CN2190012Y - Clay column cutter - Google Patents
Clay column cutter Download PDFInfo
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- CN2190012Y CN2190012Y CN 94208643 CN94208643U CN2190012Y CN 2190012 Y CN2190012 Y CN 2190012Y CN 94208643 CN94208643 CN 94208643 CN 94208643 U CN94208643 U CN 94208643U CN 2190012 Y CN2190012 Y CN 2190012Y
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Abstract
The utility model provides a brick making bar cutter, which is composed of a machine frame, a cutting part, and a dynamic force and transmission part; the cutting part is composed of a cutting steel wire frame, a support rod component, a ratchet wheel mechanism, a press board, a simultaneous movement support frame, a horizontal and vertical guiding axle component, a tight clamp and position restoring cylinder and cutting steel wires; the dynamic force and transmission part is composed of a motor, a shaft coupling machine, a speed reducer, a speed reducer output shaft, a crank and a connecting rod. Compared with the existing bar cutter, the utility model can cut clay bars with higher hardness or greater squeezing force, and can not destroy the external shape of the clay bars without wasting clay materials. When the lengths of the clay bars are changed, the utility model can be controlled by program, and is an ideal brick making equipment.
Description
The utility model relates to a kind of brickmaking slitting device.
The formula cutting cutter is bent in present widely used revolution, is to rely on the mud bar and the generation of the belt on the cutting cutter frame friction of extruding from brick machine machine mouth to make belt movement, and bends cutting mud bar by sprocket wheel, chain drive revolution.Its shortcoming is the circular arc mud head that the mud bar after the cutting stays two adobe sizes, and the pug waste is big.Owing to main rely on the friction between mud bar and belt to drive revolution bow cutting mud bar, when the higher or power of extruding was big when the hardness of mud bar, friction just can not drive bow cut-out mud bar.Friction drives revolution bow cutting mud bar and has destroyed mud bar profile to some extent between mud bar and belt, and during the mud bar of cutting different length, needs to change parts, incurs loss through delay and produces, and increases workman's amount of labour.
The purpose of this utility model provides a kind of novel brickmaking cutting cutter, big to overcome the waste of existing revolution bow formula cutting cutter pug, mud bar higher to hardness and that extrusion pressure is bigger is inapplicable, destroy mud bar profile, when cutting the mud bar of different length, need to change parts, incur loss through delay and produce, increase the deficiency of workman's amount of labour.
The technical solution of the utility model is that it is made up of frame, cutting part, power and running part.Frame is made up of base, base governor motion, protection rack and roller carriage.Cutting part has cutting steel wire rack, otic placode frame, strut assembly, ratchet mechanism, pressing plate, the support that is synchronized with the movement, the horizontally-guided shaft assembly, and vertically-guided shaft assembly, clamping cylinder, reset cylinder, the cutting steel wire is formed.Power and rotating part are made up of motor, shaft coupling, decelerator, reducer output shaft, rolling bearing units, crank, connecting rod.Gantry base is to cooperate solid welding cuboid framework by two channel-section steels and ten hollow square steel, and the middle part solid welding has connecting plate above the hollow square steel of framework upper back.Two channel-section steels constitute two long limits of base of frame, and every isometric one section of the cuboid framework that stretches out in channel-section steel two ends has unthreaded hole in the channel-section steel termination, and Open Side Down for channel-section steel.Near two groups of hollow square steel of parallel symmetrical solid welding above the channel-section steel of channel-section steel middle part, one group of two hollow square steel has the slit between two hollow square steel between two channel-section steels.Intrinsic two groups of hollow square steel in addition of balanced welding between below two groups of hollow square steel, one group of two hollow square steel has the slit between two hollow square steel.The base governor motion is made up of support foot, screw rod, square nut, crank, handle.Support foot is a truncated cone-shaped, and the following table circumference has the edge, and there is unthreaded hole at the upper table surface center.There are a thin short circular shaft and support foot upper table surface center unthreaded hole in the screw rod lower end movingly.Contact cooperation with the support foot upper table surface below the short circular shaft of nut and the screw rod upper end threaded engagement, nut.The internal thread of square nut and screw rod middle part external screw thread cooperate, and crank internal thread and screw rod upper external screw thread cooperate, and straight pin is fixed, and the crank other end overlaps intrinsic handle.Four base governor motion screw rods cooperate with four termination unthreaded holes of base channel-section steel respectively, each above the governor motion square nut respectively with the concave surface solid welding of four terminations of base channel-section steel.The protection rack cooperates the solid welding rectangular support frame by eight hollow square steel, four hollow square steel constitute rectangle four limits, cuboid support top, other four hollow square steel constitute four stiles of rectangle, and four stile lower ends cooperate solid welding with four stile upper ends of base rectangular frame respectively.There is the rectangle protection network corresponding two sides of protection rack, and protection network four frames cooperate solid welding by the hollow square steel, cooperate solid welding with protection network four frames around the protection network.A limit of each protection screen frame stile of corresponding with it protection rack cooperates solid welding by two hinges.Another limit of each protection screen frame another stile of corresponding with it protection rack cooperates fixing by a pair of catch on the solid welding corresponding