CN202087361U

CN202087361U - Reciprocating type rolling mix muller device

Info

Publication number: CN202087361U
Application number: CN2011201618592U
Authority: CN
Inventors: 盛开勋; 夏涛; 傅强
Original assignee: HAICHENG CITY TUOTIAN CHARGING CO Ltd
Current assignee: HAICHENG CITY TUOTIAN CHARGING CO Ltd
Priority date: 2011-05-20
Filing date: 2011-05-20
Publication date: 2011-12-28
Anticipated expiration: 2021-05-20

Abstract

A reciprocating type rolling mix muller device belongs to devices in the technical field of mining machinery and is composed of a machine frame body, a drive bearing base, a transmission shaft, a transmission bearing, a lower chain wheel, a chain, a supporting frame shaft, a supporting frame plate, a support bearing base, a rotary drum shaft, a supporting frame bearing, an upper chain wheel, a connecting handle, a motor, a motor frame, a rotary drum, a supporting plate, a roller support, a connecting plate supporting frame, a connecting plate upper shaft, a connecting plate, a crank plate, a sliding plate, a rotary drum shaft, a roller and a connecting plate lower shaft. When the motor rotates, the device enables the rotary drum to rotate, simultaneously, the connecting plate arranged in a transmission mechanism is in reciprocating motion to drive one end of the rotary drum to be in the reciprocating motion, and a steel ball and materials to be mulled which are input in the rotary drum roll in the rotary drum and are in the reciprocating motion. Overlyed mix mulling effects improve uniformity and mulling property of the materials to be mulled, production efficiency is greatly improved compared with a single tumbling mill.

Description

Reciprocating type rolling mixer-mill device

Technical field: reciprocating type rolling mixer-mill device is the reciprocating type rolling mixer-mill device that belongs in the mining machinery technical field.

Background technology: known, the machinery of the rotten stone powder that is adopted in the mining machinery technology is ball mill at present, ball mill is the steel ball of packing in the cylinder, because the rotation of cylinder, make the steel ball in the cylinder rise to certain altitude, steel ball is from the process that certain altitude falls, impact the stone flour in the cylinder, stone flour is ground, when the length of cylinder increases, with the compound in the cylinder in steel ball falls the process impact, obviously be uneven, because single rolling ball milling, abrading-ball and to be distributed by abrasive dust be uneven, cause reducing the production efficiency by abrasive material, this is the difficult problem in the ball mill.

Summary of the invention: for solving the difficult problem in the background technology, the purpose of this device provides a kind of reciprocating type rolling mixer-mill device, the cylinder of this device can spin and can pump in the process of spin, make the steel ball in cylinder and can be rolled by abrasive material and can do reciprocating motion aspect axial, reach steel ball with by even, the single on year-on-year basis rotary mill of abrasive material mix grinding in cylinder, in process of production, enhance productivity greatly, increase economic benefit for enterprise simultaneously.

