CN107472941A - High-efficient simple sheet stacker - Google Patents

Abstract

High-efficient simple sheet stacker, belong to printing, packing machinery technology.Including chassis 1, shake frame 2, shake frame inclining governor motion 4, heap cardboard 5 and heap cardboard are fixed retaining device 6 and formed, the chassis 1 is made up of frame 11 and two risers 13, two risers 13 are located at the both sides of frame 11, and rocker 3 is installed in the upper end hole of two risers 13, the rocker 3 respectively with to shake the both sides of frame 2 affixed, the heap cardboard 5 is located at the bottom for shaking frame 2 and fixes retaining device 6 with heap cardboard to be positioned to it, described to shake the one end of frame inclining governor motion 4 and be connected with shaking frame 2, the other end is connected with riser 13.Inventive structure is simple, easy to operate, and process is easy, and code paper speed continues paper without shutting down continuous paper or slowing down than fast five times traditional of location type code chart speed degree into common high speed machine.

Description

High-efficient simple sheet stacker

Technical field

The invention belongs to print, packing machinery technology, particularly belong to a kind of heap（Code）Paper machine.

Background technology

Modern printing packaging mechanical such as automatic mulch applicator, automatic press, automatic polishing machine, automatic die cutter have certainly Dynamic conveyer, need paper stack heap during operation（Code）Put neat rear feeding automatic paper conveyer.At present, used in the market Heap（Code）Paper machine is bulky and expensive, uses mechanical arm during operation, not only complex procedures, process are cumbersome, and code Chart speed degree is slow, when upper heap paper is exhausted, usually needs to shut down wait, operating efficiency is low.

The content of the invention

The purpose of the present invention is to be directed to defect described above, there is provided a kind of simple in construction, heap（Code）Chart speed degree is fast and easily grasps The high-efficient simple sheet stacker of work.

The purpose of the present invention is achieved by the following technical programs.

High-efficient simple sheet stacker, it is characterised in that：Including chassis 1, shake frame 2, shake frame inclining governor motion 4, the and of heap cardboard 5 Heap cardboard is fixed retaining device 6 and formed, and the chassis 1 is made up of frame 1-1 and two riser 1-3, and two riser 1-3 are located at frame 1-1 both sides, and rocker 3 is provided with two riser 1-3 upper end hole, the rocker 3 respectively with affixed, institute of shaking the both sides of frame 2 Heap cardboard 5 is stated to be located at the bottom for shaking frame 2 and position it with heap cardboard fixation retaining device 6, it is described to shake frame inclining governor motion 4 one Hold and shake frame 2 to connect, the other end is connected with riser 1-3.

It is described to shake the palisading type structure or flat structure that frame 2 is right angle angle heap paper.

The frame inclining governor motion 4 that shakes is made up of regulation handle 4-1, screw frame 4-2, pin 4-3, the regulation handle 4- 1, which penetrates screw frame 4-2, is withstood at the non-middle position hole 4-5 for shaking frame 2, and screw frame 4-2 is positioned on riser 1-3 by pin 4-3.

The regulation handle 4-1 close shake is provided with cover plate 4-4 at frame 2.

The regulation handle 4-1 is changed to strut 4-1.1, and strut 4-1.1, which is propped up one end, to be shaken at the non-middle position hole 4-5 of frame 2, separately One end ejection screw frame 4-2.

The pin 4-3 can also be changed to screw fastening screw frame 4-2.

Described shake is provided with vibrator 11 on the wall of frame 2.

The heap cardboard fixes retaining device 6 by 6-1 containing pivot point lever, seat 6-2, set 6-3, gear 6-4, bumping post or catch 6-5 Form, the seat 6-2, which is fixed on, to be shaken on frame 2, and set 6-3 is fixed below present 6-2, and gear 6-4 is penetrated in set 6-3 hole, and with set Bumping post or catch the 6-5 linking of 6-3 tail ends, the bottoms of 6-1 containing pivot point lever and bumping post or catch 6-5 are affixed.

Load linear bearing in the set 6-3.

The heap cardboard is fixed retaining device 6 and is made up of seat 6-2, set 6-3, gear 6-4, and this grade of 6-4 is screw-type, is covered in 6-3 There is the screw to match, the seat 6-2 is fixed with shaking frame 2, and set 6-3 is fixed below present 6-2, the spiral shell that gear 6-4 is screwed in set 6-3 Kong Zhong.

The gear 6-4 is the polished rod of Straight pull, and rolling element 6-6 is installed on its head.

Load linear bearing in the set 6-3.

The heap cardboard fixes retaining device 6 by covering 6-3, hook-type gear 6-4.1, pin 6-7, spanner 6-8, screw 6-9, active catch Sell 6-10 to form, the set 6-3 is affixed with shaking the bottom of frame 2, slots keeping off 6-4.1 vertical body some areas by hook-type, and make Up and down slidably, in set 6-3 upper right side, jut is provided with pin-and-hole and loads pin 6-7 hook-type gear 6-4.1, pin 6-7 and spanner 6-8 Be hinged, spanner 6-8 head uprights direction is provided with hole, and screw 6-9 is penetrated at the top of Kong Bingyu hook-types gear 6-4.1 and fixed, in set 6-3 Lower right protuberance has hole, and the hole is used to insert movable backing pin 6-10.

The heap cardboard is fixed retaining device 6 and formed by covering 6-3, hook-type gear 6-4.1, hole stake 6-12, rotary screw 6-11, institute It is affixed with shaking the bottom of frame 2 to state set 6-3, is slotted keeping off 6-4.1 vertical body some areas by hook-type, and makes on hook-type gear 6-4.1 Under slidably, set 6-3 above, hole stake 6-12, which is fixed on, to be shaken on frame 2, rotary screw 6-11 through hole stake 6-12 and with hook-type keep off It is fixed at the top of 6-4.1 so that rotary screw 6-11 can lift hook-type gear 6-4.1.

The heap cardboard is fixed retaining device 6 and formed by covering 6-3, hook-type gear 6-4.2, band axis cam 6-13, handle 6-14, covers 6-3 is affixed with shaking frame 2, and hook-type gear 6-4.2 is penetrated in set 6-3 grooves slidably, and band axis cam 6-13 is arranged on the set 6-3 upper right corner Place, handle 6-14 are arranged on band axis cam 6-13.

The heap cardboard fixes retaining device 6 by covering 6-3, hook-type gear 6-4.3, frame 6-15, thread head handle 6-16, clinohedral 6-17 is formed, and the set 6-3 is affixed with shaking frame 2, and hook-type gear 6-4.3 is arranged in set 6-3 groove slidably, hook-type gear 6- Its top of 4.3 vertical portions is slightly shorter, can there is a space of up and down motion, hook-type gear 6-4.3 vertical directions be provided with set 6-3 formed with The beveled aperture of clinohedral 6-17 integrations, frame 6-15 are fixed on set 6-3 or shaken on frame 2, frame 6-15 lower openings grooves, penetrate screw thread Handle 6-16 is simultaneously docked and can helical rotation with front clinohedral 6-17 afterbody screws.

