CN205112070U - Synchronous body stitch -separating machine - Google Patents

Abstract

A synchronous green body splitting machine is one of the important equipment in the modern brick production line, which effectively solves the problem of chaotic billet inversion, uneven distance between green bodies after splitting, and problems in the next process. The problem of pinching blanks in code blanks. The synchronous body splitting machine is mainly composed of a seam joint mechanism, a billet feeding roller mechanism, a lifting mechanism, an upper seam splitting mechanism, a lower seam splitting mechanism and a frame. In order to prepare for the next step to better code the billet, dry or roast. The working process is: the green body is firstly seamed by the joint mechanism, and then transported to the blank feeding roller mechanism, the lower seam mechanism rises, the green body is clamped by the upper seam mechanism and the lower seam mechanism, and then the upper and lower seam The rodless cavity of the lower two sets of seaming cylinders takes in air, the piston rod extends out, and the synchronous roller chain mechanism works, dragging the first bracket and the second bracket to walk synchronously to both sides along the linear guide pair, realizing the synchronous splitting of the green body. Features.

Description

Synchronous body splitting machine

Technical field

The invention relates to a new type of building material machinery product, in particular to a weaving and grouping seam equipment before blanks are stacked in a modern hollow brick production line.

Background technique

This invention is one of the important equipment on the modern brick production line. In 2002, our company filed a utility model patent application for related equipment. It is a new type of green body splitting machine. The patent number is ZL02243762.2, which exists in the prior art The main defects are: there is no pressing on the top of the billet when the seam is divided, there is a phenomenon of chaotic billet flipping, the distance between the billet is not equal after the seam is divided, and there is a phenomenon of billet falling when the billet is clamped by the coder machine in the next process, and it can only be used for One width blanks are split. The successful development of the synchronous green body splitting machine has overcome the above shortcomings, and it can divide the green bodies with different widths. It is pressed tightly, and then the upper and lower seam splitting mechanisms simultaneously split the seams, the seam splitting effect is good, and the square matrix of the green body is neat. The invention has high technical content, stable performance, and compact structure. There is no technical information on the synchronous body splitting machine for publicity in China.

Contents of the invention

The purpose of the present invention is to solve the problem that the blanks are chaotically reversed during the seam splitting process, and the code blanks are clipped in the next process, and only one width of the blanks can be seamed. High content, compact structure, complete functions, stable performance, fully automatic control, flexible and accurate action, a kind of synchronous body splitting machine with moderate product price.

The technical solution adopted by the present invention to solve the technical problem is: the synchronous blank seam splitting machine includes a seam closing mechanism, a billet feeding idler mechanism, a lifting mechanism, an upper seam dividing mechanism, a lower seam dividing mechanism and a frame part.

The stitching mechanism comprises a stitching cylinder, a support, a fork, a rear baffle, a connecting rod, a front baffle, a guide flat key, a chute, a small shaft, a bearing and a guide block. The front flange of the seaming cylinder is fixed on the bracket by bolts, the rod head thread is screwed into the threaded hole of the yoke, and the yoke is connected with the connecting plate of the rear baffle through a pin shaft. The connecting rod forms a parallel four-bar mechanism with the lug plates of the front baffle and the rear baffle through pin shafts. There are two columns of counterbore holes on both sides of the rear baffle, and the guide flat keys are connected with the rear baffle by screws. One end of the small shaft is supported on the bearing, the shaft end is fixed with a baffle and screws, and the other end is fixed to the lug plates on both sides of the front baffle by bolts; the joint cylinder has no rod cavity, and the piston rod is stretched out, pulling the rear baffle The guide flat keys on both sides walk down along the chute of the bracket, the bearings on both sides of the front baffle move down along the guide blocks of the bracket, and the front baffle performs seam finishing on the blank. The two ends of the bracket are fixed on the connecting plate of the frame by bolts.

