CN2265280Y - Main frame of machine for integral cutting aerated concrete - Google Patents
Main frame of machine for integral cutting aerated concrete Download PDFInfo
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- CN2265280Y CN2265280Y CN 96232002 CN96232002U CN2265280Y CN 2265280 Y CN2265280 Y CN 2265280Y CN 96232002 CN96232002 CN 96232002 CN 96232002 U CN96232002 U CN 96232002U CN 2265280 Y CN2265280 Y CN 2265280Y
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Abstract
The utility model belongs to the host machine of an aerated concrete cutting machine. The machine frame of the host machine of an aerated concrete cutting machine is fixed with the guideway girders of a transverse cutting unit; a transverse cutting main shaft which is rolled with the guideway girders is arranged between two guideway girders; one end of a plurality of transverse cutting steel wires is connected with the corresponding unit of a counterweight mechanism; the other end of a plurality of transverse cutting steel wires is connected with the transverse cutting main shaft by a module roller; the other side of the machine frame which is corresponding to the counterweight mechanism is provided with a manipulator mechanism which can position the transverse cutting steel wires when the steel wires are prepared to pave; the machine frame is also provided with a longitudinal cutting unit, the structure of which is fundamentally the same with the transverse cutting unit; the utility model has the advantages of simple structure, small occupation area and low cost, and can obtain the product of higher accuracy and better smoothness when used.
Description
The utility model relates to a kind of cutting machine of air entrained concrete, belongs to building material machinery field.
Single station formula cutting machine of existing air entrained concrete, its structure is assembled, air entrained concrete base substrate (hereinafter to be referred as base substrate) is motionless during work, the motion of cutting machine moves and the tractive steel wire vertically cuts along the rail that is laid on ground, and then carries out transverse cuts and base substrate is cut into the fritter of required size.Cutting machine has stock formula rip cutting method (see figure 1) and prespreading rip cutting method (see figure 2) to vertical cutting method of base substrate, horizontal blanking method oriented press-down type cross-section method (see figure 3) and prespreading cross-section method (see figure 4) to base substrate, 1a among Fig. 1 to Fig. 4 is a lifting beam, 2a is a tension device, 3a is a steel wire, 4a is a base substrate, and 5a is a long draw.Steel wire (3a) is by the cutting of direction shown in the arrow among each figure base substrate.Hence one can see that, and above-mentioned cutting method is forced patterning method, and steel wire during cutting (3a) is active force in opposite directions to the active force of base substrate (4a), so the required resistance that overcomes of steel wire (3a) cutting base substrate (4a) is bigger.So less for the hardness range of the suitable cutting of initial set base substrate, so that harder base substrate can not cut, otherwise that steel wire can take place to jump is disconnected.Moreover, because of this class cutting machine is split type so the Installation and Debugging difficulty is bigger, can produces problems such as rail distortion after work a period of time, and make cutting accuracy be subjected to further influence.This class cutting machine floor space is bigger simultaneously, and cost is higher.
The purpose of this utility model is, provides that a kind of compact conformation, floor space are less, the suffered resistance of steel wire is less and make it main frame to the monoblock type cutting machine of the air entrained concrete that suitable cutting hardness scope is big, cutting gained finished product accuracy is higher of initial set base substrate in use.
The technical scheme that realizes the utility model purpose is (referring to 5 to Figure 10), this main frame has frame (1), infeed set-up, longitudinal cutting device, frame (1) has support (11), column (12), cutting bed (13) and connecting plate (14), column (12) has 4, be separately fixed on 4 angles of support (11), the upper end of every column (12) is fixed with a connecting plate (14); Cutting bed (13) is fixedlyed connected with support (11).Infeed set-up has crosscut track girder (21), crosscut transmission mechanism (22), crosscut dolly (23), crosscut main shaft (24), steel wire rolling wheel (25), modulus roller (26), balance weight mechanism (27) and manipulator mechanism (28); Crosscut track girder (21) has 2, about be oppositely arranged and be fixed on the connecting plate (14) of frame (1), crosscut dolly (23) has 2, is located at respectively that left and right sides crosscut track girder (21) is gone up and rolls with crosscut track girder (21) to be connected; Steel wire rolling wheel (25) with steel wire trough (251) has a plurality of, and suit is fixed on the crosscut main shaft (24), and two terminations of crosscut main shaft (24) are stretched in the vehicle frame (231) of crosscut dolly (23) respectively, are rotationally connected with crosscut dolly (23); Two terminations of the haulage chain (221) of crosscut transmission mechanism (22) are connected with the both sides, front and back of the vehicle frame (231) of crosscut dolly (23); Crosscut track girder (21) upper edge fore-and-aft direction is provided with the locate chain (222) or the tooth bar of crosscut transmission mechanism (22), and this locate chain (222) or tooth bar are meshed with corresponding driving member (223) on the termination of stretching out crosscut car frame (231) that is fixed on crosscut main shaft (24); The frame (1) that is located at manipulator mechanism (28) goes up and is positioned at one side on frame (1) fore-and-aft direction, and modulus roller (26) is located at frame (1) and goes up and be positioned at another side on frame (1) fore-and-aft direction, and balance weight mechanism (27) is located at the outside of modulus roller (26).Longitudinal cutting device has rip cutting track girder (31), rip cutting transmission mechanism (32), rip cutting dolly (33), rip cutting main shaft (34), steel wire rolling wheel (35), modulus roller (36), balance weight mechanism (37), manipulator mechanism (38); Rip cutting track girder (31) has 2, and front and back are oppositely arranged, are positioned at the top of crosscut track girder (21), and be fixed on and cushion block (15) that connecting plate (14) is fixedly linked on; Rip cutting dolly (33) has 2, and rip cutting track girder (31) upward and with rip cutting track girder (31) rolling is connected before and after being located at respectively; Steel wire rolling wheel (35) with steel wire trough (351) has a plurality of, and suit is fixed on the rip cutting main shaft (34), and two terminations of rip cutting main shaft (34) are stretched into respectively in the vehicle frame (331) of rip cutting dolly (33), are rotationally connected with rip cutting dolly (33); Two terminations of the haulage chain (321) of rip cutting transmission mechanism (32) are connected with the left and right sides of the vehicle frame (331) of rip cutting dolly (33); Rip cutting track girder (31) upper edge left and right directions is provided with the locate chain (322) or the tooth bar of rip cutting transmission mechanism (32), and this locate chain (322) or tooth bar are meshed with corresponding driving member (323) on the termination of stretching out rip cutting car frame (331) that is fixed on rip cutting main shaft (34); The frame (1) that is located at manipulator mechanism (38) goes up and is positioned at one side on frame (1) left and right directions, and modulus roller (36) is located at the another side that frame (1) went up and be positioned at frame (1) left and right directions, and balance weight mechanism (37) is located at the outside of modulus roller (36).
Referring to Figure 11 and Figure 12, consider and make the utility model also have when preventing rip cutting the function that the base substrate fritter near rip cutting modulus roller one side collapses, this main frame also has supporting mechanism, and supporting mechanism has supporter (41), chute board (42), last modulus plate (43), following modulus plate (44), gusset piece (45), gripper shoe (46), pulley base (47) and pulley (48); The cushion block (15) that is positioned at rip cutting modulus roller (36) one sides is duplex cushion block (151); Pulley base (47) has 2, is fixed on the lower end of duplex cushion block (151) before and after dividing, and pulley (48) has 4, and each pulley base (47) is gone up the branch left-right rotation and is connected with 2 pulleys (48); Chute board (42) has 4, divides 2 groups, on the front and back sides that 2 every group are fixedly connected on supporter (41), and rolls with 2 pulleys (48) of homonymy and to be connected; Be fixedly connected with on the upper surface of supporter (41) and be fixedly connected with down modulus plate (44) on modulus plate (43), the lower surface, be fixedly connected with polylith gusset piece (45) between last modulus plate (43) and the following modulus plate (44), be fixedly connected with corresponding gripper shoe (46) on each gusset piece (45), form steel wire passage (491) between each gusset piece (45) and the gripper shoe (46).