The heap cardboard fixes retaining device by worm screw 6-18, bearing block 6-19, worm gear 6-20, worm-wheel shaft 6-21, worm-wheel shaft Location-plate 6-22, hook-type gear 6-4.5 are formed, and worm gear 6-18 is arranged in two bearing bracket 6-19 holes and is hinged, and fixed bearing block 6-19 is in shaking on frame 2, and keyed worm-wheel shaft 6-21 makes to penetrate hole keyed in worm gear 6-20 in installation worm gear 6-20, then by hook-type The keyed holes of gear 6-4.5 penetrate the keyed parts of worm-wheel shaft 6-21 again, and spindle nose part of the axle two without key is respectively penetrated pair It is hinged in the hole for shaking frame 2 and worm-wheel shaft location-plate 6-22 answered, the left end of hook-type gear 6-4.5 horizontal directions is inserted in worm gear Bonded in axle 6-21, for worm-wheel shaft location-plate 6-22 with shaking that frame is affixed, worm-wheel shaft location-plate 6-22 is the flute profile iron for spill inwards And two sideband positioning hole part, the net length of its both sides groove pin can just accommodate thickness of the worm gear 6-20 with boss and hook-type gear 6- 4.5 horizontal direction thickness sums and the cooperation for being easy to rotation.When hand worm screw 6-18 left sides handwheel forward and backward, because of it and snail Take turns 6-20 engagement and the worm gear 6-20 that arrives is produced and rocked from side to side, carry out the biography of torque with key by worm-wheel shaft 6-21 axle main body Pass, driven hook-type gear 6-4.5 to rotate and cause right side hook portion to be moved up and down, worm gear 6-20 radius size and hook-type gear 6- The length of 4.5 horizontal directions takes suitable dimension to determine that its hook produces the suitable of size and the up and down motion size of power, when thereon The dress of heap cardboard 5 is then produced during lower motion with unloading.

Described shake is provided with shifting plate 10 and some groups of shifting plate governor motions 12 on the inside of on frame 2, the plate 10 that moves is plane Palisading type structure or flat structure, the lower end length of plate 10 are moved close to heap cardboard 5, the shifting plate governor motion 12 is by polished rod handle 12-6 is formed, and the polished rod handle 12-6 is affixed with moving plate 10 through frame 2 is shaken.

The polished rod handle 12-6 is positioned by trip bolt 12-5.

The shifting plate governor motion 12 is made up of spiral handle 12-1, synchronizing wheel 12-2, double semicircle centering plate 12-3, in spiral shell Long keyway is provided with rotation handle 12-1, and also has keyway and retainingf key in synchronizing wheel 12-2 holes, and spiral handle 12-1 bar portion On be provided with sliding keyway, double semicircle centering plate 12-3 are for that can make two pressures being slidably matched that rotation employs with synchronizing wheel 12-2 Plate, double semicircle centering plate 12-3, which are mounted and fixed on, to be shaken on 2, and is located at synchronizing wheel 12-2 activities and is shaken on frame 2, spiral handle 12-1 sequentially pass through synchronizing wheel 12-2, double semicircle centering plate 12-3, shake structure or it is plate with move plate 10 on reverse counterbore be connected, Make spiral handle 12-1 rotatable.

Timing belt 12-4 is installed on the synchronizing wheel 12-2.

The vibrator 11, which is arranged on, to be moved on plate 10.

The lower section of heap cardboard 5 is provided with track 7.

Two riser 1-3 lower ends installation rail wheel 8, enables riser 1-3 to be moved along track 7, and be provided with by rail wheel 8 Spiral latch 1-2, make its retaining rail wheel 8.

The track 7 is concave tracks 7-1, and rail wheel 8 is spherical rail wheel 8-1, by recessed hemisphere main body 8-1.1, cue ball 8- 1.2nd, auxiliary ball 8-1.3, cover plate 8-1.4 are formed, and the cue ball 8-1.2 is located in recessed hemisphere main body 8-1.1, and auxiliary ball 8-1.3 is abound with Vault cap and shade between recessed hemisphere main body 8-1.1 and cue ball 8-1.2, the cover plate 8-1.4 and recessed hemisphere main body 8-1.1 lower ends It is affixed.

Add swivel nut 8-1.5 in the recessed hemisphere main body 8-1.1 periphery, with some elongated hole 8-1.6, use on swivel nut 8-1.5 Bar shaped bar plate moves its lifting, and corresponding to position on recessed hemisphere main body 8-1.1 adds annular groove 8-1.7, if needing positioning steady again, in swivel nut 8- 1.5 times fringing 8-1.8, and strong magnetic piece 8-1.9 is added in edge 8-1.8, while add iron in the corresponding position shut down of track 7 Block 8-1.10, to hold spherical rail wheel 8-1.

The surface of heap cardboard 5 is concavo-convex strip structure, in its recess inserted with split cutting 5-1, the Split plugging Bar 5-1 is made up of at least two panels cutting main body 5-1.1 superpositions.

Small magnetic sheet 5-1.4 is installed on the cutting main body 5-1.1.

The recess afterbody of heap cardboard 5 is provided with 5- containing handle main body in buckle handle 5-1.5, the buckle handle 5-1.5 1.6th, tabletting 5-1.7, movable hook 5-1.8, pin 5-1.9, hook 5-1.10, magnetic sheet 5-1.11, mouth gear 5-1.12, the mouth keep off 5- 1.12 are arranged on the right side of buckle handle 5-1.5, and the movable hook 5-1.8 is fixed on handle main body 5-1.6 by pin 5-1.9, And movable hook 5-1.8 be located at pin 5-1.9 both sides weight it is inconsistent, heavier place is located at right side, and lighter movable hook 5-1.8 is left Side, is provided with tabletting 5-1.7 on handle main body 5-1.6, heavier movable hook 5-1.8 lower right sides be respectively equipped with hook 5-1.10 and Magnetic sheet 5-1.11, the hook 5-1.10 are provided with inclined-plane.