The billet feeding idler mechanism includes idler rollers, idler shafts, support plates, driven sprockets, double row roller chains, geared motors, driving sprockets, chain pressure plates and polystyrene strips. The feeding roller adopts the form of broken roller. The semicircular shafts of the middle two rollers are supported on the bearings. The driven sprocket is connected to the shaft of the idler through a key, and the double-row roller chain bypasses the driven sprocket on all idlers and the driving sprocket at the shaft end of the deceleration motor. On the plate, the polystyrene strips of the pressure chain are fixed to the pressure chain plate by countersunk screws.

The lifting mechanism includes a first crank, a connecting rod, a second crank, a joint bearing, an adjusting rod and a lifting cylinder. The short handles of the first crank and the second crank are connected with the bottom connecting plate of the second bracket of the lower seam mechanism through the pin shaft and the bearing with seat, and the first crank is connected with the second crank through the connecting rod, the joint bearing and the pin shaft , the head of the lifting cylinder is connected with the long handle of the first crank through the joint bearing and the bearing pin, the two ears of the tail are connected with the adjusting rod through the bearing pin, and the adjusting rod is connected with the support plate of the frame through a nut. The rodless chamber of the lift cylinder takes in air, and the piston rod stretches out, pushing the entire crank connecting rod mechanism to rotate the lower seam mechanism to rise, and the green body is pressed simultaneously by the upper seam mechanism and the lower seam mechanism.

The upper parting mechanism includes a screw rod, a screw nut seat, a first bracket, a linear guide pair, a first bracket, a first intermediate positioning seat, a nylon belt, a first cylinder seat, a first parting cylinder, a first ear plate, Pressure rods, springs, sprocket shafts, driving sprockets, timing sprockets, tensioning sprockets, vertical shafts and roller chains. The screw rod is vertically installed on the support plate of the frame, the rod end is fixed with a slotted nut, the screw nut seat is matched with the screw rod, and the screw nut seat is fixed on the first bracket by bolts; the slide rail of the linear guide rail pair passes through Bolts are connected with the lower connecting plate of the first bracket, and the slide block of the linear guide pair is fixed on the connecting plate above the first bracket by bolts. The first intermediate positioning seat is fixed on the first support plate in the middle of the first bracket by bolts, and the full-bolt bolts are screwed into the threaded holes on both ends of the first bracket, and the minimum distance between the first brackets is adjusted according to the height of the bricks, and then used The nut fixes the full buckle bolts, and the first pressing plate and the nylon strap are connected to the connecting plate at the end of the first bracket through screws, so as to realize the soft connection between all the first brackets. The first cylinder base is connected with the connecting plate of the first bracket through bolts, the front end flange of the first split cylinder is fixed on the first cylinder base through bolts, and the joint bearing of the rod head of the first split cylinder is respectively connected to the two through pin shafts. The first ear plate of the first bracket on the side is connected. The pressing rods are fixed on the first bracket through nuts and springs, and the distance between the pressing rods on the first bracket is determined by the length of the green body. The sprocket shaft is supported on the bearing with seat, and the bearing with seat is fixed on the side connection plate of the frame through bolts. The driving sprocket and synchronous sprocket are connected to the sprocket shaft through keys, and the embedded bearing of the tensioning sprocket is supported on the vertical shaft. The other end of the vertical shaft is fixed on the supporting seat of the first bracket through a nut, and the full-bolt is screwed into the threaded hole on the side of the supporting seat to support the vertical shaft. The synchronous roller chain bypasses the driving sprocket and the tensioning sprocket. The chain plates of the first bracket are connected. When the screw is rotated, the nut seat moves up and down with the first bracket and the first bracket, so that the equipment has the function of dividing the blanks with different widths.