sides.Roller carriage is made of six hollow square steel pillars and four angle steel, hollow square steel front portion, middle part and the rear portion of six hollow square steel pillar lower end difference solid weldings dual-side on base, the two ends of two angle steel cooperate solid welding with the square steel pillar upper end at dual-side rear portion and middle part above the base respectively, and two angle steel rear ends cooperate solid welding with the anterior hollow square steel of dual-side above base pillar upper end respectively in addition.Idler pulley is arranged between angle steel, and the idler pulley axle cooperates with aperture on the angle steel.The cutting steel wire rack is fixed into H shape by four hollow square steel, the corresponding solid welding in two square steel crossbeam two ends at two heel post hollow square steel on forward and backward side, 1/3 place, upper end, there is the strip connecting plate in the outside of two root post hollow square steel solid welding respectively, and there is unthreaded hole at connecting plate upper and lower end edge.In two heel post hollow square steel inboards, between two hollow square steel crossbeams respectively solid welding steel column is arranged, steel column middle part has that the first half is big, the little concentric pylone of Lower Half.The otic placode frame side of being body, there is step at the middle part, has between forward and backward of the square body bottom to lack to slit, and there is through hole two sides between the center, and there is aperture the front near lacking between slit edge and the inboard central through hole, and forward and backward limit, inboard is connected with square otic placode, and the otic placode center is porose.Two otic placode frame top square bodies cooperate solid welding with the hollow square opening of cutting steel wire rack two root post hollow square steel lower ends respectively.The strut assembly is that convex connecting plate, square active plate are formed by a cylindrical strut, section, section is convex connecting plate bottom surface and the solid welding of cylindrical strut upper end, the bossing edge is solid in two hollow square steel of cutting steel wire rack crossbeam middle gap, square active plate with cooperate above two hollow square steel of cutting steel wire rack crossbeam above section is the convex connecting plate, bolt cooperates with aperture on aperture above the convex connecting plate and the square active plate to be fixed.Ratchet mechanism is made up of standing screw, interstage sleeve, supporting mass, ratchet, ratchet, ratchet shaft and spring.Standing screw first half external diameter has screw thread, and lower end has unthreaded hole, the supporting mass side of being body, and upper side has projection, and center, projection above and below has unthreaded hole to cooperate with the standing screw lower end, and bearing pin is fixed.There is circular hole at supporting mass first half center, and there is screw thread circular hole upper end, has to lack between forward and backward of the Lower Half and slits, and Lower Half has through hole between the two sides.Ratchet shaft is the thick end buttress shaft body of an end, and there is step at the middle part, has to lack in thin termination and slits, and through hole cooperates between thin end and the supporting mass Lower Half both sides, and circlip is fixed.Ratchet lacks to slit with forward and backward of supporting mass Lower Half and cooperates, and the ratchet internal diameter carefully holds external diameter to cooperate with ratchet shaft, and bearing pin is fixed.Ratchet cooperates with supporting mass first half center hole, and the solid spring in top is arranged at ratchet top.Screw and supporting mass first half center hole upper end threaded engagement, standing screw lower end external diameter has spring, and the middle part external diameter cooperates with cylindrical interstage sleeve internal diameter, and there is boss cylindrical interstage sleeve upper end.The standing screw upper end of two ratchet mechanisms is fixed with two hollow square steel of cutting steel wire rack crossbeam two ends steel column through hole attaching nut respectively, cooperates below the steel column of two hollow square steel of cutting steel wire rack crossbeam two ends respectively above two ratchet mechanism interstage sleeves.Pressing plate is made up of rectangular slab and two slide bars, two slide bar lower ends respectively with the vertical solid welding in two ends above the rectangular slab.The support that is synchronized with the movement is the cuboid framework, base of frame is a rectangle, two corresponding long limits are formed by a flat square steel and a hollow square steel, one leptoprosopy of flat square steel and the top solid welding of hollow square steel, another leptoprosopy solid welding of flat square steel has supporting plate, two corresponding long limit two ends solid weldings channel-section steel is arranged, two limit channel-section steel openings are corresponding, rectangle corresponding minor face in bottom is respectively a hollow square steel, corresponding with two of the bottom rectangles respectively long limit two ends channel-section steel side solid weldings in side, two hollow square steel two ends, on minor face hollow square steel, following solid welding has fixed head, and screw is arranged on the fixed head, and is solid above two