The beneficial effects of the invention are as follows：The present invention is simple in construction, easy to operate, and process is easy, and code paper speed is than traditional Fast five times of location type code chart speed degree, continue paper into common high speed machine without shutting down continuous paper or slowing down.The present invention is in addition to common rail wheel, also Can use ball wheel form, greatly facilitate running, it can not only keep straight on rail, can with row, in favor of because of need of work, Double cars are arbitrarily arranged and stepped down in institute's cloth track conveniently, alleviate labor intensity.The present invention uses split cutting, solves biography Cutting unite because thickness problem（Such as lacking thickness easily makes pile bend cutting, forms non-ideal operating mode with going wrong）, and deposit The main lifting manually when changing pile when so as to rear pile of sheets continue on a pile not many pile when, if it has between two Dry cutting is clipped in the middle, and to make the second heap paper must pump these cuttings, but because its thickness is larger, upper pile can be fallen down suddenly, easily Cause subsequently to fly up to inhale paper and go wrong, situations such as causing equipment job failure or produce waster.Split cutting profile of the present invention It is consistent with common cutting, if but its be divided into dry plate, when deployed by the cutting group topmost a piece of each pump, then it is generated Edge down, be not easy to influence the work that flies up to, so respectively pump above a piece of every time respectively, to the last the second heap paper connects completely On, just form and do not shut down paper feeding without aobvious seam connection.

Brief description of the drawings

Fig. 1 is overall structure diagram of the present invention.

Fig. 2 is Fig. 1 of the present invention overlooking the structure diagram.

Fig. 3 is two sets of track orthohormbic structure schematic diagrames of the invention.

Fig. 4 is the structural representation that the present invention shakes frame inclining governor motion.

Fig. 5 is one of side structure schematic view that heap paper of the present invention fixes retaining device.

Fig. 6 is the two of the side structure schematic view that heap paper of the present invention fixes retaining device.

Fig. 7 is the three of the side structure schematic view that heap paper of the present invention fixes retaining device.

Fig. 8 is the four of the side structure schematic view that heap paper of the present invention fixes retaining device.

Fig. 9 is the five of the side structure schematic view that heap paper of the present invention fixes retaining device.

Figure 10 is the six of the side structure schematic view that heap paper of the present invention fixes retaining device.

Figure 11 is the seven of the side structure schematic view that heap paper of the present invention fixes retaining device.

Figure 12 is the eight of the positive structure diagram that heap paper of the present invention fixes retaining device.

Figure 13 is one of structural representation that the present invention moves plate governor motion.

Figure 14 is the two of the structural representation that the present invention moves plate governor motion.

Figure 15 is the structural representation of the spherical rail wheel of the present invention.

Figure 16 is the structural representation of split cutting of the present invention.

Figure 17 is Figure 16 of the present invention A to structural representation.

Embodiment

Below in conjunction with the accompanying drawings, invention is described further.

High-efficient simple sheet stacker, such as Fig. 1, shown in Fig. 2, including chassis 1, shake frame 2, shake frame inclining governor motion 4, heap cardboard 5 and heap cardboard fix retaining device 6 form, the chassis 1 is made up of frame 1-1 and two riser 1-3, two riser 1-3 positions In frame 1-1 both sides, and rocker 3 is installed in two riser 1-3 upper end hole, the rocker 3 is consolidated with shaking the both sides of frame 2 respectively Connect, the heap cardboard 5 is located at the bottom for shaking frame 2 and fixes retaining device 6 with heap cardboard to be positioned to it, described to shake frame inclining regulation machine The one end of structure 4 is connected with shaking frame 2, and the other end is connected with riser 1-3.

In the presence of rocker 3, shaking frame 2 can arbitrarily shake, and in the presence of frame inclining governor motion 4 is shaken, shake frame 2 It can keep certain or vertical with sized size or face upward oblique angle.

It is described to shake the palisading type structure or flat structure that frame 2 is right angle angle heap paper.

As shown in figure 4, the frame inclining governor motion 4 that shakes is made up of regulation handle 4-1, screw frame 4-2, pin 4-3, it is described Regulation handle 4-1 penetrates screw frame 4-2 and withstood at the non-middle position hole 4-5 for shaking frame 2, and screw frame 4-2 is positioned at riser 1- by pin 4-3 On 3.

The regulation handle 4-1 close shake is provided with cover plate 4-4 at frame 2.

When adjusting screw rod 4-1 rotation after forward impelling withstand shake frame 2 when, shake frame 2 with rocker 3 above for pivotal role Under, it may appear that entirely shake frame 2 and face upward to inclination.

The regulation handle 4-1 is changed to strut 4-1.1, and strut 4-1.1, which is propped up one end, to be shaken at the non-middle position hole 4-5 of frame 2, separately One end ejection screw frame 4-2.

The pin 4-3 can also be changed to screw fastening screw frame 4-2.

Described shake is provided with vibrator 11 on the wall of frame 2, and now entirely shaking frame 2 can all vibrate.

Described to shake the lower end of frame 2, the heap cardboard for loading onto some fixable/dismountable heap cardboards 5 of set fixes retaining device 6, then can be in code paper Heap cardboard 5 is transferred on heap paper car 9 afterwards, is processed so as to be pushed into paper guide.

As shown in figure 5, the heap cardboard fixes retaining device 6 by 6-1 containing pivot point lever, seat 6-2, set 6-3, gear 6-4, bumping post Or catch 6-5 is formed, the seat 6-2, which is fixed on, to be shaken on frame 2, and set 6-3 is fixed below present 6-2, and gear 6-4 penetrates set 6-3 hole In, and be connected with the bumping post or catch 6-5 for covering 6-3 tail ends, the bottoms of 6-1 containing pivot point lever and bumping post or catch 6-5 are affixed.When with When hand is pulled at the upper handles of 6-1 containing pivot point lever, moved back and forth centered on fulcrum, then the gear 6-4 of lower section can also be stretched Contracting motion.

Load linear bearing in the set 6-3, to mitigate the lower pull force of heavy duty.

It is made up of as shown in fig. 6, the heap cardboard fixes retaining device 6 seat 6-2, set 6-3, gear 6-4, this grade of 6-4 is screw thread Type, covering in 6-3 has the screw to match, and the seat 6-2 fixes with shaking frame 2, and set 6-3 is fixed below present 6-2, and gear 6-4 is screwed in Cover in the screw in 6-3, heap cardboard 5 is fixed by screwing in back-out.

The gear 6-4 is the polished rod of Straight pull, its head installation rolling element 6-6, heap paper is loaded and unloaded by pull propulsion mode Plate, as shown in Figure 7.

Load linear bearing in the set 6-3.