Referring to Figure 10, consider the function that makes the utility model also have horizontal resection, this main frame also has the horizontal cutting apparatus that is arranged on the rip cutting dolly (33), horizontal cutting apparatus has horizontal cutting frame (51), level is cut steel wire (52), shaft seat (53), lift shaft (54), handwheel (55), gear (56), shaft seat (53) has 2, be separately fixed at before and after the rip cutting dolly (33) with support case (334) that vehicle frame (331) is fixedlyed connected on; Lift shaft (54) is located on 2 shaft seats (53), and is rotationally connected with shaft seat (53), and handwheel (55) is fixed on the termination of lift shaft (54), and gear (56) fixed cover is on lift shaft (54); Horizontal cutting frame (51) is the framework by 2 toothed rack (58) and the fixedly connected formation of 2 coupling spindles (57), before and after the part tooth section of every toothed rack (58) is located at respectively in the support case (334) of rip cutting dollies (33) and slide up and down with support case (334) and to be connected, every toothed rack (58) is meshed with gear (56) accordingly; Be fixed with level in the lower end of two toothed rack (58) and cut steel wire (52).
Referring to Figure 13 and Figure 15, one side of above-mentioned crosscut track girder (21) and rip cutting track girder (31) upper surface towards frame central, be fixed with trapezoidal track (211,311), one side of leaving frame central of upper surface is fixed with the chain stays (212 of U-shaped, 312), the fixing driving member (223,323) in crosscut main shaft (24) and rip cutting main shaft (34) termination is a drive sprocket, with drive sprocket (223,323) engagement is corresponding locate chain (222,322), locate chain (222,322) is located at U-shaped chain stays (212 separately, 312) in, and the two ends of locate chain (222,322) and U-shaped chain stays (212,312) are fixedly connected; The vehicle frame (231 of every crosscut dolly (23) and rip cutting dolly (33), 331) be provided with 2 wheels (232 in, 332), wheel (232,332) be rotationally connected with vehicle frame, the shape of wheel (232,332) circumferential cross-section is and trapezoidal cutting track (211,311) the corresponding dovetail groove (233 of shape, 333) partly be located at the top of respective rail with the epimere of the fixedly connected haulage chain (221,321) in vehicle frame (231,331) side, its hypomere partly is located at the inner chamber (213 of the shaped as frame track girder of being made by the welding of channel-section steel Two bors d's oeuveres, 313) in, be provided with and haulage chain (221 at the turning point of haulage chain (221,321), 321) driving chain sprocket (224 that is meshed, 324), driving chain sprocket (224,324) and its outside is fixed on respective track beam (21,31) the traction case (228,328) on is rotationally connected; In 2 groups of crosscut driving chain sprockets (224) of the place ahead homonymy or rear homonymy one group, be connected by shaft coupling with crosscut power transmission shaft (225), crosscut motor (226) links to each other with crosscut power transmission shaft (225) by drive disk assembly (227), the 1 group of rip cutting driving chain sprocket (324) that is positioned at rip cutting modulus roller (36) one sides is connected by shaft coupling with rip cutting power transmission shaft (325), and rip cutting motor (326) links to each other with rip cutting power transmission shaft (325) by drive disk assembly (327).
Referring to Fig. 7, Fig. 8 and Figure 10, above-mentioned crosscut balance weight mechanism (27) and rip cutting balance weight mechanism (37) have corresponding casing (271,371), sprocket holder (272,372), sprocket wheel (273,373), chain (274,374) and counterweight (275,375), casing (271,371) upper end is provided with sprocket holder shifting chute (276,376), sprocket holder (272,372) have a plurality ofly, be fixed on corresponding sprocket holder shifting chute (276,376) in, sprocket holder (272,372) lower end is fixed with sprocket wheel bearing pin (277,377), bearing pin (277,377) passes sprocket wheel (273,373), and be rotationally connected with sprocket wheel (273,373); Chain (274,374) is meshed with corresponding sprocket wheel (273,373), and an end of chain (274,374) is fixedlyed connected with corresponding counterweight (275,375).
Referring to Figure 20, the another kind of version of above-mentioned crosscut balance weight mechanism (27) is, this mechanism has counter-balanced carriage and counterweight spring, upper junction plate (2782) and lower connecting plate (2783) that counter-balanced carriage (278) has flute profile main body (2781) and is connected as a single entity with flute profile main body (2781), counter-balanced carriage (278) is fixedlyed connected with the lower end of rip cutting track girder (31) by pressing plate (2784) by the upper junction plate (2782) that it is positioned at the outside, flute profile main body (2781) upper end, and the lower connecting plate (2783) of the inboard, lower end of flute profile main body (2781) is fixedlyed connected with frame (1); The upper end of flute profile main body (2781) is provided with the pulley (2793) that is rotationally connected with it, counterweight spring (2791) is located in the groove of flute profile main body (2781), its lower end is fixed on the lower end of flute profile main body (2781), fixedly connected with counterweight steel wire (2792) in the upper end of counterweight spring (2791), counterweight steel wire (2792) is through in the groove of pulley (2793).
Referring to Fig. 5, Figure 16 to Figure 18, above-mentioned crosscut manipulator mechanism (28) and longitudinal cutting mechinery mobile phone structure (38) have mechanism's column (281,381), manipulator seat (282,382), sector gear (283,383), driving gear (284,384), power transmission shaft (285,385), manipulator motor (286,386), manipulator (287,387) and pull bar (288,388), mechanism's column (281,381) there are 2, be fixed on the frame (1), manipulator seat (282,382) by being fixed on the axle and mechanism's column (281 on its pedestal, 381) be rotationally connected, sector gear (283,383) there are 2, be fixed on the two ends of manipulator seat (282,382); Power transmission shaft (285,385) be with on 2 with sector gear (283,383) driving gear (284 that is meshed, 384), and the two ends of power transmission shaft (285,385) are rotationally connected manipulator motor (286 with the axle bed that is fixed on mechanism's column (281,381), 386) link to each other by drive disk assembly and power transmission shaft (285,385); Manipulator (287,387) have a plurality of, each manipulator (287,387) have and grab silk seat (2871,3871), block filament plate (2872,3872), retaining silk pin (2873,3873) and draw pin plate (2874,3874), grab silk seat (2871,3871) upper end and manipulator seat (282,382) lower end is fixedly connected, grab silk seat (2871,3871) lower end be provided with level to tie rod hole, grab silk seat (2871,3871) lower end also is provided with the protrusion position towards frame central, on this position, be provided with level to retaining silk pin-and-hole, block filament plate (2872,3872) be fixed on and grab silk seat (2871,3871) side of lower end, and on it set through hole with grab silk seat (2871,3871) retaining silk pin-and-hole is corresponding, retaining silk pin (2873,3873) be located at and grab silk seat (2871,3871) in the retaining silk pin-and-hole, with grab silk seat (2871,3871) be slidingly connected retaining silk pin (2873,3873) a end with draw pin plate (2874,3874) fixedly connected; Pull bar (288,388) passes grabbing silk seat (2871,3871) and drawing the tie rod hole of pin plate (2874,3874) of each manipulator (287,387), pull bar (288,388) is fixedlyed connected and is slidingly connected with respectively grabbing silk seat (2871,3871) with respectively drawing pin plate (2874,3874), and is provided with eccentric toggle mechanism between manipulator seat (282,382) and pull bar (288,388).