Decide plate and cooperate bolting with vertically-guided shaft assembly fixed mount two stile lower end fixed heads respectively.Vertically-guided shaft assembly fixed mount two stiles upper end is fixed with a hollow square steel two ends fitted bolt respectively.Long limit forward, central part solid welding has two square connecting plates before the rectangle of bottom.Four stiles of support cuboid that are synchronized with the movement are made of four hollow square steel, and four hollow square steel lower ends cooperate solid welding with two four of corresponding minor faces of bottom rectangle respectively above the termination.Two long limits of support top and the bottom rectangle of being synchronized with the movement are to there being two groups of crossbeams, and every group of crossbeam is made up of two hollow square steel, corresponding with the support cuboid that is synchronized with the movement respectively stile forward and backward the solid welding in upper end of two hollow square steel two ends of every group of crossbeam.Below the every group of crossbeam middle part, crossbeam hollow square steel between two hollow square steel solid welding square connecting plate is arranged, there is macropore at the square connecting plate center, and aperture is arranged all around.1/2 2 hollow square steel of every group of crossbeam from the end to the middle part respectively solid welding the cuboid fairlead is arranged.Fairlead is made up of overcoat and interior cover, there is round tube hole at the overcoat middle part between the above and below, and step, interior cover are arranged at the round tube hole bottom is between the cylindrical central part above and below through hole sleeve to be arranged, interior cover external diameter cooperates with outer casing internal diameter, and interior cover bottom surface circumference cooperates with overcoat round tube hole bottom stage.Horizontally-guided shaft assembly and vertically-guided shaft assembly are by a thin cylinder major axis, one cylindrical sleeve, two circlips, two bearing blocks, two standard type ball bushings, two axle beds are formed, sleeve two ends internal diameter has a standard type ball bushing to cooperate with thin cylinder major axis respectively, sleeve two ends internal diameter cooperates with sleeve two ends standard type ball bushing one end external diameter respectively, the other end external diameter of two standard type ball bushings cooperates with the bearing block internal diameter respectively, flexible back-up ring between bearing block and sleeve, screw is arranged on the bearing block, and thin cylinder major axis two ends cooperate with axle bed respectively.Two horizontally-guided shaft assembly axle beds are fixed with fitted bolt above the dual-side hollow square steel of gantry base top respectively, two horizontally-guided shaft assembly bearing blocks respectively below the frame bottom two corresponding minor face hollow square steel that are synchronized with the movement fixed head cooperate screw rod to fix.Two vertically-guided axles are organized one or two axle bed and are fixed with vertically-guided shaft assembly fixed mount two stile hollow square steel two ends medial surface fitted bolts respectively, and two vertically-guided shaft assembly bearing blocks are fixed with cutting steel wire rack two heel post hollow square steel outside strip connecting plate upper and lower end unthreaded hole fitted bolt respectively.Two clamp air cylinder base and fix with the fitted bolt that is synchronized with the movement above the square connecting plate of two groups of crossbeams middle parts of support respectively, two clamp air cylinder connecting rod respectively with center solid welding above the rectangular slab of two pressing plates, two slide bars of each pressing plate cooperate with cover through hole in two groups of crossbeam cuboids of support fairlead that is synchronized with the movement respectively.The connecting rod of a reset cylinder and be synchronized with the movement that two rectangle connecting plates of long limit forward, central part cooperate bearing pin to fix before the frame bottom rectangle, the reset cylinder base and above the hollow square steel of gantry base framework upper back in the middle part of the connecting plate fitted bolt fix.Sheave cooperates on cutting steel wire and strut assembly cylindrical strut lower end through hole and two the square otic placode centre hole axis of otic placode frame, cutting steel wire two respectively with two thin terminations of ratchet mechanism ratchet shaft lack slit admittedly stubborn.Two rolling bearing units cooperate solid welding with two groups of hollow square steel above the gantry base channel-section steel respectively.Motor base (frame) and decelerator seat are fixed with other two groups of hollow square steel fitted bolts of gantry base respectively.Reducer output shaft cooperates with two rolling bearing units, the reducer output shaft two ends are fixed with two crank fit keys respectively, two crank minor axises cooperate circlip to fix with two connecting rods, one end oscillating bearing respectively, and the oscillating bearing of two connecting rod other ends lacks to slit and cooperates bearing pin to fix respectively with between forward and backward of the body bottom, two otic placode frame sides.
The utility model is compared with the prior art because design has cutting power, during cutting mud bar, cutting steel wire and mud bar are synchronized with the movement, thereby overcome the circular arc mud head that mud bar after the prior art cutting stays two adobe sizes, the pug waste is big, can not cut off the mud bar when the higher or power of extruding is big when the hardness of mud bar, belt destroys the deficiency of mud bar profile.When need change cutting mud bar length, can control by program, do not need to change parts, enhance productivity, reduce workman's amount of labour.
Description of drawings:
Fig. 1 for the brickmaking cutting cutter on Fig. 2 A-A to cutaway view;
Fig. 2 is a brickmaking cutting cutter left view;
Fig. 3 is brickmaking cutting cutter rack figure;
Fig. 4 is a brickmaking cutting cutter frame left view;
Fig. 5 is a brickmaking cutting cutter frame plan;
Fig. 6 is a brickmaking cutting cutter gantry base governor motion installation diagram;
Fig. 7 is a brickmaking cutting cutter axis of guide installation diagram;
Fig. 8 is the brickmaking cutting cutter support installation diagram that is synchronized with the movement;
Fig. 9 is the brickmaking cutting cutter support vertical view that is synchronized with the movement;
Figure 10 is brickmaking cutting cutter cutting steel wire rack installation diagram;
Figure 11 is brickmaking cutting cutter cutting steel wire rack vertical view;
Figure 12 is a brickmaking cutting cutter ratchet mechanism installation diagram;
Figure 13 changes cutting cutter otic placode frame front view for system;
Figure 14 is a brickmaking cutting cutter otic placode frame right view;
Figure 15 is a brickmaking cutting cutter otic placode frame upward view;
Figure 16 is a brickmaking cutting cutter crank front view;
Figure 17 is a brickmaking cutting cutter crank vertical view.