As shown in figure 8, the heap cardboard fixes retaining device 6 by covering 6-3, hook-type gear 6-4.1, pin 6-7, spanner 6-8, screw 6-9, movable backing pin 6-10 are formed, and the set 6-3 is affixed with shaking the bottom of frame 2, and 6-4.1 vertical body some areas are being kept off by hook-type Fluting, and hook-type is kept off 6-4.1 up and down slidably, in set 6-3 upper right side, jut is provided with pin-and-hole and loads pin 6-7, pin 6-7 It is hinged with spanner 6-8, spanner 6-8 head uprights direction is provided with hole, and screw 6-9 penetrates solid at the top of Kong Bingyu hook-types gear 6-4.1 Fixed, in set 6-3 lower rights, protuberance has hole, and the hole is used to insert movable backing pin 6-10.During work, when pulling spanner 6-8 back and forth, It is fulcrum by pin 6-7, the Wrench head at screw 6-9 can be caused to produce decline and ascending motion, it drives hook-type gear 6-4 moves up and down, and the motion then forms unloading or filling to heap cardboard 5.Insertion activity backing pin 6-10 during dress, then locked at stop hook Surely can work.

As shown in figure 9, the heap cardboard fixes retaining device 6 by covering 6-3, hook-type gear 6-4.1, hole stake 6-12, rotary screw 6-11 is formed, and the set 6-3 is affixed with shaking the bottom of frame 2, is slotted keeping off 6-4.1 vertical body some areas by hook-type, and make hook Up and down slidably, above set 6-3, hole stake 6-12 is fixed on to be shaken on frame 2 shape gear 6-4.1, and rotary screw 6-11 passes through hole stake 6- 12 and with it is fixed at the top of hook-type gear 6-4.1 so that rotary screw 6-11 can lift hook-type gear 6-4.1.Pass through rotary screw 6- 11 screw and loosen to reach the purpose of hook-type gear 6-4.1 liftings and handling heap cardboard 5.

As shown in Figure 10, the heap cardboard fixes retaining device 6 by covering 6-3, hook-type gear 6-4.2, band axis cam 6-13, handle 6-14 is formed, and set 6-3 is affixed with shaking frame 2, and hook-type gear 6-4.2 is penetrated in set 6-3 grooves slidably, and band axis cam 6-13 is arranged on Cover at the 6-3 upper right corner, handle 6-14 is arranged on band axis cam 6-13.When handle 6-14 is pulled up and down, due to band axis cam The size of 6-13 protruding parts changes, and hook-type gear 6-4.2 can be caused to move up and down under gravity, so that the heap paper loaded Plate 5 is loaded and unloaded.

As shown in figure 11, the heap cardboard fixes retaining device 6 by covering 6-3, hook-type gear 6-4.3, frame 6-15, thread head handle 6-16, clinohedral 6-17 are formed, and the set 6-3 is affixed with shaking frame 2, and hook-type gear 6-4.3 is arranged in set 6-3 groove and can slided Dynamic, its top of hook-type gear 6-4.3 vertical portions is slightly shorter, can there is a space of up and down motion, hook-type gear 6-4.3 vertical directions be provided with Cover 6-3 and form the beveled aperture integrated with clinohedral 6-17, frame 6-15 is fixed on set 6-3 or shaken on frame 2, frame 6-15 lower openings Groove, penetrate thread handle 6-16 and docked with front clinohedral 6-17 afterbody screws and can helical rotation.Now carry out back rotation spiral shell Line handle 6-16, then clinohedral 6-17 disengaging campaign can be produced, now hook-type gear 6-4.3 can produce with clinohedral 6-17 ramps It is raw to move up and down, so that the heap cardboard 5 loaded is loaded and unloaded.

As shown in figure 12, the heap cardboard fixes retaining device by worm screw 6-18, bearing block 6-19, worm gear 6-20, worm-wheel shaft 6-21, worm-wheel shaft location-plate 6-22, hook-type gear 6-4.5 are formed, and worm gear 6-18 is arranged in two bearing bracket 6-19 holes and is hinged, and Fixed bearing block 6-19 is in shaking on frame 2, and keyed worm-wheel shaft 6-21 makes to penetrate keyed in worm gear 6-20 in installation worm gear 6-20 Hole, then hook-type is kept off into the keyed holes of 6-4.5 and penetrates the keyed parts of worm-wheel shaft 6-21 again, by spindle nose part of the axle two without key Shake in frame 2 and worm-wheel shaft location-plate 6-22 hole and be hinged corresponding to respectively penetrating, hook-type keeps off the left end of 6-4.5 horizontal directions Be inserted in bonded in worm-wheel shaft 6-21, worm-wheel shaft location-plate 6-22 is affixed with shaking frame, worm-wheel shaft location-plate 6-22 be for spill to In flute profile iron and two sideband positioning holes part, the net length of its both sides groove pin can just accommodate thickness of the worm gear 6-20 with boss 6-4.5 horizontal direction thickness sums are kept off with hook-type and are easy to the cooperation rotated.When hand worm screw 6-18 left sides handwheel forward and backward When, because it with engaging for worm gear 6-20 and the worm gear 6-20 that arrives is produced and rocked from side to side, entered by worm-wheel shaft 6-21 axle main body and key The transmission of row torque, hook-type gear 6-4.5 has been driven to rotate and cause right side hook portion to be moved up and down, worm gear 6-20 radius size Suitable dimension is taken to determine that its hook produces the size of power and the conjunction of up and down motion size with the length of hook-type gear 6-4.5 horizontal directions It is suitable, the dress of heap cardboard 5 is then produced when it moves up and down with unloading.

When heap cardboard 5 is on the premise of heap paper car 9 and chassis 1 all shift position onto, by the right side of Fig. 2, Fig. 3, Fig. 5 heap cardboard 5 with Foot is just pushed up in front side with the frame 2 that shakes in vertical state, and now 6-1 containing pivot point lever is outwards pulled, and each " gear " just enters heap cardboard 5 Row be located, and now weight is pressed on heap cardboard 5, and the plate will not both upwarp, and reason shakes the right side of frame 2（Fence）Withstand plate bottom On the right side of the plate, it will not have a downwarp again, a face is not determined at " gear " of a straight line because of three, while it is very inclined mounted in weight to shake frame 2 On the chassis 1 of the heart, its frame 1-1 is known by Fig. 2 to be partial to upper right side, and is seen according to Fig. 1, Fig. 5, and gear 6-4 length is left in heap cardboard 5 Upper angle and lower right corner line be near the approximate plate center weight balanced line, heap cardboard 5 and its heap paper any one upwarp with Sticking up power can all be stirred by middle upper left to the bottom right that retaining device 6 is fixed using heap cardboard as axis, but be shaken because it is limited by under frame 2 The compacting in portion fixes the restriction of retaining device 6 with the 3rd heap cardboard and can not upwarp and have a downwarp, thus when pile is put into lean-with Put or when non-middle position is close to right side, overturned all without causing, even when shaking frame inclining due to the fetch bit of rocker 3 shake frame 2 it Near diagonal middle position, when heap paper low, the torque of its small weight and small square composition will not frame 1-1 larger weight and big square greatly The high-torque of composition, overturning will not be consequently formed, when pile height, the gradual lateral deviation inwards of pile center of gravity, until piling with just Full heap balance just will not more overturn, and it can work completely.