Referring to Figure 20, the another kind of version of above-mentioned crosscut manipulator mechanism (28) is, this mechanism has actuating unit (2891), screw mandrel (2892), lifter slide (2893), manipulator seat (2894), manipulator (2895), pull bar (2896) and column (2897), column (2897) has 2, fixedly connected with rip cutting track girder (31) in its top, fixedly connected with frame (1) in the lower end, screw mandrel (2896) is located in the column (2897), its upper end links to each other with actuating unit (2891), the lower end is connected with lifter slide (2893) threads turn, lifter slide (2893) is slidingly connected with column (2897), and manipulator seat (2894) is one, fixedly connected with lifter slide (2893) in its two ends; Manipulator (2895) has a plurality of, each manipulator (2895) has grabs silk seat (2898), block filament plate, the retaining silk is sold (2899) and is drawn pin plate, an end that deviates from frame central of grabbing silk seat (2898) is fixedlyed connected with the end towards frame central of manipulator seat (2894), grab silk seat (2898) and be provided with level to tie rod hole, be positioned at this tie rod hole top, grab silk seat (2898) and also be provided with level to retaining silk pin-and-hole, block filament plate and grab silk seat (2898) and fixedly connected, and set through hole is corresponding with the retaining silk pin-and-hole of grabbing silk seat (2898) on it, retaining silk pin (2899) is located in the retaining silk pin-and-hole of grabbing silk seat (2898) and the one end is fixedlyed connected with drawing pin plate, and pull bar (2896) passes grabbing silk (2898) and drawing the tie rod hole of pin plate of each manipulator (2895); Pull bar (2896) is fixedlyed connected and is slidingly connected with respectively grabbing silk seat (2898) with respectively drawing pin plate, and is provided with eccentric toggle mechanism between manipulator seat (2894) and pull bar (2896).
Referring to Fig. 6, be provided with the leveling bolt in the under-chassis of above-mentioned support (1) bottom, cutting bed (13) is to be welded on support (11) by two undercut ceding of Taiwan beams (131) to go up and constitute, and is fixed with 2 alignment pins (16) on the upper surface of every undercut ceding of Taiwan beam (131).
The utlity model has positive effect: behind the parts such as (1) this main frame increase electrical control, can use.The air entrained concrete base substrate that is placed on the initial set in the cutting machine only needed a station can be finished laterally, the cutting of vertical and horizontal direction, and then handling is taken out of outside the machine.The comparatively simple and compact conformation of this main machine structure, floor space are less, compare with existing rail mounted cutting machine, not only the occupation of land than multistation rail mounted cutting machine greatly reduces, and it is also more much smaller than the floor space of the rail mounted cutting machine of single station, and do not need to do the basis of main equipment, cost is also corresponding greatly to be reduced.(2) use the structure of the cutting machine of this main frame to be monoblock type, can cut base substrate and make building block, also can make sheet material.The size of goods can need be adjusted by the user.(3) existing rail mounted cutting machine is bigger than the error that cooperates between long and the relevant relative movement part because of stroke, so the cut lengths precision is relatively poor, the scale error of goods reaches more than 3～6mm, and use this cutting machine resulting product dimensional accuracy to control, the index of high-class product in can not only being up to state standards (≤2mm), and can make precision higher according to user's request adjustment, solved the artificial cutting or the not high problem of cutting machine cutting accuracy that exist for a long time.(4) existing rail mounted cutting machine in use for some time, because of track laying on the ground, so can produce displacement, adjust quite difficulty, the dimensional accuracy of goods can descend gradually.And use the cutting machine of this main frame, because of its all-in-one-piece structure, use a period of time after, even parts are shifted to some extent, adjust also very convenient, so this cutting machine maintenance rate is low, economic benefit is high.(5) infeed set-up of this main frame and longitudinal cutting device adopt is that single head moves draw cut and cuts device, it is little to cut the suffered resistance of steel wire, the main tension of steel wire during cutting, tension direction and steel wire are vertical direction with respect to the direction of advance of base substrate substantially, mainly be to cut base substrate with pulling force, rather than cut base substrate with pressure, just can cut harder base substrate with thinner steel wire like this, not only can in the bigger hardness range of base substrate, carry out cutting operation, and can be cut into the higher goods of fineness, further improved Products Quality.
Drawing of the present utility model is described as follows:
Fig. 1 is the schematic diagram of existing stock rip cutting method.
Fig. 2 is the schematic diagram of existing prespreading rip cutting method.
Fig. 3 is the schematic diagram of existing press-down type cross-section method.
Fig. 4 is the schematic diagram of existing prespreading cross-section method.
Fig. 5 is a kind of structural representation stereogram of the present utility model.
Fig. 6 is the structural representation stereogram corresponding to the frame among Fig. 5.
Fig. 7 is the structural representation stereogram corresponding to the infeed set-up among Fig. 5.
Fig. 8 is the structural representation corresponding to the infeed set-up among Fig. 5.
Fig. 9 is the structural representation corresponding to the main shaft that is fixed with the steel wire rolling wheel among Fig. 5.
Figure 10 is the structural representation stereogram corresponding to longitudinal cutting device among Fig. 5 and horizontal cutting apparatus.
Figure 11 is the structural representation corresponding to the supporting mechanism among Fig. 5.
Figure 12 is the vertical view of Figure 11.
Figure 13 is the structural representation corresponding to the crosscut dolly among Fig. 5.
Figure 14 is the structural representation corresponding to the rip cutting dolly among Fig. 5.
Figure 15 is the structural representation corresponding to the track girder among Fig. 5.
Figure 16 is the structural representation corresponding to the manipulator seat among Fig. 5.
Figure 17 is equipped with the structural representation of manipulator for manipulator seat lower end.
Figure 18 is the A-A cutaway view of Figure 17.
Figure 19 is the structural representation corresponding to modulus roller among Fig. 5.
Figure 20 is the another kind of structural representation of infeed set-up of the present utility model.
Below in conjunction with drawings and Examples the utility model is further described.
1. make frame.See Fig. 6, make support (11) with No. 20 channel-section steel welding, long 5 meters, wide 2.4 meters of support (11) is combined with the leveling serew that diameter is 30mm on the base plate of the under-chassis of support (11).Use A
3Column (12), right side cushion block (15) and left side duplex cushion block (151) are made in the steel plate welding.To use A
3The connecting plate that steel plate is made (14) is weldingly fixed on column (12) upper end, welds fixedly A with No. 20 channel-section steel cuttings and in its bottom
3Steel plate is made cutting bed beam (131).Getting 2 undercut ceding of Taiwan beams (131) is weldingly fixed on the support (11); Make alignment pin (16) with No. 45 steel, every undercut ceding of Taiwan beam (131) is gone up and is fixed two alignment pins (16) by securing member.Get (12) 4 of columns having connecting plate (14), be fixedly connected on 4 angles of support (11), thereby constitute frame (1) with securing member.
2. make the crosscut track girder.See Figure 15, make the main body of the crosscut track girder (21) of respective length with 2 No. 20 channel-section steel opposites welding.On the upper surface of crosscut track girder (21) main body, weld fixedly A
3Trapezoidal cutting track (211) that steel plate is processed into and U-shaped chain stays (212), the two ends of the upper plate of this track girder main body have groove, thereby make crosscut track girder (21).
3. crosscut track girder and traction case are installed.See Fig. 5 and Fig. 6, be fixed on the connecting plate (14) of frame (1) column (12) about 2 crosscut track girders (21) are divided with securing member, two ends at crosscut track girder (21) fixedly mount the traction case (228) that is provided with driving chain sprocket (224), and the groove of track girder (21) termination is stretched in the lower end of driving chain sprocket (224).
4. make and install crosscut volume machine drawing structure.See Fig. 9, make as shown in the figure steel wire rolling wheel (25) with HT250 iron casting and Vehicle Processing, being enclosed within 19 steel wire rolling wheels (25) with diameter is on the crosscut main shaft (24) made of the seamless steel pipe of 90mm, regulates spacing and be fixed on the crosscut main shaft (24) with bolt (252).
See Figure 13, use A
3Vehicle frame (231) is as shown in the figure made in the steel plate welding, the both sides of vehicle frame (231) respectively are provided with a chain joint screw, wheel (232) has two, is made by No. 45 steel, wheel (232) and vehicle frame (231) by the wheel shaft of making by No. 45 steel be rotationally connected, wheel shaft is provided with bearing.Crosscut main shaft (24) passes through hole, its termination in the middle of the vehicle frame (231) and stretches out vehicle frame (231) and be fixedly connected with the drive sprocket of being made by No. 45 steel (323), and crosscut main shaft (24) is rotationally connected with the vehicle frame (231) of crosscut dolly (23).