The structure principle of the lower splitting mechanism is the same as that of the upper splitting mechanism, including the linear guide pair, the second bracket, the second bracket, the second intermediate positioning seat, the nylon belt, the second cylinder seat, the second splitting cylinder, the second Two lugs, roller chains and tensioning sprockets. The slide rail of the linear guide pair is fixed on the upper connecting plate of the second bracket by bolts, and the slide block of the linear guide pair is connected with the connecting plate below the second bracket by bolts. The second intermediate positioning seat is fixed on the second support plate in the middle of the second bracket by bolts, and the full bolts are screwed into the threaded holes at both ends of the second bracket, and the minimum distance between the second brackets is adjusted according to the height of the blank, and then Fix the bolts with nuts, the second pressure plate, and the nylon strap are connected with the connecting plate at the end of the second bracket through screws, so as to realize the soft connection between all the second brackets. The second cylinder base is connected with the connecting plate of the second bracket through bolts, the front end flange of the second split cylinder is fixed on the second cylinder base through bolts, and the joint bearing of the rod head of the second split cylinder is respectively connected to the two through pin shafts. The second ear plate of the second bracket on the side is connected. A row of square tube steel is welded on the second bracket, the steel plate head is on the square tube steel, and the rubber plate with grooved upper surface is glued on the steel plate, and the spacing of the tube steel above the second bracket is determined by the length of the green body. The tensioning sprocket of the lower splitting mechanism is the same as that of the upper splitting mechanism, and it is installed on the support frame of the second bracket. The synchronous roller chain bypasses the synchronous sprocket and the tensioning sprocket. The chain plates of the bracket are connected. The first split cylinder and the second split cylinder work at the same time, air enters the rodless chamber, the piston rod extends, and the synchronous roller chain mechanism works, pulling the first bracket and the second bracket to walk synchronously to both sides along the linear guide pair , to realize the function of synchronous splitting of the green body. The front and rear terminals of the first split cylinder and the second split cylinder are equipped with adjustable buffer devices, which have good working stability.

The present invention is a brand-new green body splitting equipment developed on the basis of investigating foreign advanced technology and existing green body splitting experience. The equipment is advanced in technology, compact in structure, stable in performance, good in splitting effect, and fully automatic control. , and the price is moderate.

The beneficial effect of the present invention is that the brand-new synchronous body splitting machine realizes the jointing of the body before the seam is divided, and the upper and lower surfaces of the body are pressed at the same time when the seam is divided, and then the upper and lower seam separation mechanisms At the same time, the slits are divided, and the square matrix of the blanks after the slits is neat, with the same spacing, and it has the function of slits for different heights. The successful invention of this technology has improved the technical level of my country's new wall material hollow brick production line equipment as a whole, and improved the market competitiveness of the company's products.

Description of drawings

The present invention will be further described below in conjunction with the accompanying drawings.

Fig. 1 is a structural front view of the present invention

Fig. 2 is the structure left view of the present invention

Fig. 3 is A-A sectional view of the present invention

Fig. 4 is a B-B sectional view of Fig. 3

Fig. 5 is a structural front view of the sewing mechanism of the present invention

Fig. 6 is a C-C sectional view of the sewing mechanism of the present invention

Fig. 7 is a D-D sectional view of the sewing mechanism of the present invention

Fig. 8 is an enlarged view of part I of Fig. 7

Figure 9 is an enlarged view of Part II of Figure 7

Fig. 10 is an enlarged view of part III of Fig. 7

Fig. 11 is the front view of the upper parting structure of the present invention

Fig. 12 is a left view of the upper parting structure of the present invention

Fig. 13 is a top view of the upper parting structure of the present invention

Fig. 14 is the E-E sectional view of Fig. 13

Fig. 15 is a sectional view of F-F of Fig. 13

Fig. 16 is the front view of the lower parting structure of the present invention