Described shake is provided with shifting plate 10 and some groups of shifting plate governor motions 12 on the inside of on frame 2, the plate 10 that moves is plane Palisading type structure or flat structure, the lower end length of plate 10 are moved close to heap cardboard 5, it can be easy to remove not by the table of heap cardboard 5 Face is rubbed, and several initial paper can not be made to keep off before plate 10 is moved and meet that all material all heaps are neat.The shifting plate governor motion 12 by Polished rod handle 12-6 is formed, and the polished rod handle 12-6 is affixed with moving plate 10 through frame 2 is shaken, as shown in figure 14.

The polished rod handle 12-6 is positioned by trip bolt 12-5.

As shown in figure 13, the shifting plate governor motion 12 is by spiral handle 12-1, synchronizing wheel 12-2, double semicircle centering plates 12-3 is formed, and long keyway is provided with spiral handle 12-1, and also has keyway and retainingf key in synchronizing wheel 12-2 holes, and screw hand Sliding keyway is provided with handle 12-1 bar portion, double semicircle centering plate 12-3 are the slips for that can employ rotation with synchronizing wheel 12-2 Two pressing plates coordinated, double semicircle centering plate 12-3, which are mounted and fixed on, to be shaken on 2, and is located at synchronizing wheel 12-2 activities and is shaken on frame 2, Spiral handle 12-1 sequentially pass through synchronizing wheel 12-2, double semicircle centering plate 12-3, shake structure or it is plate with move plate 10 on it is reverse Counterbore connects, and makes spiral handle 12-1 rotatable.When spiral handle 12-1 is rotated, synchronizing wheel 12-2 is driven by bond structure, together When spiral handle 12-1 with screw thread thereon and the screw of frame 2 can be shaken coordinate and cause spiral handle 12-1 to advance or retreat, cause entirely to move Plate 10 can enter or move back.

Timing belt 12-4 is installed on the synchronizing wheel 12-2.When the shifting plate governor motion has two sets or more, together When the same specification synchronizing wheel 12-2 set mechanism is driven by timing belt 12-4 on synchronizing wheel 12-2, then each group moves plate governor motion 12 It can run simultaneously, moving plate 10 can move in parallel to meet need of work.

The vibrator 11, which is arranged on, to be moved on plate 10.

The lower section of heap cardboard 5 is provided with track 7, in order to heap paper car transport of sheets of paper.

Two riser 1-3 lower ends installation rail wheel 8, enables riser 1-3 to be moved along track 7, and be provided with by rail wheel 8 Spiral latch 1-2, make its retaining rail wheel 8.

The track 7 is concave tracks 7-1, and rail wheel 8 is spherical rail wheel 8-1, by recessed hemisphere main body 8-1.1, cue ball 8- 1.2nd, auxiliary ball 8-1.3, cover plate 8-1.4 are formed, and the cue ball 8-1.2 is located in recessed hemisphere main body 8-1.1, and auxiliary ball 8-1.3 is abound with Vault cap and shade between recessed hemisphere main body 8-1.1 and cue ball 8-1.2, the cover plate 8-1.4 and recessed hemisphere main body 8-1.1 lower ends It is affixed, as shown in figure 15.

The operation principle of the spherical rail wheel 8-1 is：When cue ball 8-1.2 is rotated, auxiliary ball 8-1.3 can be driven in vault cap Barrel shift, auxiliary ball 8-1.3 are covered with whole vault cap and lower shade, when some direction of cue ball 8-1.2 lower direction rotates, band Opposite directions of the dynamic auxiliary ball 8-1.3 in top also to this direction is all to be claimed to move, and auxiliary ball 8-1.3 is partially moved to cap corresponding to lower section Along when can be moved again to opposite direction into shade, it promotes other auxiliary ball 8-1.3 to take advantage of a situation reverse movement again, and they are again through shade quilt Other auxiliary ball 8-1.3 promote to be driven with cue ball 8-1.2, and is moved to vault crown from shade, and so circulation then forms sustainable fortune It is dynamic.

The device is needed to position for the sheet stacker with vibration, and swivel nut 8- is added in the recessed hemisphere main body 8-1.1 peripheries With some elongated hole 8-1.6 on 1.5, swivel nut 8-1.5, its lifting is moved with bar shaped bar plate, corresponding to position on recessed hemisphere main body 8-1.1 adds ring Shape groove 8-1.7, if needing positioning steady again, the fringing 8-1.8 under swivel nut 8-1.5, and strong magnetic piece 8- is added in edge 8-1.8 1.9, while add iron block 8-1.10 in the corresponding position shut down of track 7, to hold spherical rail wheel 8-1.

With reference to Fig. 2, when chassis 1, some spiral latch 1-2 enter rail hole positioning after track 7-2 has entered pre-determined bit, then push away Enter heap paper car 9 and dual side-edge kiss that the heap cardboard 5 shelved thereon is only contacted connects, if being found during stroller, chassis is not high enough, Can by rail wheel side spiral latch 1-2 at three downwards top and fuselage is raised to the downside that heap cardboard 5 can be inserted into Fig. 5 and shake frame 2 Top is stopped in place, and is stopped in place with shaking the plate top above the figure of frame 2 in Fig. 2.Hereafter some groups of heap cardboards are fixed into retaining device 6 again to carry out Operation, it will position heap cardboard 5 in gear 6-4 insertions or pressure.（For laminating machine etc., regulation moves plate governor motion 12, makes regulation hand Handle 12 travels forward, and it, which drives, moves plate 10, makes to move size and meets paper size and reach paper center line and use in equipment Heart line overlap, after positioning（Handle 12-1 is that then its damping of spiral need not be positioned especially with screw action etc., and the hand of polished rod type Handle need to then be locked with holding screw 12-5）, hereafter pulling open heap paper car 9 makes disengaging chassis 1, to shake frame inclining regulation machine Structure 4, makes to shake frame 2 and reaches suitable gradient, starts vibrator 11, a folded stacker or material is then gradually put up, by heap paper Plate 5 carries, and because the plate is in inclined-plane, and have proper vibration frequency again, therefore every a piece of paper in stacker can move along slope direction Move to direction of motion angle both sides Zhi Huoliao and erected when touching two（Fence）Plate, so repeatedly until pile with, now all paper or material Through slope（Add vibration）, all to shake frame 2（Or add and move plate 10）The perpendicular frame plane heap that is defined it is neat, hereafter will can shake Frame inclining governor motion returns to regulation to shaking the vertical direction of frame 2 in advance.Hereafter heap paper car 9, Panasonic spiral latch 1-2 tri- are pushed into again Place, make heap cardboard 5 close to the surface of heap paper car 9, retract gear 6-4, remove chassis 1 together with whole fuselage, by heap paper car 9 into figure on Side is that front push-in paper guide is operated, and another heap paper car 9 is ready to move again together with heap cardboard 5 is put into track 7-1 Continue second of circulation for diagram lower section.