See Fig. 7, place the above-mentioned crosscut main shaft (24) that installs relevant parts between two crosscut track girders (21) and the wheel (232) on the crosscut dolly (23) is placed on the trapezoidal cutting track (211) that matches with it.
The groove that one end of haulage chain (221) is entered crosscut track girder (21) termination stretches out in the groove of another termination of track girder (21) through track girder inner chamber (213), the two ends of haulage chain (221) link to each other with vehicle frame (231) by the externally threaded chain joint of being provided with of termination, and haulage chain (221) is meshed with the driving chain sprocket (224) at two ends.
Locate chain (222) is arranged in the U-shaped chain stays (212), and its two ends are fixed on securing member on the upper surface of track girder (21), go up with the fixing case (214) of securing member at track girder (21).
5. make and install rip cutting track girder and rip cutting volume drawing device.See Fig. 5 and Figure 10, the structure of rip cutting track girder (31) is basic identical with crosscut track girder (21), and length is longer.Use A
3Steel plate is made cushion block (15), gets 2 cushion blocks (15) and is fixedly mounted on securing member on 2 connecting plates (14) on right side, goes up with the fixedly connected rip cutting track girder of securing member (31) at these 2 cushion blocks (15).With No. 20 channel-section steels welding is connect the main body of making the duplex cushion block, the A of end face welding thereon
3Steel plate also carries out machined to the upper surface and makes duplex cushion block (151), and duplex cushion block (151) is fixedly mounted on securing member on 2 connecting plates (14) in left side, fixes at duplex cushion block (151) another root rip cutting track girder (31) of last placement and with securing member.
See Fig. 9, the structure of rip cutting main shaft (34) is basic identical with crosscut main shaft (24), length is shorter, and the structure of steel wire rolling wheel (35) is identical with steel wire rolling wheel (25), and rip cutting main shaft (34) is gone up (35) 11 of the fixing steel wire rolling wheels of useful bolt (352).
See Figure 14, the structure of rip cutting dolly (33) is basic identical with crosscut dolly (23), and difference is that the vehicle frame (331) of rip cutting dolly (33) is fixedly connected with support case (334) towards an end of frame central.See Figure 10, being connected of rip cutting main shaft (34) and vehicle frame (331) and drive sprocket (323), the installation of rip cutting main shaft (34) on rip cutting track girder (31), and the installation of corresponding haulage chain (321), locate chain (322) and case (314) is basic identical with the installation of the relevant parts of infeed set-up.
On the support case (334) of front and back rip cutting dolly (33), respectively fixedly mount 1 shaft seat (53), lift shaft (54) is rotationally connected with shaft seat (53), handwheel (55) is fixed on the termination of lift shaft (54), and 2 gears (56) fixed cover is on lift shaft (54); Horizontal cutting frame (51) is the framework by 2 toothed rack (58) and the fixedly connected formation of 2 coupling spindles (57), before and after the part tooth section of every toothed rack (58) is located at respectively in the support case (334) of rip cutting dollies (33) and slide up and down with support case (334) and to be connected, every toothed rack (58) is meshed with gear (56) accordingly; Be fixed with level in the lower end of two toothed rack (58) and cut steel wire (52).
6. crosscut actuating unit and rip cutting actuating unit are installed.See Fig. 5, the casing of crosscut drive disk assembly (227) is fixedlyed connected with the rip cutting track girder (31) of front side by connector, and crosscut motor (226) is fixed on the casing and with drive disk assembly (227) and is dynamically connected; Drive disk assembly (227) is connected with crosscut power transmission shaft (225) by shaft coupling, and the termination, the left and right sides of crosscut power transmission shaft (225) is connected with 1 group of crosscut driving chain sprocket (224) of front side by other shaft coupling.
See Fig. 5 and Figure 10, on the upper surface of the duplex cushion block (151) on the left of the casing of rip cutting drive disk assembly (327) is fixed on by securing member, rip cutting motor (326) is fixed on the casing and with drive disk assembly (327) and is dynamically connected; Drive disk assembly (327) is connected with rip cutting power transmission shaft (523) by shaft coupling, and the termination, front and back of rip cutting power transmission shaft (325) is connected with 1 group of rip cutting driving chain sprocket (324) in left side by other shaft coupling.
7. crosscut modulus roller and rip cutting modulus roller are installed.See Figure 19, with diameter is that No. 35 round steel of 40mm are made the main body (261) of crosscut modulus roller (26) and the main body (361) of rip cutting modulus roller, put the steel wire locating wheel (262) that No. 45 steel of 19 usefulness are made outside crosscut modulus roller main body (261), steel wire locating wheel (262) is provided with steel wire trough (265) and with holding screw steel wire locating wheel (262) is fixed on modulus roller main body (261) and goes up and formation crosscut modulus roller (26).Outside rip cutting modulus roller main body (361), put 11 steel wire locating wheels (362), and steel wire locating wheel (362) is fixed on that modulus roller main body (361) goes up and constitutes rip cutting modulus roller (36) with holding screw.
Inboard at the back plate of the support (11) of frame (1) is fixed with 3 extension boards, be fixed with a modulus roll shaft seat (263) on the every extension board, the two ends of crosscut modulus roller (26) are located in the corresponding modulus roll shaft seat (263), are rotationally connected by bearing and axle bed (263).
Fix 2 modulus roll shaft seats (363) by fore-and-aft direction on the plate body on the left side of the support (11) of frame (1), the two ends of rip cutting modulus roller (36) are located in the corresponding modulus roll shaft seat (363), are rotationally connected by bearing and axle bed (363).
8. crosscut balance weight mechanism and rip cutting balance weight mechanism are installed.See Fig. 5, Fig. 7 and Fig. 8, the casing (271) of crosscut balance weight mechanism (27) is fixed on the plate body of back of support (11), the upper end of casing (271) is provided with sprocket holder shifting chute (276), sprocket holder (272) has 19, be fixed in the corresponding sprocket holder shifting chute (276), the lower end of each sprocket holder (272) all is fixed with sprocket wheel bearing pin (277), the outer bearing that is with of bearing pin (277), bearing outside has sprocket wheel (273), chain (274) has 19, is meshed with separately sprocket wheel (273), and an end of chain is fixedlyed connected with counterweight (275) separately.
See Figure 10, the casing (371) of rip cutting balance weight mechanism (37) is fixed on the ground on frame (1) left side, and corresponding counterweight element has 11, and all the other are all identical with the crosscut balance weight mechanism.
9. crosscut manipulator mechanism and longitudinal cutting mechinery mobile phone structure are installed.See Fig. 7, Fig. 8, Figure 16 to Figure 18,2 mechanism's columns (281) of crosscut manipulator mechanism (28) are fixed on the plate body on the right of support (11), manipulator seat (282) is rotationally connected with mechanism's column (281) by the axle that is fixed on its pedestal, and 2 sector gears (283) are fixed on the two ends, the left and right sides of manipulator seat (282).Be with 2 driving gears (284) that are meshed with sector gear (283) on the power transmission shaft (285), and the two ends of power transmission shaft (285) are rotationally connected with the axle bed that is fixed on mechanism's column (281), and manipulator motor (286) links to each other with power transmission shaft (285) by drive disk assembly; Manipulator (287) has 19, each manipulator (287) has grabs silk seat (2871), block filament plate (2872), the retaining silk is sold (2873) and is drawn pin plate (2874), fixedly connected with the lower end of manipulator seat (282) in the upper end of grabbing silk seat (2871), the lower end of grabbing silk seat (2871) be provided with level to tie rod hole, grab silk seat (2871) lower end and also be provided with protrusion position towards frame central, on this position, be provided with level to retaining silk pin-and-hole, block filament plate (2872) and be fixed on the side of grabbing silk seat (2871) lower end, and through hole set on it is corresponding with the retaining silk pin-and-hole of grabbing silk seat (2871), retaining silk pin (2873) is located in the retaining silk pin-and-hole of grabbing silk seat (2871), be slidingly connected with grabbing silk seat (2871), an end of retaining silk pin (2873) is fixedlyed connected with drawing pin plate (2874); Pull bar (288) passes grabbing silk seat (2871) and drawing the tie rod hole of pin plate (2874) of each manipulator (287), pull bar (288) is fixedlyed connected and is slidingly connected with respectively grabbing silk seat (2871) with respectively drawing pin plate (2874), and is provided with eccentric toggle mechanism between manipulator seat (282) and pull bar (288).