Fig. 17 is a left view of the lower parting structure of the present invention

Figure 18 is a top view of the lower parting structure of the present invention

In the figure 1, joint cylinder 2, bracket 3, fork head 4, rear baffle 5, connecting plate 6, connecting rod 7, front baffle 8, ear plate 9, guide flat key 10, small shaft 11, bearing 12, Ear plate 13, chute 14, guide block 15, frame 16, billet feeding idler 17, idler shaft 18, support plate 19, driven sprocket 20, double row roller chain 21, reduction motor 22, driving chain Wheel 23, chain pressure plate 24, polystyrene strip 25, first crank 26, short handle 27, second bracket 28, connecting plate 29, lifting cylinder 30, long handle 31, adjusting rod 32, support plate 33, wire Rod 34, support plate 35, screw nut seat 36, first bracket 37, linear guide pair 38, first bracket 39, first intermediate positioning seat 40, first support plate 41, full buckle bolt 42, first pressure plate 43. Nylon belt 44, first cylinder seat 45, first split cylinder 46, first lug plate 47, pressure rod 48, spring 49, sprocket shaft 50, belt seat bearing 51, drive sprocket 52, synchronous sprocket 53 , tensioning sprocket 54, vertical shaft 55, support seat 56, roller chain 57, chain plate 58, linear guide pair 59, second bracket 60, second bracket 61, second intermediate positioning seat 62, second support plate 63. Full buckle bolt 64, second pressure plate 65, nylon belt 66, cylinder seat 67, second split cylinder 68, second ear plate 69, square tube steel 70, rubber plate 71, tensioning sprocket 72, support frame , 73, roller chain 74, chain plate 75, second crank 76, connecting rod

detailed description

The synchronous body splitting machine of the present invention comprises a seam closing mechanism, a blank feeding idler mechanism, a lifting mechanism, an upper seam dividing mechanism, a lower seam dividing mechanism and a frame part.

The stitching mechanism comprises a stitching cylinder, a support, a fork, a rear baffle, a connecting rod, a front baffle, a guide flat key, a chute, a small shaft, a bearing and a guide block. The front flange of the joint cylinder 1 is fixed on the support 2 by bolts, and the rod head is screwed into the threaded hole of the yoke 3, and the yoke 3 links to each other with the connecting plate 5 of the tailgate 4 by a bearing pin. The connecting rod 6 forms a parallel four-bar mechanism with the front baffle 7 and the lug 8 of the rear baffle 4 through the pin shaft. There are two rows of counterbore holes on both sides of the rear baffle 4, and the guide flat key 9 is connected with the rear baffle 4 through screws. . One end of the small shaft 10 is supported on the bearing 11, the shaft end is fixed with a baffle plate and a screw, and the other end is fixed on the ear plates 12 on both sides of the front baffle plate 7 by bolts; Pull the guide flat keys 9 on both sides of the rear baffle 4 to walk downward along the chute 13 of the bracket 2, the bearings on both sides of the front baffle 7 move downward along the guide blocks 14 of the bracket 2, and the front baffle 7 is aligned with the blank body for seam finishing. The two ends of the support 2 are fixed on the connecting plate of the frame 15 through bolt connection.

The billet feeding idler mechanism includes idler rollers, idler shafts, support plates, driven sprockets, double row roller chains, geared motors, driving sprockets, chain pressure plates and polystyrene strips. The billet feeding idler 16 is in the form of a broken roller, the semicircular shafts of the middle two rollers are supported on the bearing, the idler shaft 17 is supported on the bearing, the bearing is embedded in the bearing plate 18, and the bearing plate 18 is fixed on the Rack 15. The driven sprocket 19 is connected to the idler shaft 17 through a key, and the double-row roller chain 20 bypasses the driven sprocket 19 on all the idler rollers 16 and the driving sprocket 22 at the shaft end of the reduction motor 21 to prevent chain skipping. The plate 23 is fixed on the support plate 18 by bolts, and the polystyrene strip 24 of the pressure chain is fixed on the pressure chain plate 23 by countersunk screws.

The lifting mechanism includes a first crank, a connecting rod, a second crank, a joint bearing, an adjusting rod and a lifting cylinder. The short handle 26 of the first crank 25 and the second crank 75 links to each other with the bottom connecting plate 28 of the second bracket 27 of the lower seam mechanism by pin shaft and belt seat bearing, and the first crank 25 is by connecting rod 76, joint bearing, The bearing pin links to each other with the second crank 75, and the rod head of the lift cylinder 29 links to each other with the long handle 30 of the first crank 25 through the joint bearing and the bearing pin, and the ears of the tail are connected with the adjusting rod 31 through the bearing pin, and the adjusting rod 31 is connected to the machine by a nut. The support plate 32 of the frame 15 is connected. Lifting cylinder 29 rodless cavity air intake, piston rod stretches out, pushes whole crank-link mechanism to rotate lower seam mechanism and rises, and green body is compressed by upper seam mechanism and lower seam mechanism simultaneously.