If rail wheel 8 is changed to spherical rail wheel 8-1, track 7 is changed to the track 7-1 that its shape is spill, then can be with rapid operation, it Can be turned round with random angle includes right angle, can exempt to move heap paper car 9 and heap cardboard 5.In the case where other working procedures are constant, by Fig. 3 knows：The track of heap paper car 9 becomes to be made up of vertical 7-1.1 and horizontal 7-1.3, and two heap paper cars 9 can be in track 7-1.1 Arbitrarily mobile arrangement, it is moved without manpower between 7-1.3：When First heap paper car 9 moves along track 7-1.1 or 7-1.3 During at the 7-1.1 in left side, the working range center that it can enter chassis 1 along the 7-1.3 of downside is operated, now to the greatest extent Although ttom of pipe frame 1 also may move together with whole mechanism, backspin makes and track by the swivel nut 8-1.5 of the spherical rail wheel of its bottom Be magnetic adhesive, always down operation this have slightly time-consuming anxiety, therefore take convenient method, i.e., heap paper car 9 is with rail method is walked, when the first car After carrying out, now the second car empty wagons up stops on the right side of track 7-1.3, when the full car of the first car is left along the following 7-1.3 of track Move, then upper left side 7-1.1 to upside 7-1.3 reaches right side 7-1.1 and turns go along 7-1.1 again again, then enters paper guide work , hereafter by second heap paper car 9 will again by it is above-mentioned walk rail program come again then the second heap paper again it is whole good, allow its return to put In the case where original place 7-1.3 upper rights wait the first car.So circulation.

As shown in Figure 16,17, the surface of heap cardboard 5 is concavo-convex strip structure, in its recess inserted with split cutting 5-1, the split cutting 5-1 are made up of at least two panels cutting main body 5-1.1 superpositions.

Small magnetic sheet 5-1.4 is installed on the cutting main body 5-1.1.

The recess afterbody of heap cardboard 5 is provided with 5- containing handle main body in buckle handle 5-1.5, the buckle handle 5-1.5 1.6th, tabletting 5-1.7, movable hook 5-1.8, pin 5-1.9, hook 5-1.10, magnetic sheet 5-1.11, mouth gear 5-1.12, the mouth keep off 5- 1.12 are arranged on the right side of buckle handle 5-1.5, and the movable hook 5-1.8 is fixed on handle main body 5-1.6 by pin 5-1.9, And movable hook 5-1.8 be located at pin 5-1.9 both sides weight it is inconsistent, heavier place is located at right side, and lighter movable hook 5-1.8 is left Side, is provided with tabletting 5-1.7 on handle main body 5-1.6, heavier movable hook 5-1.8 lower right sides be respectively equipped with hook 5-1.10 and Magnetic sheet 5-1.11, the hook 5-1.10 are provided with inclined-plane.

The split cutting 5-1 does not shut down paper feeding for paper guide, when each recess inserts some Split pluggings in heap cardboard 5 After bar 5-1, after then paper guide pair elevating mechanism is risen（Main lifting now drops to bottom and prepares to receive the second heap paper）Meet this Start automatic rise of secondary lifting behind cutting head and the tail both ends to prepare to cover by a remaining stacker, in the case where continuous paper has installed, Rise to its uppermost paper to collide with cutting, then decline secondary lifting and does not have to, continue to be worked automatically with main lifting, now can be with Split cutting 5-1 each bar upper piece 5-1.1 is gradually pumped, it is continuous to take out each middle 5-1.2 ..., until exhaust each, now paper carrying Fly up to that this small falling can be compensated automatically with flying up to the elasticity of upper resilient suction cups through lifting on machine, thus without production Life is abnormal and causes failure to be produced with waster.The cutting, to make its easy to use, separately addition of in addition to the narration of aforesaid operations Buckle handle 5-1.5, after each magnetic sheet 5-1.4 that each cutting piece is embedded into is mutually attracted, it has also become common cutting shape, they It can be easily inserted in after integration in buckle handle 5-1.5 left breach the bottom of to and meet mouth gear 5-1.12 and be blocked.Insert herein During, because of movable hook 5-1.8 in 5-1.9 because connecing 5-1.9 and and handle by hinge pin in the middle part of pin 5-1.9 and movable hook 5-1.8 Corresponding two apertures are affixed on main body 5-1.6, and again because movable hook 5-1.8 or so weight differs, its right side is heavier and makes its holding Such as figure position, its left side is because tabletting 5-1.7 stop just causes its balance, when cutting is combined into handle main body breach left side groove When, they first encounter the inclined-plane and hook 5-1.10 hook portions inclined-plane of movable hook lower right side（It is or micro- by the left of movable hook 5-1.8 with referring to Right side is set to be tilted under pin 5-1.9 point action）, convenient enter after its guiding and movable hook 5-1.8 are according to deadweight and magnetic sheet 5-1.11 suction and push, hook just enters in upper piece 5-1.1 holes naturally, magnetic sheet 5-1.11 can produce be close to a 5-1.1 or Other be exposed at upper position each, there is an adhesive force in it, and when piece number is reduced, hand easily perceives energy exact operations, because Bottom has been soared when piece number is few.If now pressed with finger from second cutting piece at the blank window among two mouthfuls of gear 5-1.2 On, push away it and do not allow, then firmly take out buckle handle 5-1.5 and move backward, then hook 5-1.10 clasps the rear lateral opening of a 5-1.1 In, then can extract out piece and, now no matter magnetic sheet 5-1.4 and following middle piece 5-1.2 the suction-combining force with a small amount of heap letterweight upper It is small power on piece 5-1.1, does not influence its extraction, such iterative cycles operation, last all to exhaust, then the tradition continues paper side Formula does not complete perfection with hindering.Piece number for forming split cutting 5-1, not less than two, its buckle handle 5-1.5 structure It is unlimited, this structure be only it is wherein a, it is such as most simple do not have to handle also can, only can also be pulled out with a small pike pole hole.

The present invention is not limited to the above-described embodiments, anyone should learn the present invention enlightenment under make it is close with the present invention Technical scheme, each fall within protection scope of the present invention.