The structure of longitudinal cutting mechinery mobile phone structure (38) is basic identical with crosscut manipulator mechanism (28), difference is, 2 mechanism's columns (381) are fixed on the plate body in front of support (11), and the length of manipulator seat (382) is short slightly, and mechanism's hand (387) has 11.
10. supporting mechanism is installed.Supporting mechanism is positioned at the below of duplex cushion block (151), and supporting mechanism has supporter (41), chute board (42), last modulus plate (43), following modulus plate (44), gusset piece (45), gripper shoe (46), pulley base (47) and pulley (48); Pulley base (47) has 2, is fixed on the lower end of duplex cushion block (151) before and after dividing by connecting bolt (492), and pulley (48) has 4, and each pulley base (47) is gone up the branch left-right rotation and is connected with 2 pulleys (48); Chute board (42) has 4, divides 2 groups, on the front and back sides that 2 every group are fixedly connected on supporter (41), and rolls with 2 pulleys (48) of homonymy and to be connected; Be fixedly connected with on the upper surface of supporter (41) and be fixedly connected with down modulus plate (44) on modulus plate (43), the lower surface, be fixedly connected with 12 gusset pieces (45) between last modulus plate (43) and the following modulus plate (44), be fixedly connected with corresponding gripper shoe (46) on each gusset piece (45), forming steel wire passage (491) between each gusset piece (45) and the gripper shoe (46) has 11.
After above-mentioned main frame is installed electrical equipment button case relevant electrical control gears such as (8), make the complete machine of cutting machine, can come into operation.
The key step of operation cutting machine work is: 1. earlier base plate (6) is hung on the cutting bed (13) in the middle of the cutting machine, located by alignment pin (16).2. start rip cutting motor (326), 19 rip cutting steel wires are layered on the base plate (6) in advance, an end of each steel wire is fixedlyed connected with counterweight chain (374), and the other end is fixedlyed connected with steel wire rolling wheel (35).With hand every steel wire is embedded in the steel wire trough of manipulator (387), control operating rod is buckled in the manipulator (387) the rip cutting steel wire.Start longitudinal cutting mechinery torch machine (386) then, with 11 accurate locating tensionings of rip cutting steel wire.3. start crosscut motor (226), 19 crosscut steel wires are layered on the top that the rip cutting steel wire was gone up and be positioned to base plate (6) in advance, one end of each crosscut steel wire is fixedlyed connected with counterweight chain (274), the other end is fixedlyed connected with steel wire rolling wheel (25), every steel wire is embedded in the steel wire trough of manipulator with hand, control operating rod is buckled in the manipulator (287) the crosscut steel wire, starts crosscut machinery torch machine (286) then with 19 accurate locating tensionings of crosscut steel wire.4. with lifting bad body (7) is hung in the middle of the cutting machine, be placed on the base plate (6) of completing steel wire in advance, with hand supporting mechanism is pushed into base substrate (7) to the right then.5. oppositely start crosscut machinery torch machine (286), the crosscut steel wire is loosened, stir the handle of the eccentric toggle mechanism of crosscut manipulator mechanism (28), pull bar (288) is moved along its axis, and make the crosscut steel wire break away from separately manipulator (287) with hand.Start crosscut motor (226) then, make each crosscut steel wire carry out transverse cuts to base substrate (7) with the form of moving draw cut, when the vehicle frame (231) of crosscut dolly (23) when running into automatically controlled limit switch crosscut motor (226) stop operating.6. oppositely start longitudinal cutting mechinery torch machine (386), the rip cutting steel wire is loosened.Dial the handle of eccentric toggle mechanism with hand, pull bar (388) is moved along its axis, and make the rip cutting steel wire break away from separately manipulator (387).Rotate handwheel (55) then, level is cut steel wire (52).7. start rip cutting motor (326), each rip cutting steel wire is vertically cut base substrate (7) to move the draw cut form, make level cut steel wire (52) simultaneously and with the form of crush-cutting base substrate (7) is carried out level to cutting, rip cutting, level are cut once and are finished.When having cut, rip cutting dolly (33) continues to move to left, the rip cutting steel wire produces an active force to gripper shoe (41), and supporting mechanism is moved to left, after rip cutting main shaft (34) leaves the top of base substrate (7), when the vehicle frame (331) of rip cutting dolly (33) was run into automatically controlled limit switch, rip cutting motor (326) stopped operating.8. the base substrate that will cut with crane (7) hangs out cutting machine together with base plate (6), remove crust then after, go into steam-cured still and promptly obtain finished product with high-pressure and high-temperature steam maintenance sclerosis.
See Figure 20, all the other are with embodiment 1, and difference is, the version difference of balance weight mechanism of infeed set-up (27) and manipulator mechanism (28).
Crosscut balance weight mechanism (27) has 19 counterweight elements, each counterweight element has counter-balanced carriage (278) and counterweight spring (2791), upper junction plate (2782) and lower connecting plate (2783) that counter-balanced carriage (278) has flute profile main body (2781) and is connected as a single entity with flute profile main body (2781), counter-balanced carriage (278) is fixedlyed connected with the lower end of rip cutting track girder (31) by pressing plate (2784) by the upper junction plate (2782) that it is positioned at the outside, flute profile main body (2781) upper end, and the lower connecting plate (2783) of the inboard, lower end of flute profile main body (2781) is fixedlyed connected with frame (1); The upper end of flute profile main body (2781) is provided with the pulley (2793) that is rotationally connected with it, counterweight spring (2791) is located in the groove of flute profile main body (2781), its lower end is fixed on the lower end of flute profile main body (2781), fixedly connected with counterweight steel wire (2792) in the upper end of counterweight spring (2791), counterweight steel wire (2792) is through in the groove of pulley (2793).
Crosscut manipulator mechanism (28) has actuating unit (2891), screw mandrel (2892), lifter slide (2893), manipulator seat (2894), manipulator (2895), pull bar (2896) and column (2897), column (2897) has 2, fixedly connected with rip cutting track girder (31) in its top, fixedly connected with frame (1) in the lower end, screw mandrel (2896) is located in the column (2897), its upper end links to each other with actuating unit (2891), the lower end is connected with lifter slide (2893) threads turn, lifter slide (2893) is slidingly connected with column (2897), and manipulator seat (2894) is one, fixedly connected with lifter slide (2893) in its two ends; Manipulator (2895) has 19, each manipulator (2895) has grabs silk seat (2898), block filament plate, the retaining silk is sold (2899) and is drawn pin plate, an end that deviates from frame central of grabbing silk seat (2898) is fixedlyed connected with the end towards frame central of manipulator seat (2894), grab silk seat (2898) and be provided with level to tie rod hole, be positioned at this tie rod hole top, grab silk seat (2898) and also be provided with level to retaining silk pin-and-hole, block filament plate and grab silk seat (2898) and fixedly connected, and set through hole is corresponding with the retaining silk pin-and-hole of grabbing silk seat (2898) on it, retaining silk pin (2899) is located in the retaining silk pin-and-hole of grabbing silk seat (2898) and the one end is fixedlyed connected with drawing pin plate, and pull bar (2896) passes grabbing silk (2898) and drawing the tie rod hole of pin plate of each manipulator (2895); Pull bar (2896) is fixedlyed connected and is slidingly connected with respectively grabbing silk seat (2898) with respectively drawing pin plate, and is provided with eccentric toggle mechanism between manipulator seat (2894) and pull bar (2896).