Provide brickmaking cutting cutter most preferred embodiment below in conjunction with accompanying drawing, it is made up of frame, cutting part, power and running part.Frame is by base, base governor motion, and protection rack and roller carriage are formed, and cutting part is by cutting steel wire rack 6, otic placode frame 3,18, the strut assembly, ratchet mechanism 7,13, pressing plate 15,33, support 34 is synchronized with the movement, horizontally-guided shaft assembly 1,19, vertically-guided shaft assembly 4,17 clamps cylinder 31,32, reset cylinder 37, cutting steel wire 2 is formed.Power and running part be by motor 38, shaft coupling 39, and decelerator 23, reducer output shaft 24, rolling bearing units 22,25, crank 21,26, connecting rod 20,27 is formed.Gantry base cooperates solid welding cuboid framework by 48,51 and ten hollow square steel of two channel-section steels, the middle part solid welding has connecting plate 43 above the framework upper back hollow square steel 40, two channel- section steels 48,51 constitute two long limits of base of frame, every isometric one section of the cuboid framework that stretches out in channel- section steel 48,51 two ends, in channel- section steel 48,51 terminations unthreaded hole is arranged, Open Side Down for channel-section steel 48,51.Between two channel- section steels 48,51,, between two hollow square steel the slit is arranged near 44,45, one groups of two hollow square steel of two groups of hollow square steel of parallel symmetrical solid welding above channel-section steel 48, the 51 middle part channel-section steels 48,51.Intrinsic 49,50, the one groups of two hollow square steel of two groups of hollow square steel in addition of balanced welding have the slit between two hollow square steel between below two groups of hollow square steel 44,45.The base governor motion is made up of support foot 57, screw rod 59, square nut 60, crank 61, handle 62.Support foot 57 is a truncated cone-shaped, and the following table circumference has the edge, and there is unthreaded hole at the upper table surface center.There are a thin short circular shaft and support foot 57 upper table surface center unthreaded holes in screw rod 59 lower ends movingly.Contact cooperation with support foot 57 upper table surfaces below above the nut 58 and short circular shaft of the screw rod upper end threaded engagement, nut 58.The internal thread of square nut 60 and screw rod 59 middle part external screw threads cooperate.Crank 61 internal threads and screw rod 59 upper external screw threads cooperate straight pin to fix.Crank 61 internal threads and screw rod 59 upper external screw threads cooperate straight pin to fix.Crank 61 other ends overlap intrinsic handle 62.Four base governor motion screw rods cooperate with 48,51 4 termination unthreaded holes of base channel-section steel respectively, each above the governor motion square nut 60 respectively with 48,51 4 termination concave surface solid weldings of base channel-section steel.The protection rack cooperates solid welding cuboid support by eight hollow square steel, four hollow square steel constitute rectangle four limits, cuboid support top, other four hollow square steel constitute four stiles of cuboid, and four stile lower ends cooperate solid welding with four stile upper ends of base cuboid framework respectively.There is the rectangle protection network corresponding two sides of protection rack, protection network four frames cooperate solid welding by the hollow square steel, cooperate solid welding with protection network four frames around the protection network, a limit of each protection screen frame stile of corresponding with it protection rack cooperates solid welding by two hinges, and another limit of each protection screen frame another stile of corresponding with it protection rack cooperates solid welding by a pair of catch on the solid welding corresponding sides.Roller carriage is made of six hollow square steel pillars and four angle steel, hollow square steel 54,56 front portions, middle part and the rear portion of six hollow square steel pillar lower end difference solid weldings dual-side on base.Two ends of two angle steel 55,47 cooperate solid welding with 54,56 rear portions of dual-side above the base and middle part hollow square steel pillar upper end respectively.Two angle steel 46,53 rear ends cooperate solid welding with 54, the 56 anterior hollow square steel pillar upper ends of dual-side above the base respectively in addition, and idler pulley 36 is arranged between corresponding angle steel, and the idler pulley axle cooperates with aperture on the angle steel.The cutting steel wire rack becomes H shape by the solid welding of four hollow square steel, the corresponding solid welding in two square steel crossbeam 107,108 two ends at two heel post hollow square steel 102,105 on forward and backward side, 1/3 place, upper end.There is strip connecting plate 101,106 in two root post hollow square steel, 102,105 outsides solid welding respectively, and there is unthreaded hole at connecting plate 101,106 upper and lower end edges.In two heel post hollow square steel, 102,105 inboards, between two hollow square steel crossbeams 107,108 respectively solid welding steel column 103,104 is arranged, there is the concentric pylone that the first half is big, Lower Half is little at steel column 103,104 middle parts. Otic placode frame 3,18 side's of being bodies, there is a step at the middle part, has to lack between forward and backward of the square body bottom and slits 123, and through hole 126 is arranged between the center, two sides, the front has aperture 124 near lacking to slit between 123 edges and the inboard