The technical scheme that this device adopted: reciprocating type rolling mixer-mill device, be with Rack Body, the power transmission shaft bearing, power transmission shaft, drive bearing, lower sprocket, chain, bracket axle, carrier frame plate, rack shaft holder, drum shaft, bracket bearing, upper sprocket wheel, connect hand, motor, the motor frame, cylinder, supporting plate, rolling wheel support, the connecting plate carriage, axle on the connecting plate, connecting plate, crankshaft cheek, slide plate, roller shaft, roller and connecting plate lower shaft are formed, it is characterized in that: Rack Body is rectangular framework, framework is to be made by shaped steel, and being provided with of vicinity, top symmetry of preceding two heel posts of framework is used to through hole; The middle below of back two heel posts of Rack Body is connecting with a shaped steel plate; The anterior vicinity and the postmedian vicinity of two following longitudinal edge frames of the beneath frame of Rack Body are provided with connecting plate; The power transmission shaft bearing is following fixed the supporting plate with bearing block; Power transmission shaft and bracket axle all are cylindrical steel bodies; Carrier frame plate is a strip steel body, establishes a through hole in the centre of strip steel body and the middle part horizontal direction between the front end; Rack shaft holder is fixed a column plate below the bearing block; Drum shaft is the cylindrical steel body, and the motor frame is a Jiong shape steel body; Cylinder is a cylindrical shape steel body, drum front end fixed the tube end, the rear end of cylinder is being sealed with drum cover; Supporting plate is the strip steel plate; Rolling wheel support and connecting plate carriage all are strip steel plates, establish a through hole in an end of steel plate; Connecting plate and crankshaft cheek all are bar steel plates, respectively are provided with a through hole in the two ends of bar steel plate; Slide plate is the strip steel plate; Axle, roller shaft and connecting plate lower shaft all are cylindrical steel bodies on the connecting plate; Drive bearing, lower sprocket, chain, bracket bearing, upper sprocket wheel, connection hand and motor all belong to standard component; The assembling of this device: be cemented in respectively with the lower end of two power transmission shaft bearings Rack Body beneath frame the connecting plate middle part above, drive bearing is enclosed in the power transmission shaft bearing; The power transmission shaft of packing in the centre bore of drive bearing, power transmission shaft front loaded in the centre bore of lower sprocket, chain is connected on the cylindrical of upper sprocket wheel and lower sprocket; Bracket axle pierces in the lateral aperture on carrier frame plate, and the bracket axle two ends are pierced into before Rack Body in the through hole on two heel posts fixed respectively; Carrier frame plate front end top fixed the motor frame, the rear end face of carrier frame plate is cemented in the centre position of slide plate one side, the lower end of rack shaft holder is cemented on the carrier frame plate face above the parallel via holes that carrier frame plate is provided with, bracket bearing is enclosed in the rack shaft holder, drum shaft pierces in the centre bore of upper sprocket wheel and bracket bearing, the front end of drum shaft is cemented in the centre bore that connects the hand back, the rear end of drum shaft is cemented in the outer side center place at the bottom of the cylinder, the front center hole that the connects hand motor reel of packing into, motor is cemented in the top of motor frame, the lower end of motor frame is cemented in the top of carrier frame plate front, be cemented in the top of vicinity, carrier frame plate back below the middle part of supporting plate, the lower surface of rolling wheel support is cemented in the both sides of top in the two ends of bearing plate respectively, the centre of roller shaft is enclosed in the centre bore of roller, the two ends of roller shaft are respectively charged in the circular hole on rolling wheel support, and the inboard cylindrical of two rollers withstands on the cylindrical of vicinity, cylinder back; The below of vicinity, carrier frame plate back fixed respectively the upper surface of connecting plate carriage, axle pierces in the circular hole of connecting plate carriage and above the connecting plate in the circular hole on the connecting plate, the connecting plate lower shaft pierces in the lower end through hole of an end through hole of crankshaft cheek and connecting plate, the other end through hole of crankshaft cheek is set on the spindle nose of power transmission shaft rear end fixed, the centre of slide plate one side is cemented on the rear end face of carrier frame plate, the slide plate both ends of the surface withstand on the back two heel post medial surfaces of Rack Body, can slide.

Owing to adopt the advantage of above technical scheme to be: when motor rotates, the connection hand, drum shaft, upper sprocket wheel, bracket bearing, cylinder and the roller that connect rotate simultaneously, meanwhile, the chain motion of carrying out shuttling movement, chain is spurring the rotation of lower sprocket; The rotation of lower sprocket makes the rotation of power transmission shaft, drive bearing and crankshaft cheek; The rotation of crankshaft cheek, spur the connecting rod lower end and making circular motion, make the upper end of connecting plate reciprocating, because the upper end of connecting plate is reciprocating, be connected the board connective axis of connecting plate upper end, the connecting plate carriage, the carrier frame plate rear portion, supporting plate, rolling wheel support, roller shaft, roller, cylinder and slide plate are also reciprocating, so an end of cylinder is promptly made spinning motion, reciprocating again, be placed in the steel ball in the cylinder and ground material, promptly can make rolling action, can in cylinder, do axial reciprocating motion again at the inwall of cylinder, and, be enclosed in the cylinder material bore is that the dual mixer mill of stack is moving by mill, make by the mill material and ground uniformly, single on year-on-year basis roller ball grinding machine has improved production efficiency greatly, also be improved by the uniformity of mill material simultaneously, for enterprise has increased economic benefit.

Description of drawings:

Fig. 1 is that the master of reciprocating type rolling mixer-mill device looks the profile construction schematic diagram.

Fig. 2 is the left apparent structure schematic diagram of Fig. 1.

Fig. 3 is the schematic diagram of structure of overlooking of Fig. 1.

Fig. 4 is the right apparent structure schematic diagram of the A-A of Fig. 1.

Fig. 5 is the B-B left side apparent structure schematic diagram of Fig. 1.

Fig. 6 is that the C-C of Fig. 1 overlooks schematic diagram of structure.