The course of work is basic identical with embodiment 1, the main difference part is that step 3., because balance weight mechanism (27) has used counterweight spring (2791), one end of each crosscut steel wire is fixedlyed connected with the steel wire (2792) of balance weight mechanism, the other end is fixedlyed connected with corresponding steel wire rolling wheel (25), thereby can make each crosscut steel wire be in tensioning state all the time.Starting actuating unit (2891) makes screw mandrel (2892) drive lifter slide (2893) rising, just can make grabbing silk seat (2898) and block the steel wire trough that forms between the filament plate and being enclosed within outside the crosscut steel wire of each manipulator (2895), and then control operating rod (2896) is fastened the crosscut steel wire.Oppositely start actuating unit (2891), make lifter slide (2893) drive each manipulator (2895) and descend, and make the accurate locating tensioning of crosscut steel wire, can place base substrate (7) above it and carry out follow-up operating procedure.Improve mechanization degree, saved the time.
Claims (10)
1, a kind of main frame of monoblock type cutting machine of air entrained concrete is characterized in that, has frame (1), infeed set-up, longitudinal cutting device,
A, frame (1) has support (11), column (12), cutting bed (13) and connecting plate (14), and column (12) has 4, is separately fixed on 4 angles of support (11), and the upper end of every column (12) is fixed with a connecting plate (14); Cutting bed (13) is fixedlyed connected with support (11);
B, infeed set-up have crosscut track girder (21), crosscut transmission mechanism (22), crosscut dolly (23), crosscut main shaft (24), steel wire rolling wheel (25), modulus roller (26), balance weight mechanism (27) and manipulator mechanism (28); Crosscut track girder (21) has 2, about be oppositely arranged and be fixed on the connecting plate (14) of frame (1), crosscut dolly (23) has 2, is located at respectively that left and right sides crosscut track girder (21) is gone up and rolls with crosscut track girder (21) to be connected; Steel wire rolling wheel (25) with steel wire trough (251) has a plurality of, and suit is fixed on the crosscut main shaft (24), and two terminations of crosscut main shaft (24) are stretched in the vehicle frame (231) of crosscut dolly (23) respectively, are rotationally connected with crosscut dolly (23); Two terminations of the haulage chain (221) of crosscut transmission mechanism (22) are connected with the both sides, front and back of the vehicle frame (231) of crosscut dolly (23); Crosscut track girder (21) upper edge fore-and-aft direction is provided with the locate chain (222) or the tooth bar of crosscut transmission mechanism (22), and this locate chain (222) or tooth bar are meshed with corresponding driving member (223) on the termination of stretching out crosscut car frame (231) that is fixed on crosscut main shaft (24); The frame (1) that is located at manipulator mechanism (28) goes up and is positioned at one side on frame (1) fore-and-aft direction, and modulus roller (26) is located at frame (1) and goes up and be positioned at another side on frame (1) fore-and-aft direction, and balance weight mechanism (27) is located at the outside of modulus roller (26);
C, longitudinal cutting device have rip cutting track girder (31), rip cutting transmission mechanism (32), rip cutting dolly (33), rip cutting main shaft (34), steel wire rolling wheel (35), modulus roller (36), balance weight mechanism (37), manipulator mechanism (38); Rip cutting track girder (31) has 2, and front and back are oppositely arranged, are positioned at the top of crosscut track girder (21), and be fixed on and cushion block (15) that connecting plate (14) is fixedly linked on; Rip cutting dolly (33) has 2, and rip cutting track girder (31) upward and with rip cutting track girder (31) rolling is connected before and after being located at respectively; Steel wire rolling wheel (35) with steel wire trough (351) has a plurality of, and suit is fixed on the rip cutting main shaft (34), and two terminations of rip cutting main shaft (34) are stretched into respectively in the vehicle frame (331) of rip cutting dolly (33), are rotationally connected with rip cutting dolly (33); Two terminations of the haulage chain (321) of rip cutting transmission mechanism (32) are connected with the left and right sides of the vehicle frame (331) of rip cutting dolly (33); Rip cutting track girder (31) upper edge left and right directions is provided with the locate chain (322) or the tooth bar of rip cutting transmission mechanism (32), and this locate chain (322) or tooth bar are meshed with corresponding driving member (323) on the termination of stretching out rip cutting car frame (331) that is fixed on rip cutting main shaft (34); The frame (1) that is located at manipulator mechanism (38) goes up and is positioned at one side on frame (1) left and right directions, and modulus roller (36) is located at the another side that frame (1) went up and be positioned at frame (1) left and right directions, and balance weight mechanism (37) is located at the outside of modulus roller (36).
2, the main frame of the monoblock type cutting machine of air entrained concrete according to claim 1, it is characterized in that, also have supporting mechanism, supporting mechanism has supporter (41), chute board (42), last modulus plate (43), following modulus plate (44), gusset piece (45), gripper shoe (46), pulley base (47) and pulley (48); The cushion block (15) that is positioned at rip cutting modulus roller (36) one sides is duplex cushion block (151); Pulley base (47) has 2, is fixed on the lower end of duplex cushion block (151) before and after dividing, and pulley (48) has 4, and each pulley base (47) is gone up the branch left-right rotation and is connected with 2 pulleys (48); Chute board (42) has 4, divides 2 groups, on the front and back sides that 2 every group are fixedly connected on supporter (41), and rolls with 2 pulleys (48) of homonymy and to be connected; Be fixedly connected with on the upper surface of supporter (41) and be fixedly connected with down modulus plate (44) on modulus plate (43), the lower surface, be fixedly connected with polylith gusset piece (45) between last modulus plate (43) and the following modulus plate (44), be fixedly connected with corresponding gripper shoe (46) on each gusset piece (45), form steel wire passage (491) between each gusset piece (45) and the gripper shoe (46).
3, according to the main frame of the monoblock type cutting machine of the described air entrained concrete of claim l, it is characterized in that, also has the horizontal cutting apparatus that is arranged on the rip cutting dolly (33), horizontal cutting apparatus has horizontal cutting frame (51), level is cut steel wire (52), shaft seat (53), lift shaft (54), handwheel (55), gear (56), shaft seat (53) has 2, be separately fixed at before and after the rip cutting dolly (33) with support case (334) that vehicle frame (331) is fixedlyed connected on; Lift shaft (54) is located on 2 shaft seats (53), and is rotationally connected with shaft seat (53), and handwheel (55) is fixed on the termination of lift shaft (54), and gear (56) fixed cover is on lift shaft (54); Horizontal cutting frame (51) is the framework by 2 toothed rack (58) and the fixedly connected formation of 2 coupling spindles (57), before and after the part tooth section of every toothed rack (58) is located at respectively in the support case (334) of rip cutting dollies (33) and slide up and down with support case (334) and to be connected, every toothed rack (58) is meshed with gear (56) accordingly; Be fixed with level in the lower end of two toothed rack (58) and cut steel wire (52).
4, the main frame of the monoblock type cutting machine of air entrained concrete according to claim 2, it is characterized in that, also has the horizontal cutting apparatus on the vehicle frame (331) that is arranged on rip cutting dolly (33), horizontal cutting apparatus has horizontal cutting frame (51), level is cut steel wire (52), shaft seat (53), lift shaft (54), handwheel (55), gear (56), shaft seat (53) has 2, be separately fixed at before and after the rip cutting dolly (33) with support case (334) that vehicle frame (331) is fixedlyed connected on; Lift shaft (54) is located on 2 shaft seats (53), and is rotationally connected with shaft seat (53), and handwheel (55) is fixed on the termination of lift shaft (54), and gear (56) fixed cover is on lift shaft (54); Horizontal cutting frame (51) is the framework by 2 toothed rack (58) and the fixedly connected formation of 2 coupling spindles (57), before and after the part tooth section of every toothed rack (58) is located at respectively in the support case (334) of rip cutting dollies (33) and slide up and down with support case (334) and to be connected, every toothed rack (58) is meshed with gear (56) accordingly; Be fixed with level in the lower end of two toothed rack (58) and cut steel wire (52).