central through hole 126, and inboard forward and backward limit is connected with square otic placode 127,128.Porose 125 2 otic placode framves, 3, the 18 top square bodies in otic placode center cooperate solid welding with the hollow square opening of cutting steel wire rack 6 two root post hollow square steel, 102,105 lower ends respectively.The strut assembly is that convex connecting plate 11, square active plate 10 are formed by a cylinder strut 16, section.Section is convex connecting plate 11 bottom surfaces and the 16 upper end solid weldings of cylindrical strut, the bossing edge is solid in 6 two hollow square steel of cutting steel wire rack crossbeam, 107,108 middle gap, square active plate 10 is 11 top and 107,108 top cooperations of 6 two hollow square steel of cutting steel wire rack crossbeam of convex connecting plate with section, and bolt cooperates with aperture on apertures and the square active plate 10 above the convex connecting plate 11 to be fixed. Ratchet mechanism 7,13 is made up of standing screw 114, interstage sleeve 115, supporting mass 117, ratchet 121, ratchet 120, ratchet shaft 122 and spring 116,119.Standing screw 114 first half external diameters have screw thread, and there is unthreaded hole the lower end.Supporting mass 118 side's of being bodies, upper side has projection 113, and center, projection 113 above and below has unthreaded hole to cooperate bearing pin to fix with standing screw 114 lower ends, and there is circular hole 112 at supporting mass 118 first half centers.There is screw thread circular hole 112 upper ends, have between forward and backward of the Lower Half to lack to slit 109, and Lower Half has through hole between the two sides.Ratchet shaft 122 is the thick end buttress shaft body of an end, and there is step at the middle part, has to lack in thin termination and slits 110, and through hole cooperates circlip to fix between thin end and the supporting mass 118 Lower Half two sides, and ratchet 120 cooperates with forward and backward scarce open-minded 109 of supporting mass 118 Lower Half.Ratchet 121 internal diameters cooperate bearing pin to fix with ratchet shaft 122 thin end external diameters, ratchet 120 cooperates with supporting mass 118 first half center holes 112, the solid spring 119 in top is arranged at ratchet top, screw 117 and supporting mass 118 first half center holes 112 upper end threaded engagement, standing screw 114 lower end external diameters have spring 116, the middle part external diameter cooperates with cylindrical interstage sleeve 115 internal diameters, there is boss cylindrical interstage sleeve 115 upper ends, and two ratchet mechanism 7,13 standing screws upper ends are fixed with 6 two square steel crossbeams of cutting steel wire rack, 107,108 two ends steel columns, 103,104 through hole attaching nuts respectively.Below 6 two hollow square steel of cutting steel wire rack crossbeam, 107,108 two ends steel columns 103,104, cooperate respectively above two ratchet mechanism 7,13 interstage sleeves 115.Pressing plate 15,33 by rectangular slab and two slide bars 8,12 form, two slide bars 8,12 lower ends respectively with the vertical solid welding in two ends above the rectangular slab, the support that is synchronized with the movement is the cuboid framework, base of frame is that two corresponding long limits of rectangle are formed by a flat square steel 84 and a hollow square steel 83, one leptoprosopy of flat square steel 84 and the top solid welding of hollow square steel 83, another leptoprosopy solid welding of flat square steel 84 has supporting plate 28,35, two corresponding long limit two ends solid weldings channel-section steel 88 is arranged, 93,96,99, two limit channel-section steel opening correspondences, rectangle corresponding minor face in bottom is respectively hollow square steel 74,81, two hollow square steel 74, two ends, corresponding with two of bottom rectangles respectively long limit, side, 81 two ends channel- section steels 88,93,96,99 side solid weldings, at minor face hollow square steel 74, on 81, following solid welding has fixed head 73,75,80,82, fixed head 73,75,80, screw is arranged on 82, two top fixed heads 75,80 respectively with vertically-guided shaft assembly 4,17 fixed mount two stiles 5,14 lower end fixed head fitted bolts are fixed, vertically-guided shaft assembly 4,17 fixed mounts, two stiles 5,14 upper ends are fixed with a hollow square steel 9 two ends fitted bolts respectively, and long limit forward, central part solid welding has two square connecting plates 85 before the rectangle of bottom, 86.Four stiles 87 of support cuboid are synchronized with the movement, 94,95,100 are made of four hollow square steel, four hollow square steel 87,94,95,100 lower ends respectively with two corresponding minor faces 74 of bottom rectangle, 81 4 cooperate solid welding above the termination, two long limits of support top and the bottom rectangle of being synchronized with the movement are to there being two groups of crossbeams 76,89, every group of crossbeam 76,89 are made up of two hollow square steel, every group of crossbeam 76,89 2 corresponding with the support cuboid that is synchronized with the movement respectively stiles 87 of hollow square steel two ends, 94,95, before 100 upper ends, the back solid welding, every group of crossbeam 76,89 middle parts, below the crossbeam hollow square steel between two hollow square steel solid welding square connecting plate 77 is arranged, 91, square connecting plate 77, there is macropore at 91 centers, and aperture is arranged all around.Every group of crossbeam 76,89 1/2 2 square steel from the end to the middle part respectively solid welding cuboid fairlead 90 