the lower casting-rolling roller and the material breaking mechanism (5), and a plurality of scraping plates (605) are uniformly arranged on the outer surface of each scraping belt (604) along the transmission circumferential direction; one end of any belt roller (603) passes through the corresponding scraping bracket (601) in a rotating way, and a driven wheel II (602) which is connected with the driving wheel II (302) in a chain transmission way is coaxially fixed.

5. The riser assist apparatus for a casting and rolling machine according to claim 2, wherein: the roller sweeping mechanism (7) comprises a roller sweeping bracket (701) and a brush roller (702) rotatably mounted at the front end of the roller sweeping bracket (701) through a bearing with a seat (704), and the rear end of the roller sweeping bracket (701) is hinged with the middle part of the front plate of the mounting box (203); one end of the brush roller (702) is coaxially fixed with a driven wheel III (703) which is in chain transmission connection with the driving wheel III (303), and the chain transmission structures of the driving wheel III (303) and the driven wheel III (703) are further provided with a tensioning device (9) for controlling the tensioning of the chain.

6. The riser assist apparatus for a casting and rolling machine according to claim 5, wherein: the positioning mechanism (8) is a worm gear screw driving and reversing machine arranged on the lower portion of the front plate of the installation box (203), and the rod end of a mandril of the worm gear screw driving and reversing machine is connected with the middle portion of the roller sweeping support (701) in a corresponding magnetic attraction mode.

7. The riser assist apparatus for a casting and rolling machine according to claim 1, wherein: scrape between material mechanism (6) and expect mechanism (5) absolutely, all be equipped with between expect mechanism (5) and waste bin (202) and pass flitch (4), the last face interval arrangement that passes flitch (4) is equipped with a plurality of bull's eye wheels (401).

8. The riser assist apparatus for a casting and rolling machine according to claim 1, wherein: chassis (201) of equipment support body (2) are established to the weight plate, elevating system (10) are established to the turbine lead screw lift of installing in chassis (201) upper surface, the ejector pin rod end orientation of turbine lead screw lift and with the wheel carrier rotation of truckle (204) fixed, truckle (204) of equipment support body (2) rear end are established to the universal wheel of taking the brake.

9. The riser assist apparatus for a casting and rolling machine according to claim 2, wherein: the control device (1) comprises an operation panel, a touch screen is arranged outside the operation panel, a chip is arranged in the operation panel, and a control program is prefabricated by the chip and can realize the following steps: when the speed of slag running of a vertical plate of the aluminum casting and rolling machine is input on the touch screen, the speed reducing motor (304) is automatically matched with a proper rotating speed to drive auxiliary equipment to work; when different roll diameters and different axial heights of the lower casting and rolling roll are input on the touch screen, the lifting mechanism (10) and the positioning mechanism (8) automatically act, so that the scraping mechanism (6) and the roller sweeping mechanism (7) can be automatically adjusted in place.