Claims (28)

1. high-efficient simple sheet stacker, it is characterised in that：Including chassis（1）, shake frame（2）, shake frame inclining governor motion（4）, heap paper Plate（5）Retaining device is fixed with heap cardboard（6）Form, the chassis（1）By frame（1-1）With two risers（1-3）Form, described two Root riser（1-3）Positioned at frame（1-1）Both sides, and two risers（1-3）Upper end hole in rocker is installed（3）, the rocker （3）Respectively with shaking frame（2）Both sides are affixed, the heap cardboard（5）Positioned at shaking frame（2）Bottom and with heap cardboard fix retaining device （6）It is positioned, it is described to shake frame inclining governor motion（4）One end is with shaking frame（2）Connection, the other end and riser（1-3）Connection.

2. high-efficient simple sheet stacker according to claim 1, it is characterised in that：It is described to shake frame（2）For right angle angle heap paper Palisading type structure or flat structure.

3. high-efficient simple sheet stacker according to claim 1, it is characterised in that：It is described to shake frame inclining governor motion（4）By Regulation handle（4-1）, screw frame（4-2）, pin（4-3）Composition, the regulation handle（4-1）Penetrate screw frame（4-2）Withstand on and shake Frame（2）Non- middle position hole（4-5）Place, pin（4-3）By screw frame（4-2）It is positioned at riser（1-3）On.

4. high-efficient simple sheet stacker according to claim 3, it is characterised in that：The regulation handle（4-1）It is close to shake frame （2）Place is provided with cover plate（4-4）.

5. high-efficient simple sheet stacker according to claim 3, it is characterised in that：The regulation handle（4-1）It is changed to strut （4-1.1）, strut（4-1.1）One end, which is propped up, shakes frame（2）Non- middle position hole（4-5）Place, other end ejection screw frame（4-2）.

6. high-efficient simple sheet stacker according to claim 3, it is characterised in that：The pin（4-3）Also it is tight screw can be changed to Gu screw frame（4-2）.

7. high-efficient simple sheet stacker according to claim 1, it is characterised in that：It is described to shake frame（2）Vibration is installed on wall Device（11）.

8. high-efficient simple sheet stacker according to claim 1, it is characterised in that：The heap cardboard fixes retaining device（6）By Containing pivot point lever（6-1）, seat（6-2）, set（6-3）, gear（6-4）, bumping post or catch（6-5）Form, the seat（6-2）It is fixed on Shake frame（2）On, set（6-3）It is fixed present（6-2）Lower section, gear（6-4）Penetrate set（6-3）Hole in, and with set（6-3）Tail end Bumping post or catch（6-5）Linking, containing pivot point lever（6-1）Bottom and bumping post or catch（6-5）It is affixed.

9. high-efficient simple sheet stacker according to claim 1, it is characterised in that：The heap cardboard fixes retaining device（6）By Seat（6-2）, set（6-3）, gear（6-4）Form, the shelves（6-4）For screw-type, set（6-3）Inside there are the screw to match, the seat （6-2）With shaking frame（2）It is fixed, set（6-3）It is fixed present（6-2）Lower section, gear（6-4）Screw in set（6-3）In interior screw.

10. high-efficient simple sheet stacker according to claim 9, it is characterised in that：The gear（6-4）For the light of Straight pull Bar, its head installation rolling element（6-6）.

11. according to any described high-efficient simple sheet stackers of claim 8-9, it is characterised in that：The set（6-3）It is interior to load directly Bobbin is held.

12. high-efficient simple sheet stacker according to claim 1, it is characterised in that：The heap cardboard fixes retaining device（6）By Set（6-3）, hook-type gear（6-4.1）, pin（6-7）, spanner（6-8）, screw（6-9）, movable backing pin（6-10）Form, the set （6-3）With shaking frame（2）Bottom is affixed, is kept off by hook-type（6-4.1）Vertical body some areas are slotted, and keep off hook-type（6- 4.1）Up and down slidably, covering（6-3）Upper right side jut is provided with pin-and-hole and loads pin（6-7）, the pin（6-7）With spanner（6- 8）It is be hinged, spanner（6-8）Head upright direction is provided with hole, screw（6-9）Penetrate Kong Bingyu hook-types gear（6-4.1）Top is consolidated It is fixed, covering（6-3）Lower right protuberance has hole, and the hole is used to insert movable backing pin（6-10）.

13. high-efficient simple sheet stacker according to claim 1, it is characterised in that：The heap cardboard fixes retaining device（6）By Set（6-3）, hook-type gear（6-4.1）, hole stake（6-12）, rotary screw（6-11）Form, the set（6-3）With shaking frame（2）Bottom It is affixed, kept off by hook-type（6-4.1）Vertical body some areas are slotted, and keep off hook-type（6-4.1）Up and down slidably, covering （6-3）Top, hole stake（6-12）It is fixed on and shakes frame（2）On, rotary screw（6-11）Through hole stake（6-12）And kept off with hook-type（6- 4.1）Top is fixed so that rotary screw（6-11）Hook-type gear can be lifted（6-4.1）.

14. high-efficient simple sheet stacker according to claim 1, it is characterised in that：The heap cardboard fixes retaining device（6）By Set（6-3）, hook-type gear（6-4.2）, band axis cam（6-13）, handle（6-14）Form, set（6-3）With shaking frame（2）It is affixed, hook-type Gear（6-4.2）Penetrate set（6-3）In groove slidably, band axis cam（6-13）Installed in set（6-3）At the upper right corner, handle（6- 14）Installed in band axis cam（6-13）On.

15. high-efficient simple sheet stacker according to claim 1, it is characterised in that：The heap cardboard fixes retaining device（6）By Set（6-3）, hook-type gear（6-4.3）, frame（6-15）, thread head handle（6-16）, clinohedral（6-17）Form, the set（6-3） With shaking frame（2）It is affixed, hook-type gear（6-4.3）Installed in set（6-3）Groove in slidably, hook-type gear（6-4.3）Vertical portion Its top is slightly shorter, can there is the space of up and down motion, hook-type gear（6-4.3）Vertical direction is provided with and covered（6-3）Formation and clinohedral （6-17）The beveled aperture of integration, frame（6-15）It is fixed on set（6-3）Or shake frame（2）On, frame（6-15）Lower openings groove, is penetrated Thread handle（6-16）And with front clinohedral（6-17）Afterbody screw docks and can helical rotation.