The specific embodiment: the following Fig. 1 that consults, Fig. 2, Fig. 3, Fig. 4, Fig. 5 and Fig. 6 are elaborated, at Fig. 1,2,3,4,5 and Fig. 6 in, reciprocating type rolling mixer-mill device, be with Rack Body 1, power transmission shaft bearing 2, power transmission shaft 3, drive bearing 4, lower sprocket 5, chain 6, bracket axle 7, carrier frame plate 8, rack shaft holder 9, drum shaft 10, bracket bearing 11, upper sprocket wheel 12, connect hand 13, motor 14, motor frame 15, cylinder 16, supporting plate 17, rolling wheel support 18, connecting plate carriage 19, axle 20 on the connecting plate, connecting plate 21, crankshaft cheek 22, slide plate 23, roller shaft 24, roller 25 and connecting plate lower shaft 26 are formed, it is characterized in that: Rack Body (1) is rectangular framework, framework is to be made by shaped steel, and being provided with of vicinity, top symmetry of preceding two heel posts of framework is used to through hole; The middle below of back two heel posts of Rack Body (1) is connecting with a shaped steel plate; The anterior vicinity and the postmedian vicinity of two following longitudinal edge frames of the beneath frame of Rack Body (1) are provided with connecting plate; Power transmission shaft bearing (2) is following fixed the supporting plate with bearing block; Power transmission shaft (3) and bracket axle (7) all are cylindrical steel bodies; Carrier frame plate (8) is a strip steel body, establishes a through hole in the centre of strip steel body and the middle part horizontal direction between the front end; Rack shaft holder (9) is fixed a column plate below the bearing block; Drum shaft (10) is the cylindrical steel body; Motor frame (15) is a Jiong shape steel body; Cylinder (16) is a cylindrical shape steel body, cylinder (16) front end fixed the tube end, the rear end of cylinder (16) is being sealed with drum cover; Supporting plate (17) is the strip steel plate; Rolling wheel support (18) and connecting plate carriage (19) all are strip steel plates, establish a through hole in an end of steel plate; Connecting plate (21) and crankshaft cheek (22) all are bar steel plates, respectively establish a through hole in the two ends of bar steel plate; Slide plate (23) is the strip steel plate; Axle (20), roller shaft (24) and connecting plate lower shaft (26) all are cylindrical steel bodies on the connecting plate, and drive bearing (4), lower sprocket (5), chain (6), bracket bearing (11), upper sprocket wheel (12), connection hand (13) and motor (14) all belong to standard component; The assembling of this device: be cemented in respectively with the lower end of two power transmission shaft bearings (2) Rack Body (1) beneath frame the connecting plate middle part above, drive bearing (4) is enclosed in the power transmission shaft bearing (2); The power transmission shaft (3) of packing in the centre bore of drive bearing (4), power transmission shaft (3) front loaded in the centre bore of lower sprocket (5), chain (6) is connected on the cylindrical of upper sprocket wheel (12) and lower sprocket (5); Bracket axle (7) pierces in the lateral aperture on carrier frame plate (8), and the two ends of bracket axle (7) are pierced in the through hole on preceding two heel posts of Rack Body (1) fixed respectively; Carrier frame plate (8) front end top fixed motor frame (15), the rear end face of carrier frame plate (8) is cemented in the centre position of slide plate (23) one sides, the lower end of rack shaft holder (9) is cemented on carrier frame plate (8) face above the parallel via holes that carrier frame plate (8) is provided with, bracket bearing (11) is enclosed in the rack shaft holder (9), drum shaft (10) pierces in the centre bore of upper sprocket wheel (12) and bracket bearing (11), the front end of drum shaft (10) is cemented in the centre bore that connects hand (13) back, the rear end of drum shaft (10) is cemented in cylinder (16) the outer side center place at the end, the front center hole that connects hand (13) motor (14) axle of packing into, motor (14) is cemented in the top of motor frame (15), the lower end of motor frame (15) is cemented in the top of carrier frame plate (8) front, be cemented in the top of carrier frame plate (8) vicinity, back below the middle part of supporting plate (17), the lower surface of rolling wheel support (18) is cemented in the both sides of top in supporting plate (17) two ends respectively, the centre of roller shaft (24) is enclosed in the centre bore of roller (25), the two ends of roller shaft (24) are respectively charged in the circular hole on rolling wheel support (18), and the inboard cylindrical of two rollers (25) withstands on the cylindrical of cylinder (16) vicinity, back; The below of carrier frame plate (8) vicinity, back fixed respectively the upper surface of connecting plate carriage (19), axle (20) pierces in the circular hole of connecting plate carriage (19) and above the connecting plate (21) in the circular hole on the connecting plate, connecting plate lower shaft (26) pierces in the lower end through hole of an end through hole of crankshaft cheek (22) and connecting plate (21), the other end through hole of crankshaft cheek (22) is set on the spindle nose of power transmission shaft (3) rear end fixed, the centre of slide plate (23) one sides is cemented on the rear end face of carrier frame plate (8), slide plate (23) both ends of the surface withstand on the back two heel post medial surfaces of Rack Body (1), can slide.