5, main frame according to the monoblock type cutting machine of the described air entrained concrete of claim 1～4, it is characterized in that, one side of crosscut track girder (21) and rip cutting track girder (31) upper surface towards frame central, be fixed with trapezoidal track (211,311), one side of leaving frame central of upper surface, be fixed with the chain stays (212,312) of U-shaped, the driving member (223 that crosscut main shaft (24) and rip cutting main shaft (34) termination are fixing, 323) be drive sprocket, with drive sprocket (223,323) engagement be corresponding locate chain (222,322), locate chain (222,322) be located in separately the U-shaped chain stays (212,312), and locate chain (222,322) two ends and U-shaped chain stays (212,312) are fixedly connected; The vehicle frame (231 of every crosscut dolly (23) and rip cutting dolly (33), 331) be provided with 2 wheels (232 in, 332), wheel (232,332) be rotationally connected with vehicle frame, the shape of wheel (232,332) circumferential cross-section is and trapezoidal cutting track (211,311) the corresponding dovetail groove (233 of shape, 333) partly be located at the top of respective rail with the epimere of the fixedly connected haulage chain (221,321) in vehicle frame (231,331) side, its hypomere partly is located at the inner chamber (213 of the shaped as frame track girder of being made by the welding of channel-section steel Two bors d's oeuveres, 313) in, be provided with and haulage chain (221 at the turning point of haulage chain (221,321), 321) driving chain sprocket (224 that is meshed, 324), driving chain sprocket (224,324) and its outside is fixed on respective track beam (21,31) the traction case (228,328) on is rotationally connected; In 2 groups of crosscut driving chain sprockets (224) of the place ahead homonymy or rear homonymy one group, be connected by shaft coupling with crosscut power transmission shaft (225), crosscut motor (226) links to each other with crosscut power transmission shaft (225) by drive disk assembly (227), the 1 group of rip cutting driving chain sprocket (324) that is positioned at rip cutting modulus roller (36) one sides is connected by shaft coupling with rip cutting power transmission shaft (325), and rip cutting motor (326) links to each other with rip cutting power transmission shaft (325) by drive disk assembly (327).
6, main frame according to the monoblock type cutting machine of the described air entrained concrete of claim 1～4, it is characterized in that, crosscut balance weight mechanism (27) and rip cutting balance weight mechanism (37) have corresponding casing (271,371), sprocket holder (272,372), sprocket wheel (273,373), chain (274,374) and counterweight (275,375), casing (271,371) upper end is provided with sprocket holder shifting chute (276,376), sprocket holder (272,372) has a plurality of, be fixed on corresponding sprocket holder shifting chute (276,376) in, the lower end of sprocket holder (272,372) is fixed with sprocket wheel bearing pin (277,377), bearing pin (277,377) pass sprocket wheel (273,373), and be rotationally connected with sprocket wheel (273,373); Chain (274,374) is meshed with corresponding sprocket wheel (273,373), and an end of chain (274,374) is fixedlyed connected with corresponding counterweight (275,375).
7, according to the main frame of the monoblock type cutting machine of the described air entrained concrete of claim 1～4, it is characterized in that,
A, crosscut balance weight mechanism (27) have counter-balanced carriage (278) and counterweight spring (2791), upper junction plate (2782) and lower connecting plate (2783) that counter-balanced carriage (278) has flute profile main body (2781) and is connected as a single entity with flute profile main body (2781), counter-balanced carriage (278) is fixedlyed connected with the lower end of rip cutting track girder (31) by pressing plate (2784) by the upper junction plate (2782) that it is positioned at the outside, flute profile main body (2781) upper end, and the lower connecting plate (2783) of the inboard, lower end of flute profile main body (2781) is fixedlyed connected with frame (1); The upper end of flute profile main body (2781) is provided with the pulley (2793) that is rotationally connected with it, counterweight spring (2791) is located in the groove of flute profile main body (2781), its lower end is fixed on the lower end of flute profile main body (2781), fixedly connected with counterweight steel wire (2792) in the upper end of counterweight spring (2791), counterweight steel wire (2792) is through in the groove of pulley (2793);
B, rip cutting balance weight mechanism (37) have corresponding casing (371), sprocket holder (372), sprocket wheel (373), chain (374) and counterweight (375), the upper end of casing (371) is provided with sprocket holder shifting chute (376), sprocket holder (372) has a plurality of, be fixed in the corresponding sprocket holder shifting chute (376), the lower end of sprocket holder (372) is fixed with sprocket wheel bearing pin (377), bearing pin (377) passes sprocket wheel (373), chain (374) is meshed with corresponding sprocket wheel (373), and an end of chain (374) is fixedlyed connected with corresponding counterweight (375).
8, main frame according to the monoblock type cutting machine of the described air entrained concrete of claim 1～4, it is characterized in that, crosscut manipulator mechanism (28) and longitudinal cutting mechinery mobile phone structure (38) have mechanism's column (281,381), manipulator seat (282,382), sector gear (283,383), driving gear (284,384), power transmission shaft (285,385), manipulator motor (286,386), manipulator (287,387) and pull bar (288,388), mechanism's column (281,381) there are 2, be fixed on the frame (1), manipulator seat (282,382) by being fixed on the axle and mechanism's column (281 on its pedestal, 381) be rotationally connected, sector gear (283,383) there are 2, be fixed on the two ends of manipulator seat (282,382); Power transmission shaft (285,385) be with on 2 with sector gear (283,383) driving gear (284 that is meshed, 384), and the two ends of power transmission shaft (285,385) are rotationally connected manipulator motor (286 with the axle bed that is fixed on mechanism's column (281,381), 386) link to each other by drive disk assembly and power transmission shaft (285,385); Manipulator (287,387) have a plurality of, each manipulator (287,387) have and grab silk seat (2871,3871), block filament plate (2872,3872), retaining silk pin (2873,3873) and draw pin plate (2874,3874), grab silk seat (2871,3871) upper end and manipulator seat (282,382) lower end is fixedly connected, grab silk seat (2871,3871) lower end be provided with level to tie rod hole, grab silk seat (2871,3871) lower end also is provided with the protrusion position towards frame central, on this position, be provided with level to retaining silk pin-and-hole, block filament plate (2872,3872) be fixed on and grab silk seat (2871,3871) side of lower end, and on it set through hole with grab silk seat (2871,3871) retaining silk pin-and-hole is corresponding, retaining silk pin (2873,3873) be located at and grab silk seat (2871,3871) in the retaining silk pin-and-hole, with grab silk seat (2871,3871) be slidingly connected retaining silk pin (2873,3873) a end with draw pin plate (2874,3874) fixedly connected; Pull bar (288,388) passes grabbing silk seat (2871,3871) and drawing the tie rod hole of pin plate (2874,3874) of each manipulator (287,387), pull bar (288,388) is fixedlyed connected and is slidingly connected with respectively grabbing silk seat (2871,3871) with respectively drawing pin plate (2874,3874), and is provided with eccentric toggle mechanism between manipulator seat (282,382) and pull bar (288,388).