16. high-efficient simple sheet stacker according to claim 1, it is characterised in that：The heap cardboard fixes retaining device by snail Bar（6-18）, bearing block（6-19）, worm gear（6-20）, worm-wheel shaft（6-21）, worm-wheel shaft location-plate（6-22）, hook-type gear（6- 4.5）Form, by worm gear（6-18）Installed in two bearing bracket（6-19）It is hinged in hole, and fixed bearing block（6-19）In shaking frame（2） On, worm gear is installed（6-20）In keyed worm-wheel shaft（6-21）Make to penetrate worm gear（6-20）In keyed hole, then hook-type is kept off（6- 4.5）Keyed hole penetrates worm-wheel shaft again（6-21）Keyed part, spindle nose part of the axle two without key is respectively penetrated correspondingly Shake frame（2）With worm-wheel shaft location-plate（6-22）Hole in be hinged, hook-type gear（6-4.5）The left end of horizontal direction is inserted in Worm-wheel shaft（6-21）It is interior bonded, worm-wheel shaft location-plate（6-22）It is affixed with shaking frame, worm-wheel shaft location-plate（6-22）Be for spill to In flute profile iron and two sideband positioning holes part, the net length of its both sides groove pin can just accommodate worm gear（6-20）Thickness with boss Degree is kept off with hook-type（6-4.5）Horizontal direction thickness sum and the cooperation for being easy to rotation, when hand worm screw（6-18）Left side handwheel just, During reversion, because of it and worm gear（6-20）Engagement and the worm gear that arrives（6-20）Generation rocks from side to side, and passes through worm-wheel shaft（6-21）Axle Main body carries out the transmission of torque with key, has driven hook-type gear（6-4.5）Rotate and cause right side hook portion to be moved up and down, worm gear （6-20）Radius size and hook-type keep off（6-4.5）The length of horizontal direction takes suitable dimension to determine that its hook produces the size of power It is suitable with up and down motion size, the dress of heap cardboard 5 is then produced when it moves up and down with unloading.

17. high-efficient simple sheet stacker according to claim 1, it is characterised in that：It is described to shake frame（2）Upper inner side is provided with shifting Plate（10）With some groups of shifting plate governor motions（12）, the shifting plate（10）For the palisading type structure or flat structure of plane, move Plate（10）Lower end length is close to heap cardboard（5）, the shifting plate governor motion（12）By polished rod handle（12-6）Form, the polished rod Handle（12-6）Through shaking frame（2）With moving plate（10）It is affixed.

18. high-efficient simple sheet stacker according to claim 17, it is characterised in that：The polished rod handle（12-6）By fastening Screw（12-5）Positioning.

19. high-efficient simple sheet stacker according to claim 17, it is characterised in that：The shifting plate governor motion（12）By spiral shell Revolve handle（12-1）, synchronizing wheel（12-2）, double semicircle centering plates（12-3）Form, in spiral handle（12-1）On be provided with long key Groove, and synchronizing wheel（12-2）Also there are keyway and retainingf key in hole, and spiral handle（12-1）Bar portion on be provided with sliding keyway, it is double Semicircle centering plate（12-3）Be for synchronizing wheel（12-2）Two pressing plates being slidably matched that rotation is employed, double semicircle centering plates can be made （12-3）It is mounted and fixed on and shakes frame（2）On, and make synchronizing wheel（12-2）Activity, which is located at, shakes frame（2）On, spiral handle（12-1） Sequentially pass through synchronizing wheel（12-2）, double semicircle centering plates（12-3）, shake structure or it is plate with move plate（10）On reverse counterbore connect Connect, make spiral handle（12-1）Rotatably.

20. high-efficient simple sheet stacker according to claim 19, it is characterised in that：The synchronizing wheel（12-2）On be provided with Timing belt（12-4）.

21. high-efficient simple sheet stacker according to claim 17, it is characterised in that：The shifting plate（10）On vibration is installed Device（11）.

22. high-efficient simple sheet stacker according to claim 1, it is characterised in that：The heap cardboard（5）Lower section is installed by rail Road（7）.

23. high-efficient simple sheet stacker according to claim 22, it is characterised in that：Two risers（1-3）Pacify lower end Equipped with rail wheel（8）, make riser（1-3）Can be along track（7）It is mobile, and rail wheel（8）Side is provided with spiral latch（1-2）, make it solid Orbit determination is taken turns（8）.

24. high-efficient simple sheet stacker according to claim 23, it is characterised in that：The track（7）For concave tracks（7- 1）, rail wheel（8）For spherical rail wheel（8-1）, by recessed hemisphere main body（8-1.1）, cue ball（8-1.2）, auxiliary ball（8-1.3）, cover plate（8- 1.4）Composition, the cue ball（8-1.2）Positioned at recessed hemisphere main body（8-1.1）It is interior, auxiliary ball（8-1.3）It is abound with recessed hemisphere main body（8- 1.1）With cue ball（8-1.2）Between vault cap and shade, the cover plate（8-1.4）With recessed hemisphere main body（8-1.1）Lower end is affixed.

25. high-efficient simple sheet stacker according to claim 24, it is characterised in that：In the recessed hemisphere main body（8-1.1） Periphery adds swivel nut（8-1.5）, swivel nut（8-1.5）Upper some elongated holes of band（8-1.6）, its lifting, recessed hemisphere are moved with bar shaped bar plate Main body（8-1.1）Upper corresponding position adds annular groove（8-1.7）If need positioning steady again, in swivel nut（8-1.5）Lower fringing（8-1.8）, And at edge（8-1.8）Interior addition strong magnetic piece（8-1.9）, while in track（7）The corresponding position shut down adds iron block（8-1.10）, To hold spherical rail wheel（8-1）.

26. high-efficient simple sheet stacker according to claim 1, it is characterised in that：The heap cardboard（5）Surface is concavo-convex Strip structure, in its recess inserted with split cutting（5-1）, the split cutting（5-1）By at least two panels cutting main body（5- 1.1）Superposition composition.

27. high-efficient simple sheet stacker according to claim 26, it is characterised in that：The cutting main body（5-1.1）Upper peace Equipped with small magnetic sheet（5-1.4）.

28. high-efficient simple sheet stacker according to claim 26, it is characterised in that：The heap cardboard（5）Recess afterbody is set There is buckle handle（5-1.5）, the buckle handle（5-1.5）In contain handle main body（5-1.6）, tabletting（5-1.7）, movable hook （5-1.8）, pin（5-1.9）, hook（5-1.10）, magnetic sheet（5-1.11）, mouth gear（5-1.12）, the mouth gear（5-1.12）It is arranged on Buckle handle（5-1.5）Right side, the movable hook（5-1.8）Pass through pin（5-1.9）It is fixed in handle main body（5-1.6）On, and Movable hook（5-1.8）Positioned at pin（5-1.9）The weight of both sides is inconsistent, and heavier place is located at right side, lighter movable hook（5-1.8） Left side, handle main body（5-1.6）On tabletting is installed（5-1.7）, heavier movable hook（5-1.8）Lower right side is respectively equipped with hook （5-1.10）And magnetic sheet（5-1.11）, the hook（5-1.10）It is provided with inclined-plane.