is arranged, 92,97,98, fairlead 90,92,97,98 are made up of overcoat 78 and interior cover 79, on overcoat 78 middle parts, below between round tube hole is arranged, the round tube hole bottom is by step, interior cover 79 is on the cylindrical central part, below between the through hole sleeve is arranged, interior cover 79 external diameters cooperate with overcoat 78 internal diameters, interior cover 79 bottom surface circumference cooperate with overcoat 78 round tube hole bottom stage, horizontally-guided shaft assembly and vertically-guided shaft assembly are by a thin cylinder major axis 71, one cylindrical sleeve 67, two circlips 66,68, two bearing blocks 65,69, two standard type ball bushings 64,70, two axle beds 63,72 form, sleeve 67 two ends have a standard type ball bushing 64 respectively, 70 cooperate with thin cylinder major axis 71, sleeve 67 two ends internal diameters respectively with sleeve 67 two ends standard type ball bushings 64,70 1 end external diameters cooperate, two standard type ball bushings 64,70 other end external diameter respectively with bearing block 65,69 internal diameters cooperate, bearing block 65,69 and 67 flexible back-up rings 66 of sleeve, 68, bearing block 65, screw is arranged on 69, thin cylinder major axis 71 two ends respectively with axle bed 63,72 cooperate, two horizontally-guided shaft assemblies 1,19 axle beds respectively with gantry base top dual-side hollow square steel 54, fitted bolt is fixed above 56, two horizontally-guided shaft assemblies 1,19 bearing blocks respectively with the support 34 bottoms two corresponding minor face hollow square steel 74 that are synchronized with the movement, fixed head 73 below 80,82 cooperate screw rod to fix, two vertically-guided shaft assemblies 4,17 axle beds respectively with vertically-guided shaft assembly 4,17 fixed mounts, two stile hollow square steel 5,14 two ends medial surface fitted bolts are fixed, two vertically-guided shaft assemblies 4,17 bearing blocks respectively with cutting steel wire rack 6 liang of heel post hollow square steel 102,105 outside strip connecting plates 101, on 106, lower end unthreaded hole fitted bolt is fixed, two clamp cylinder 31,32 bases respectively with 34 2 groups of crossbeams of support middle part square connecting plate 77 that is synchronized with the movement, 91 upper surface hole fitted bolts are fixed, two clamp cylinder 31,32 connecting rods respectively with two pressing plates 15, center solid welding above 33 the rectangle pressing plate, each pressing plate 15, two slide bars 8 of 33,12 respectively with two groups of crossbeam cuboids of the support fairlead 90 that is synchronized with the movement, 92,97, the cover through hole cooperates in 98, two square connecting plates 85 of the connecting rod of a reset cylinder 37 and the preceding long limit forward, central part of the frame bottom rectangle that is synchronized with the movement, 86 cooperate bearing pin to fix, reset cylinder 37 bases and gantry base framework upper back hollow square steel 40 top middle part connecting plate 43 fitted bolts are fixed, cutting steel wire 2 and the cylindrical strut 16 lower end through holes of strut assembly and two otic placode framves 3,18 square otic placodes 127, sheave cooperates on 128 centre hole axis, cutting steel wire 2 two respectively with two ratchet mechanisms 7,13 ratchet shaft 122 thin terminations lack to slit twists admittedly, two rolling bearing units 22,25 respectively with gantry base channel-section steel 48, two prescription steel 44 above 51,45 cooperate solid welding, 23 of 38 on motor and decelerators respectively with gantry base two groups of hollow square steel 49 in addition, 50 fitted bolts are fixed, decelerator 23 output shafts 24 and two rolling bearing units 22,25 cooperate, output shaft 24 two ends of decelerator 23 respectively with two cranks 21,26 fit keys are fixed, two cranks 21,26 minor axises respectively with two connecting rods 20,27 1 end oscillating bearings cooperate circlip to fix two connecting rods 20, the oscillating bearing of 27 other ends respectively with two otic placode framves 3, before 18 side's body bottoms, lacking the 123 cooperation bearing pins that slit between the back fixes.During work, length by auxiliary device counter records mud bar, after having arrived the length of regulation, counter provides a signal and passes to cylinder 31,32 magnetic valve, cylinder 31,32 inflations, air cylinder connecting rod stretches out and drives pressing plate 15,33 descend clamps the mud bar, cutting part and mud bar are synchronized with the movement, guarantee perpendicular cuts mud bar, cylinder 15 when clamping the mud bar, 33 lower dead center switch provides signal, this signal is passed to the contactor of drive motors 38, make the contactor adhesive, motor 38 runnings, drive decelerator 23 by shaft coupling 39, reducer output shaft 24, crank 21,26, connecting rod 20,27,6 actions of cutting steel wire rack, make cutting steel wire rack 6 along vertically-guided axle 4,17 move downward, and cutting steel wire 2 cutting mud bars are after cutting finishes, by crank 21,26 lower dead center switch provides signal, signal is passed to cylinder 31,32 magnetic valve, cylinder 31,32 venting, air cylinder connecting rod drives pressing plate 15,33 rise, unclamp the mud bar and be returned to original position, at this moment cylinder 15,33 top dead centre switch provides signal, passes to restoring cylinder 37, reset cylinder 37 inflations, connecting rod stretches out and drives the support 34 that is synchronized with the movement and reset, the magnetic valve of reset cylinder provides signal after resetting, counter O reset, and once cutting finishes.