9, according to the main frame of the monoblock type cutting machine of the described air entrained concrete of claim 1～4, it is characterized in that,
A, longitudinal cutting mechinery mobile phone structure (38) have mechanism's column (381), manipulator seat (382), sector gear (383), driving gear (384), power transmission shaft (385), manipulator motor (386), manipulator (387) and pull bar (388), mechanism's column (381) has 2, be fixed on frame on (1), manipulator seat (382) is rotationally connected with mechanism's column (381) by the axle that is fixed on its pedestal, and sector gear (383) has 2, is fixed on the two ends of manipulator seat (382); Be with 2 driving gears (384) that are meshed with sector gear (383) on the power transmission shaft (385), and the two ends of power transmission shaft (385) are rotationally connected with the axle bed that is fixed on mechanism's column (381), and manipulator motor (386) links to each other with power transmission shaft (385) by drive disk assembly; Manipulator (387) has a plurality of, each manipulator (387) has grabs silk seat (3871), block filament plate (3872), the retaining silk is sold (3873) and is drawn pin plate (3874), fixedly connected with the lower end of manipulator seat (382) in the upper end of grabbing silk seat (3871), the lower end of grabbing silk seat (3871) be provided with level to tie rod hole, grab silk seat (3871) lower end and also be provided with protrusion position towards frame central, on this position, be provided with level to retaining silk pin-and-hole, block filament plate (3872) and be fixed on the side of grabbing silk seat (3871) lower end, and through hole set on it is corresponding with the retaining silk pin-and-hole of grabbing silk seat (3871), retaining silk pin (3873) is located in the retaining silk pin-and-hole of grabbing silk seat (3871), be slidingly connected with grabbing silk seat (3871), an end of retaining silk pin (3873) is fixedlyed connected with drawing pin plate (3874); Pull bar (388) passes grabbing silk seat (3871) and drawing the tie rod hole of pin plate (3874) of each manipulator (387), pull bar (388) is fixedlyed connected and is slidingly connected with respectively grabbing silk seat (3871) with respectively drawing pin plate (3874), and is provided with eccentric toggle mechanism between manipulator seat (382) and pull bar (388);
B, crosscut manipulator mechanism (28) has actuating unit (2891), screw mandrel (2892), lifter slide (2893), manipulator seat (2894), manipulator (2895), pull bar (2896) and column (2897), column (2897) has 2, fixedly connected with rip cutting track girder (31) in its top, fixedly connected with frame (1) in the lower end, screw mandrel (2892) is located in the column (2897), its upper end links to each other with actuating unit (2891), the lower end is connected with lifter slide (2893) threads turn, lifter slide (2893) is slidingly connected with column (2897), and manipulator seat (2894) is one, fixedly connected with lifter slide (2893) in its two ends; Manipulator (2895) has a plurality of, each manipulator (2895) has grabs silk seat (2898), block filament plate, the retaining silk is sold (2899) and is drawn pin plate, an end that deviates from frame central of grabbing silk seat (2898) is fixedlyed connected with the end towards frame central of manipulator seat (2894), grab silk seat (2898) and be provided with level to tie rod hole, be positioned at this tie rod hole top, grab silk seat (2898) and also be provided with level to retaining silk pin-and-hole, block filament plate and grab silk seat (2898) and fixedly connected, and set through hole is corresponding with the retaining silk pin-and-hole of grabbing silk seat (2898) on it, retaining silk pin (2899) is located in the retaining silk pin-and-hole of grabbing silk seat (2898) and the one end is fixedlyed connected with drawing pin plate, and pull bar (2896) passes grabbing silk (2898) and drawing the tie rod hole of pin plate of each manipulator (2895); Pull bar (2896) is fixedlyed connected and is slidingly connected with respectively grabbing silk seat (2898) with respectively drawing pin plate, and is provided with eccentric toggle mechanism between manipulator seat (2894) and pull bar (2896).
10, according to the main frame of the monoblock type cutting machine of the described air entrained concrete of claim 1～4, it is characterized in that, be provided with the leveling bolt in the under-chassis of support (1) bottom, cutting bed (13) is to be welded on support (11) by two undercut ceding of Taiwan beams (131) to go up and constitute, and is fixed with 2 alignment pins (16) on the upper surface of every undercut ceding of Taiwan beam (131).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 96232002 CN2265280Y (en) | 1996-05-31 | 1996-05-31 | Main frame of machine for integral cutting aerated concrete |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 96232002 CN2265280Y (en) | 1996-05-31 | 1996-05-31 | Main frame of machine for integral cutting aerated concrete |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2265280Y true CN2265280Y (en) | 1997-10-22 |
Family
ID=33909041
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 96232002 Expired - Fee Related CN2265280Y (en) | 1996-05-31 | 1996-05-31 | Main frame of machine for integral cutting aerated concrete |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2265280Y (en) |
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101823290A (en) * | 2010-04-22 | 2010-09-08 | 潍坊恒远建材设备有限公司 | Plate-stripping and edge-cutting machine |
| CN101347965B (en) * | 2008-09-03 | 2011-08-17 | 武汉建工股份有限公司 | Method for cutting air-entrained concrete building blocks and cutter |
| CN101693322B (en) * | 2009-10-16 | 2011-08-24 | 无锡市锡山南方焊接设备有限公司 | Lower stand of table type numerical control plasma cutting machine |
| CN102658603A (en) * | 2012-05-05 | 2012-09-12 | 黄远辉 | Aerated concrete cutting machine |
| CN102806597A (en) * | 2011-05-29 | 2012-12-05 | 王进录 | Saw type bidirectional cutting machine for autoclaved aerated concrete blocks |
| CN102806596A (en) * | 2011-05-29 | 2012-12-05 | 王进录 | New method for autoclaved aerated concrete block cutting technology |
| CN102873765A (en) * | 2012-09-20 | 2013-01-16 | 怀远县祥源新型建材有限公司 | Longitudinal cutting device for brick block |
| CN105856438A (en) * | 2016-05-27 | 2016-08-17 | 浙江大学 | Concrete cutting machine and method thereof |
| CN107322324A (en) * | 2017-06-20 | 2017-11-07 | 邯郸市恒工冶金机械有限公司 | One kind is used for moveable cutting frame on multithread cutting equipment |
| CN109693321A (en) * | 2019-02-13 | 2019-04-30 | 大同宇林德石墨设备股份有限公司 | A kind of tool of fast accurate positioning blank graphite electrode end-face central hole |
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1996
- 1996-05-31 CN CN 96232002 patent/CN2265280Y/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101347965B (en) * | 2008-09-03 | 2011-08-17 | 武汉建工股份有限公司 | Method for cutting air-entrained concrete building blocks and cutter |
| CN101693322B (en) * | 2009-10-16 | 2011-08-24 | 无锡市锡山南方焊接设备有限公司 | Lower stand of table type numerical control plasma cutting machine |
| CN101823290A (en) * | 2010-04-22 | 2010-09-08 | 潍坊恒远建材设备有限公司 | Plate-stripping and edge-cutting machine |
| CN101823290B (en) * | 2010-04-22 | 2012-05-23 | 山东恒远利废技术发展有限公司 | Plate-stripping and edge-cutting machine |
| CN102806596A (en) * | 2011-05-29 | 2012-12-05 | 王进录 | New method for autoclaved aerated concrete block cutting technology |
| CN102806597A (en) * | 2011-05-29 | 2012-12-05 | 王进录 | Saw type bidirectional cutting machine for autoclaved aerated concrete blocks |
| CN102658603A (en) * | 2012-05-05 | 2012-09-12 | 黄远辉 | Aerated concrete cutting machine |
| CN102658603B (en) * | 2012-05-05 | 2014-08-13 | 黄远辉 | Aerated concrete cutting machine |
| CN102873765A (en) * | 2012-09-20 | 2013-01-16 | 怀远县祥源新型建材有限公司 | Longitudinal cutting device for brick block |
| CN105856438A (en) * | 2016-05-27 | 2016-08-17 | 浙江大学 | Concrete cutting machine and method thereof |
| CN105856438B (en) * | 2016-05-27 | 2017-10-31 | 浙江大学 | Concrete cutting machine and its method |
| CN107322324A (en) * | 2017-06-20 | 2017-11-07 | 邯郸市恒工冶金机械有限公司 | One kind is used for moveable cutting frame on multithread cutting equipment |
| CN109693321A (en) * | 2019-02-13 | 2019-04-30 | 大同宇林德石墨设备股份有限公司 | A kind of tool of fast accurate positioning blank graphite electrode end-face central hole |
| CN109693321B (en) * | 2019-02-13 | 2023-04-07 | 大同宇林德石墨新材料股份有限公司 | Tool for quickly and accurately positioning center hole of end face of blank graphite electrode |
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