The upper parting mechanism includes a screw rod, a screw nut seat, a first bracket, a linear guide pair, a first bracket, a first intermediate positioning seat, a nylon belt, a first cylinder seat, a first parting cylinder, a first ear plate, Pressure rods, springs, sprocket shafts, driving sprockets, timing sprockets, tensioning sprockets, vertical shafts and roller chains. Screw mandrel 33 is vertically installed on the bearing plate 34 of frame 15, and the rod end is fixed with slotted nut, and screw nut seat 35 cooperates with screw mandrel 33, and screw nut seat 35 is fixed on the first bracket 36 by bolt; The slide rail of the linear guide rail pair 37 is connected to the connecting plate below the first bracket 36 by bolts, and the slide block of the linear guide rail pair 37 is fixed on the connecting plate above the first bracket 38 by bolts. The first intermediate positioning seat 39 is fixed on the first support plate 40 in the middle of the first bracket 36 by bolts, and the full bolt 41 is screwed into the threaded holes on the sides of the first bracket 38, and the first bracket 38 is adjusted according to the height of the green body. Afterwards, the full buckle bolts 41 are fixed with nuts, and the first pressing plate 42 and the nylon band 43 are connected to the connecting plate at the end of the first bracket 38 by screws to realize soft connection between all the first brackets 38. The first cylinder block 44 links to each other with the connecting plate of the first bracket 36 by bolts, the front end flange of the first split cylinder 45 is fixed on the first cylinder block 44 by bolts, and the rod head joint bearing of the first split cylinder 45 passes through The pin shafts are respectively connected with the first ear plates 46 of the first brackets 38 on both sides. Depression rods 47 are fixed on the first support 38 by nuts and springs 48, and the distance between the depression rods 47 on the first support 38 is determined by the length of the green body. The sprocket shaft 49 is supported on the belt seat bearing 50, and the belt seat bearing 50 is fixed on the side connection plate of the frame 15 by bolts. The driving sprocket 51 and the synchronous sprocket 52 are connected to the sprocket shaft 49 by a key, and the tension sprocket 53 The built-in bearing is supported on the vertical shaft 54, and the other end of the vertical shaft 54 is fixed on the support seat 55 of the first bracket 36 through a nut, and the full button bolt is screwed into the threaded hole on the side of the support seat 55 to support the vertical shaft 54, and the synchronous roller chain 56 is wound Through the driving sprocket 51 and the tensioning sprocket 53, the chain ends are connected to the chain plates 57 of the first brackets 38 on both sides. Rotate the screw mandrel 33, and the screw nut seat 35 moves up and down with the first bracket 36 and the first support 38, so that the equipment has the function of dividing the blanks with different widths.