Claims (1)
1, the brickmaking cutting cutter is made up of frame, cutting part, power and running part, it is characterized in that:
A, cutting part is by the cutting steel wire rack, the otic placode frame, the strut assembly, ratchet mechanism, pressing plate, support is synchronized with the movement, the horizontally-guided shaft assembly, the vertically-guided shaft assembly, clamp cylinder, reset cylinder and cutting steel wire are formed, the cutting steel wire rack becomes H shape by four square steel solid weldings, the corresponding solid welding in two hollow square steel crossbeam two ends at two heel post hollow square steel before 1/3 place, upper end, on the trailing flank, there is the strip connecting plate in the outside of two root post hollow square steel solid welding respectively, on the connecting plate, there is unthreaded hole at the edge, lower end, solid welding has steel column respectively between the inboard two hollow square steel crossbeams of two heel post hollow square steel, the steel column middle part has the first half big, the little concentric pylone of Lower Half, the otic placode frame side of being body, there is step at the middle part, before the body bottom, side, have between the back to lack and slit, there is through hole two sides between the center, the front has aperture near lacking to slit between edge and the inboard central through hole, before the inboard, the back is connected with square otic placode, the otic placode center is porose, two otic placode frame top square bodies cooperate solid welding with the hollow square opening of cutting steel wire rack two root post hollow square steel lower ends respectively, the strut assembly is by a cylindrical strut, section is the convex connecting plate, square active plate is formed, section is convex connecting plate bottom surface and the solid welding of cylindrical strut upper end, the bossing edge is solid in two square steel crossbeams of cutting steel wire rack middle gap, square active plate with cooperate above section is the convex connecting plate and above two hollow square steel of cutting steel wire rack crossbeam, bolt cooperates fixing with aperture on aperture above the convex connecting plate and the square active plate, ratchet mechanism is by standing screw, interstage sleeve, supporting mass, ratchet, ratchet, ratchet shaft and spring are formed, standing screw first half external diameter has screw thread, lower end has unthreaded hole, the supporting mass side of being body, upper side has projection, on the projection, there is unthreaded hole at following center, cooperate bearing pin to fix with the standing screw lower end, there is circular hole at supporting mass first half center, there is screw thread the circular hole upper end, before the Lower Half, have between the back to lack and slit, Lower Half has through hole between the two sides, ratchet shaft is the thick end buttress shaft body of an end, there is step at the middle part, in thin termination scarce slitting arranged, through hole cooperates circlip to fix between thin end and the supporting mass Lower Half two sides, before ratchet and the supporting mass Lower Half, the back lacks to slit and cooperates, the ratchet internal diameter carefully holds external diameter to cooperate bearing pin to fix with ratchet shaft, ratchet cooperates with supporting mass first half center hole, the solid spring in top is arranged at ratchet top, screw and supporting mass first half center hole upper end threaded engagement, standing screw lower end external diameter has spring, the middle part external diameter cooperates with cylindrical interstage sleeve internal diameter, there is boss cylindrical interstage sleeve upper end, two ratchet mechanism standing screw upper ends are fixed with two hollow square steel of cutting steel wire rack crossbeam two ends steel column through hole attaching nut respectively, below the steel column of two hollow square steel of cutting steel wire rack crossbeam two ends, cooperate respectively above two ratchet mechanism interstage sleeves, pressing plate is made up of rectangular slab and two slide bars, two slide bar lower ends respectively with the vertical solid welding in two ends above the rectangular slab, the support that is synchronized with the movement is the cuboid framework, base of frame is a rectangle, two corresponding long limits are formed by a flat square steel and a hollow square steel, one leptoprosopy of flat square steel and the top solid welding of hollow square steel, another leptoprosopy solid welding of flat square steel has supporting plate, two corresponding long limit two ends solid weldings channel-section steel is arranged, two limit channel-section steel openings are corresponding, rectangle corresponding minor face in bottom is respectively a hollow square steel, corresponding with two of the bottom rectangles respectively long limit two ends channel-section steel side solid weldings in side, two hollow square steel two ends, on the minor face square steel, following solid welding has fixed head, two top fixed heads are fixed with vertically-guided shaft assembly fixed mount two stile lower end fixed head fitted bolts respectively, and vertically-guided shaft assembly fixed mount two stiles are fixed with a square steel two ends fitted bolt between the upper end.Long limit forward, central part solid welding has two square connecting plates before the rectangle of bottom, four stiles of support cuboid that are synchronized with the movement are made of four hollow square steel, four hollow square steel lower ends are distinguished solid weldings with four of two corresponding minor faces of bottom rectangle respectively above the termination, two long limits of support top and the bottom rectangle of being synchronized with the movement are to there being two groups of crossbeams, every group of crossbeam is made up of two hollow square steel, before corresponding with the support cuboid that is synchronized with the movement the respectively stile of two hollow square steel two ends of the every group of crossbeam upper end, the back solid welding, every group of crossbeam middle part, below