Claims

1. reciprocating type rolling mixer-mill device, be with Rack Body 1, power transmission shaft bearing 2, power transmission shaft 3, drive bearing 4, lower sprocket 5, chain 6, bracket axle 7, carrier frame plate 8, rack shaft holder 9, drum shaft 10, bracket bearing 11, upper sprocket wheel 12, connect hand 13, motor 14, motor frame 15, cylinder 16, supporting plate 17, rolling wheel support 18, connecting plate carriage 19, axle 20 on the connecting plate, connecting plate 21, crankshaft cheek 22, slide plate 23, roller shaft 24, roller 25 and connecting plate lower shaft 26 are formed, it is characterized in that: Rack Body (1) is rectangular framework, framework is to be made by shaped steel, and being provided with of vicinity, top symmetry of preceding two heel posts of framework is used to through hole; The middle below of back two heel posts of Rack Body (1) is connecting with a shaped steel plate; The anterior vicinity and the postmedian vicinity of two following longitudinal edge frames of the beneath frame of Rack Body (1) are provided with connecting plate; Power transmission shaft bearing (2) is following fixed the supporting plate with bearing block; Power transmission shaft (3) and bracket axle (7) all are cylindrical steel bodies; Carrier frame plate (8) is a strip steel body, establishes a through hole in the centre of strip steel body and the middle part horizontal direction between the front end; Rack shaft holder (9) is fixed a column plate below the bearing block; Drum shaft (10) is the cylindrical steel body; Motor frame (15) is a Jiong shape steel body; Cylinder (16) is a cylindrical shape steel body, cylinder (16) front end fixed the tube end, the rear end of cylinder (16) is being sealed with drum cover; Supporting plate (17) is the strip steel plate; Rolling wheel support (18) and connecting plate carriage (19) all are strip steel plates, establish a through hole in an end of steel plate; Connecting plate (21) and crankshaft cheek (22) all are bar steel plates, respectively establish a through hole in the two ends of bar steel plate; Slide plate (23) is the strip steel plate; Axle (20), roller shaft (24) and connecting plate lower shaft (26) all are cylindrical steel bodies on the connecting plate, and drive bearing (4), lower sprocket (5), chain (6), bracket bearing (11), upper sprocket wheel (12), connection hand (13) and motor (14) all belong to standard component; The assembling of this device: be cemented in respectively with the lower end of two power transmission shaft bearings (2) Rack Body (1) beneath frame the connecting plate middle part above, drive bearing (4) is enclosed in the power transmission shaft bearing (2); The power transmission shaft (3) of packing in the centre bore of drive bearing (4), power transmission shaft (3) front loaded in the centre bore of lower sprocket (5), chain (6) is connected on the cylindrical of upper sprocket wheel (12) and lower sprocket (5); Bracket axle (7) pierces in the lateral aperture on carrier frame plate (8), and the two ends of bracket axle (7) are pierced in the through hole on preceding two heel posts of Rack Body (1) fixed respectively; Carrier frame plate (8) front end top fixed motor frame (15), the rear end face of carrier frame plate (8) is cemented in the centre position of slide plate (23) one sides, the lower end of rack shaft holder (9) is cemented on carrier frame plate (8) face above the parallel via holes that carrier frame plate (8) is provided with, bracket bearing (11) is enclosed in the rack shaft holder (9), drum shaft (10) pierces in the centre bore of upper sprocket wheel (12) and bracket bearing (11), the front end of drum shaft (10) is cemented in the centre bore that connects hand (13) back, the rear end of drum shaft (10) is cemented in cylinder (16) the outer side center place at the end, the front center hole that connects hand (13) motor (14) axle of packing into, motor (14) is cemented in the top of motor frame (15), the lower end of motor frame (15) is cemented in the top of carrier frame plate (8) front, be cemented in the top of carrier frame plate (8) vicinity, back below the middle part of supporting plate (17), the lower surface of rolling wheel support (18) is cemented in the both sides of top in supporting plate (17) two ends respectively, the centre of roller shaft (24) is enclosed in the centre bore of roller (25), the two ends of roller shaft (24) are respectively charged in the circular hole on rolling wheel support (18), and the inboard cylindrical of two rollers (25) withstands on the cylindrical of cylinder (16) vicinity, back; The below of carrier frame plate (8) vicinity, back fixed respectively the upper surface of connecting plate carriage (19), axle (20) pierces in the circular hole of connecting plate carriage (19) and above the connecting plate (21) in the circular hole on the connecting plate, connecting plate lower shaft (26) pierces in the lower end through hole of an end through hole of crankshaft cheek (22) and connecting plate (21), the other end through hole of crankshaft cheek (22) is set on the spindle nose of power transmission shaft (3) rear end fixed, the centre of slide plate (23) one sides is cemented on the rear end face of carrier frame plate (8), slide plate (23) both ends of the surface withstand on the back two heel post medial surfaces of Rack Body (1), can slide.