The structure principle of the lower seam mechanism is the same as that of the upper seam mechanism, including the linear guide pair, the second bracket, the second bracket, the second middle positioning seat, the nylon belt, the second cylinder seat, the second seam cylinder, the second Lugs, roller chains and tensioning sprockets. The slide rail of the linear guide rail pair 58 is fixed on the upper connection plate of the second bracket 59 by bolts, and the slide block of the linear guide rail pair 58 is connected with the connection plate below the second support 60 by bolts. The second intermediate positioning seat 61 is fixed on the second support plate 62 in the middle of the second bracket 59 by bolts, and the full-thread bolts 63 are screwed into the threaded holes on the two ends of the second bracket 60, and the second bracket 60 is adjusted according to the height of the green body. Afterwards, the full buckle bolts 63 are fixed with nuts, and the second pressing plate 64 and the nylon band 65 are connected to the connecting plate at the end of the second bracket 60 by screws to realize soft connection between all the second brackets 60. The second cylinder base 66 links to each other with the connecting plate of the second bracket 59 by bolts, and the flange of the front end of the second split cylinder 67 is fixed on the second cylinder base 66 by bolts, and the rod head joint bearing of the second split cylinder 67 passes through The pin shafts are respectively connected with the second ear plates 68 of the second brackets 60 on both sides. A row of square tube steel 69 is welded on the second bracket 60, the steel plate head is on the square tube steel 69, the rubber plate 70 with grooves on the upper surface is glued to the steel plate, and the distance between the tube steel 69 above the second bracket 60 is determined by the length of the green body . The tensioning sprocket 71 of the lower seaming mechanism is the same as that of the upper seaming mechanism, and is installed on the support frame 72 of the second bracket 59. The synchronous roller chain 73 walks around the synchronous sprocket 52, the tensioning sprocket 71, and the chain The ends are connected with the chain plates 74 of the second brackets 60 on both sides. The first split cylinder 45 and the second split cylinder 67 work at the same time, the air in the rodless cavity, the piston rod stretches out, and the synchronous roller chain mechanism works, dragging the first bracket 38 and the second bracket 60 along the linear guide rail pair synchronously Walk to both sides to realize the function of synchronous splitting of the green body. The front and rear terminals of the first split cylinder 45 and the second split cylinder 67 are equipped with adjustable buffer devices, and the working stability is good.

Claims (1)

1. a synchronous blank dividing machine, comprise joint close mechanism, enter base carrier roller mechanism, elevating mechanism, upper parting mechanism, lower parting mechanism and rack section, it is characterized in that:

Described joint close mechanism comprises joint close cylinder, support, jaw, backboard, connecting rod, front apron, dive key, chute, little axle, bearing and guide pad; Joint close cylinder forward flange is bolted on support, and bar head thread screws in jaw screwed hole, and jaw is connected with the connecting plate of backboard by bearing pin; Connecting rod forms parallelogram lindage by the otic placode of bearing pin and front apron and backboard, and there are two row counterbores backboard both sides, and dive key is connected with backboard by screw; Little axle one end is propped up on bearing, and axle head baffle plate and screw are fixed, and the other end is bolted on the otic placode of front apron both sides; Joint close cylinder rodless cavity air inlet, piston rod stretches out, and drag backboard both sides dive key and walk downwards along the chute of support, front apron two side bearing moves ahead downwards along the guide pad of support, and front apron carries out joint close arrangement to base substrate; Support two ends are bolted on the connecting plate of frame;

The described base carrier roller mechanism that enters comprises carrying roller, roller carrier shaft, support plate, driven sprocket, duplex chain, reducing motor, drive sprocket, pressuring chain plate and polystyrene bar; Enter base carrying roller and adopt roll breakage form, middle two roll shaft end half circular shaft docking are propped up on bearing, and carrying roller is supported on the shaft on bearing, and bearing is embedded in support plate, and support plate is bolted in frame; Driven sprocket is connected with roller carrier shaft by key, duplex chain walks around the drive sprocket of driven sprocket on all carrying rollers and reducing motor axle head, prevent the pressuring chain plate of jumping chain to be bolted on support plate, the polystyrene bar of pressure chain is fixed on pressuring chain plate by sunk screw;

Elevating mechanism comprises the first crank, connecting rod, the second crank, oscillating bearing, adjusting rod and lift cylinder; First crank is connected with the bottom connecting plate of rolling bearing units with the second bracket of lower parting mechanism by bearing pin with the short handle of the second crank, first crank is connected with the second crank by connecting rod, oscillating bearing, bearing pin, lift cylinder bar head is connected with the long handle of bearing pin with the first crank by oscillating bearing, afterbody ears are connected with adjusting rod by bearing pin, and adjusting rod is connected with the support plate of frame by nut; The air inlet of lift cylinder rodless cavity, piston rod stretches out, and push whole toggle and rotate the rise of lower parting mechanism, base substrate is compressed by upper parting mechanism and lower parting mechanism simultaneously;

Described upper parting mechanism comprises screw mandrel, nut seat, the first bracket, line slideway auxiliary, the first support, the first interfix seat, nylon tape, the first cylinder block, the first parting cylinder, the first otic placode, depression bar, spring, sprocket shaft, drive sprocket, synchronous sprocket wheel, tightener sprocket, vertical shaft and roller chain; Screw mandrel is vertically arranged on the support plate of frame, and rod end slotted nut is fixed, and nut seat coordinates with screw mandrel, and nut seat is bolted on the first bracket; The slide rail of line slideway auxiliary is connected with connecting plate below the first bracket by bolt, and the slide block of line slideway auxiliary is bolted on the connecting plate above the first support; First interfix seat is bolted on the first support plate in the middle of the first bracket, full button bolt screws in the screwed hole of the first side, support two ends, according to the minimum spacing between base substrate Height Adjustment first support, with nut, full button bolt is fixed afterwards, first pressing plate, nylon tape is connected with the first bracket end connecting plate by screw, realizes being flexible coupling between all first supports; First cylinder block is connected by the connecting plate of bolt with the first bracket, and the first parting cylinder front end flange is bolted on the first cylinder seat, and the bar head oscillating bearing of the first parting cylinder is connected with the first otic placode of both sides first support respectively by bearing pin; Depression bar is fixed on the first support by nut and spring, and the spacing between the first support upperpush rod is determined by base substrate length; Sprocket wheel is supported on the shaft on rolling bearing units, rolling bearing units are bolted on the side connecting plate of frame, drive sprocket is connected with sprocket shaft by key with synchronous sprocket wheel, the embedded bearing of tightener sprocket props up on vertical shaft, the vertical shaft other end is fixed on the supporting seat of the first bracket by nut, full button bolt screws in supporting seat flank threads hole and heads on vertical shaft, and synchronous roller chain walks around drive sprocket, tightener sprocket, and the end of the chain is connected with the carrier bar of both sides first support; Rotary screw, nut seat moves up and down with the first bracket and the first support, makes equipment have for different in width base substrate carries out the function of parting;

The structural principle of described lower parting mechanism is identical with upper parting mechanism, comprises line slideway auxiliary, the second bracket, the second support, the second interfix seat, nylon tape, the second cylinder block, the second parting cylinder, the second otic placode, roller chain and tightener sprocket; The slide rail of line slideway auxiliary is bolted on the connecting plate above of the second bracket, and the slide block of line slideway auxiliary is connected with the connecting plate below the second support by bolt; Second interfix seat is bolted on the second support plate in the middle of the second bracket, full button bolt screws in the screwed hole of the second side, support two ends, according to the minimum spacing between base substrate Height Adjustment second support, with nut, full button bolt is fixed afterwards, second pressing plate, nylon tape is connected with the second bracket end connecting plate by screw, realizes being flexible coupling between all second supports; Second cylinder block is connected by the connecting plate of bolt with the second bracket, and the second parting cylinder front end flange is bolted on the second cylinder block, and the bar head oscillating bearing of the second parting cylinder is connected with the second otic placode of both sides second support respectively by bearing pin; Second support is welded with row's square hollow section steel, steel plate end socket above square hollow section steel, steel plate is stained with the rubber slab of upper surface fluting, on the second support, the spacing of square hollow section steel is determined by base substrate length; The tightener sprocket of lower parting mechanism and the identical of upper parting mechanism, be arranged on the bracing frame of the second bracket, synchronous roller chain walks around synchronous sprocket wheel, tightener sprocket, and the end of the chain is connected with the carrier bar of both sides second support; First parting cylinder and the second parting cylinder work simultaneously, rodless cavity air inlet, piston rod stretches out, synchronous roller chain institution staff, drag the first support and the second support linearly guideway synchronously walk to both sides, realize the function of base substrate synchronous joint dividing, terminal band adjustable buffer device before and after the first parting cylinder and the second parting cylinder, working stability performance is good.