the crossbeam hollow square steel between two hollow square steel solid welding square connecting plate is arranged, there is macropore at the square connecting plate center, aperture is arranged all around, 1/2 2 from the end to middle part hollow square steel of every group of crossbeam respectively solid welding the cuboid fairlead is arranged, guiding is with overcoat and interior cover is formed, on the overcoat middle part, below between round tube hole is arranged, step is arranged at the round tube hole bottom, interior cover is on the cylindrical central part, below between the through hole sleeve is arranged, interior cover external diameter cooperates with outer casing internal diameter, interior cover bottom surface circumference cooperates with overcoat round tube hole bottom stage, horizontally-guided shaft assembly and vertically-guided shaft assembly are by a thin cylinder major axis, one cylindrical sleeve, two circlips, two bearing blocks, two standard type ball bushings, two axle beds are formed, the sleeve two ends have a standard type ball bushing to cooperate with thin cylinder major axis respectively, sleeve two ends internal diameter cooperates with sleeve two ends standard straight-line sport ball bearing one end external diameter respectively, the other end external diameter of two standard type ball bushings cooperates with the bearing block internal diameter respectively, flexible back-up ring between bearing block and sleeve, screw is arranged on the bearing block, thin cylinder major axis two ends cooperate with axle bed respectively, two horizontally-guided shaft assembly axle beds are fixed with fitted bolt above the dual-side hollow square steel of gantry base top respectively, two horizontally-guided shaft assembly bearing blocks respectively below the frame bottom two corresponding minor face hollow square steel that are synchronized with the movement fixed head cooperate screw rod to fix, two vertically-guided shaft assembly axle beds are fixed with vertically-guided shaft assembly fixed mount two stile hollow square steel two ends medial surface fitted bolts respectively, two vertically-guided shaft assembly bearing blocks respectively with cutting steel wire rack two heel post hollow square steel outside strip connecting plate on, lower end unthreaded hole fitted bolt is fixed, two clamp air cylinder base and fix with the fitted bolt that is synchronized with the movement above the square connecting plate of two groups of crossbeams middle parts of support respectively, two clamp air cylinder connecting rod respectively with center solid welding above the rectangular slab of two pressing plates, two slide bars of each pressing plate cooperate with cover through hole in two groups of crossbeam cuboids of support fairlead that is synchronized with the movement respectively, two square connecting plates of the connecting rod of a reset cylinder and the preceding long limit forward, central part of the frame bottom rectangle that is synchronized with the movement cooperate bearing pin to fix, the reset cylinder base and above the hollow square steel of gantry base framework upper back middle part connecting plate fitted bolt fix, sheave cooperates on cutting steel wire and strut assembly cylindrical strut lower end through hole and two the square otic placode centre hole axis of otic placode frame, cutting steel wire two lacks to slit with two thin terminations of ratchet mechanism ratchet shaft respectively twists admittedly, and two rolling bearing units cooperate solid welding with two groups of hollow square steel above the gantry base channel-section steel respectively;
B, power and running part are by motor, shaft coupling, decelerator, reducer output shaft, rolling bearing units, crank, connecting rod is formed, motor base (frame) and decelerator seat are fixed with other two groups of hollow square steel fitted bolts of gantry base respectively, reducer output shaft cooperates with two rolling bearing units, the reducer output shaft two ends are fixed with two crank fit keys respectively, two crank minor axises cooperate circlip to fix with two connecting rods, one end oscillating bearing respectively, the oscillating bearing of two connecting rod other ends respectively with body bottom, two otic placode frame sides before, lacking between the back slits cooperates bearing pin to fix.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 94208643 CN2190012Y (en) | 1994-04-09 | 1994-04-09 | Clay column cutter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 94208643 CN2190012Y (en) | 1994-04-09 | 1994-04-09 | Clay column cutter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2190012Y true CN2190012Y (en) | 1995-02-22 |
Family
ID=33826594
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 94208643 Expired - Fee Related CN2190012Y (en) | 1994-04-09 | 1994-04-09 | Clay column cutter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2190012Y (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104261188A (en) * | 2014-10-14 | 2015-01-07 | 速飞得(浙江)自动化科技有限公司 | Spreading machine tubular fabric seam lifting line centering device |
| CN104692167A (en) * | 2015-03-10 | 2015-06-10 | 速飞得(浙江)自动化科技有限公司 | Dual-purpose cloth feeding machine for cloth roll |
| CN104743329A (en) * | 2015-03-16 | 2015-07-01 | 安徽科达机电有限公司 | Synchronous jacking mechanism for bottom plates |
| CN107297815A (en) * | 2017-07-20 | 2017-10-27 | 长沙学院 | A kind of steel wire slide type cutting machine structure of the synchronous cutting machine of mud bar |
-
1994
- 1994-04-09 CN CN 94208643 patent/CN2190012Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104261188A (en) * | 2014-10-14 | 2015-01-07 | 速飞得(浙江)自动化科技有限公司 | Spreading machine tubular fabric seam lifting line centering device |
| CN104692167A (en) * | 2015-03-10 | 2015-06-10 | 速飞得(浙江)自动化科技有限公司 | Dual-purpose cloth feeding machine for cloth roll |
| CN104743329A (en) * | 2015-03-16 | 2015-07-01 | 安徽科达机电有限公司 | Synchronous jacking mechanism for bottom plates |
| CN107297815A (en) * | 2017-07-20 | 2017-10-27 | 长沙学院 | A kind of steel wire slide type cutting machine structure of the synchronous cutting machine of mud bar |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |