CN209535537U - A kind of material arrangement conveyer - Google Patents

Abstract

A kind of material of the utility model arranges conveyer, comprising: eliminate the baffle mechanism in storeroom gap, the baffle mechanism includes the front apron that front and back is arranged vertical in parallel and rear push plate, the driving front apron move downward the front apron driving portion for blocking material, the driving rear push plate pushes the rear push plate driving portion that material is moved to the front apron direction；Along short transverse, a U-type groove is respectively set in position therebetween on the front apron and rear push plate；Support the material supporting mechanism of material, including successively disposed in parallel second, a bracket up and down, described second, a bracket there is the bracket of the three uniform intervals setting for constituting fork shape.In this way, in gap between the vertical bracket being downwardly on second, one bracket of the plate of U-type groove two sides on front apron and rear push plate, push plate is mobile towards front apron after the driving of push plate driving portion afterwards, and the gap on two brackets between front apron and rear push plate between material is eliminated.

Description

A kind of material arrangement conveyer

Technical field

The utility model belongs to packaging machinery field, particularly relates to a kind of material arrangement conveyer.

Background technique

During to put the number of plies be more than two layers, quantity is big, bulky material realizes automatically casin, at all layers After material is detached from the support of the bracket of support material, top layer material is under gravity during free-falling, if do not had Control mechanically will appear disorderly and unsystematic situation, be unfavorable for the subsequent carton for being pushed into forming and subsequent other craters Skill；

As stacked three layers of material in Fig. 8, every layer of material has bracket support, during material is dynamic to crater's displacement, Material gradually disengages the support of bracket, the height difference after material completely disengages the support of bracket, between first and second layer of material The height of one bracket, second layer material are directly born against on first layer material, and second layer material, which will not generate, topples over, but third Layer material is when being pressed on second layer material, the height of two brackets of difference in height between two layers, and third layer material is placed directly in the The state toppled over is easy to produce on two layers of material.

Utility model content

In view of this, the main purpose of the utility model is to provide materials to arrange conveyer, with solve to eliminate it is two rows of or Gap between two rows of above materials.

A kind of material arrangement conveyer, setting is in 6 material aggregation station of conveying mechanism and is located at by the material aggregation station Material vanning station 7 between comprising:

Material supporting mechanism 1 includes successively disposed in parallel second, one bracket 14,15 up and down, drives two bracket vertical Bracket at the material aggregation station goes up and down driving portion, make the material for successively reaching material aggregation station be sent to this two Three layers of arrangement of material are formed on conveying roller at bracket and the material aggregation station；

Baffle mechanism 2 includes moving the front apron 21 positioned at 21 push plate 23 of front apron that the material two sides of three layers of arrangement are arranged The front apron driving portion of material can be blocked, the rear push plate driving portion of front apron direction movement described in the rear push plate 23 is driven；

Sucking disc mechanism 4 includes that the sucker 41 being arranged downward above the top layer material of the material of three layers of arrangement moves the suction The sucker of disk 41 goes up and down driving portion；

Delivery device 3 drive 4 step of sucking disc mechanism described in the baffle mechanism 2 in the material aggregation station and the object Back and forth movement between material boxing station.

By upper, front apron driving portion drives front apron downward, and the plates of the U-type groove two sides on front apron and rear push plate is vertical It is downwardly into the gap between the bracket on the first and second bracket, push plate is mobile towards front apron after rear push plate driving portion driving, will The gap between the material on two brackets and conveying roller between front apron and rear push plate eliminates.

Preferably, each sucker 41 of the sucking disc mechanism 4 the upper and lower of the top of push plate 23 after the front apron 21 is stated is put down On first and second plate 42,43 of row setting, the sucker lifting driving portion is assemblied in the third plate 44 positioned at the second plate 43 Drive second plate 43；

The lifting driving portion includes a pair of of cylinder or hydraulic cylinder, and cylinder or hydraulic cylinder are arranged described the in top for this On three plates.

, can be when the second bracket move up by the way that sucker is arranged on top layer material top by upper, third layer material (top layer material) is sucked by sucker, and under the driving of delivery device, after material reaches vanning station, material is had been detached from this time Bracket, sucker lifting driving portion driving sucker are moved downward close to second layer material, when close to second layer material, by third layer object Material is placed directly on second layer material, is generated and is toppled over when third layer material being prevented to be placed on second layer material.

Preferably, 21 push plate 23 of front apron has an at least U-type groove 211 or 231 for downwardly facing opening；

First and second bracket 15,14 has the spaced horizontal strut 141 for constituting fork shape

The horizontal strut is set to pass through corresponding U-type groove, 21 push plate 23 of front apron enters in the first and second bracket 15,14 and quilt Driving movement.

By upper, front apron and rear push plate can be injected in bracket, and hold material to material under the driving of delivery device Crater's displacement is dynamic, and material progressively disengages the support of bracket in the process of moving, and second layer material is made to directly bear against first layer On material, third layer material is by sucker sorption, and when second layer material is pressed on first layer material, sucker is driven to lower fortune It is dynamic, third layer material is placed on second layer material, prevents third material from toppling over.

Preferably, the front apron driving portion includes and the planar linkage mechanism of the front apron 21 and the driving plane The planar linkage driving portion of link mechanism rotation；

The planar linkage mechanism includes the first to the 5th connecting rod, and first and second connecting rod 2221,2222 ends are hinged, Third and fourth described connecting rod 2223,2224 ends are also hinged, and first and second connecting rod is parallel with third and fourth connecting rod difference Setting, the both ends of the 5th connecting rod 2225 respectively with the non-articulated of first and third connecting rod 2221,2223 of fixed setting End is connected, and described second, the end of the non-articulated of double leval jib 2222,2224 is connected with the front apron 21 respectively.

Preferably, the planar linkage driving portion be 221 bar of a cylinder or 221 cylinder of hydraulic cylinder or hydraulic cylinder end with The second connecting rod 2222 is connected, and the fixed point of the extension bar is to the second connecting rod 2222 and the first connecting rod 2221 Hinged end and be 1:3 with the ratio of distances constant of 21 fixed end of front apron.

By upper, by being arranged cylinder or hydraulic cylinder on second connecting rod, so that it may entire planar linkage mechanism be driven to transport It is dynamic, and the fixed point of the extension bar is consolidated to the hinged end of the second connecting rod and the first connecting rod and with the front apron The ratio of distances constant of fixed end is 1:3, is exaggerated the movement travel of cylinder or hydraulic cylinder.

Preferably, the material supporting mechanism further include:

What first bracket 15 moved second bracket 14 is assemblied in 16 first driving portion of connecting plate being vertically arranged；

The connecting plate 16 states bracket lifting driving portion driving lifting.

By upper, third layer bracket is operated alone by the first driving portion and is moved upwards with material, is sucked, passes through by sucker Bracket goes up and down the conveying mechanism plane that driving portion drives two brackets to move up and down and convey material and maintains an equal level, convenient for material to be sent into In each bracket.

Preferably, first driving portion is the lifting cylinder that stretches out upwards of an extension bar or lifting hydraulic cylinder, described the Two brackets 14 state the top of extension bar and its end is connected；

The bracket lifting driving portion is leadscrew-nut mechanism comprising the ball-screw being vertically arranged drives the rolling First driving motor 18 of ballscrew rotation states 112 connecting plate 16 of nut being arranged on ball-screw.

Preferably, the delivery device 3 includes the second belt of the rotation of the second driving motor 31 described in the second driving motor 31 36 set the lower part of the sliding panel 37 described in 36 sliding panel 37 of the second belt and its elevating mechanism 5 that is connected in the elevator 5 lower part of structure is fixed with sucking disc mechanism 4 described in the baffle mechanism 2

The sliding rail 39 of 38 its underpart of sliding block described in the sliding panel 37 38 rows of connected two rows of sliding blocks slides.

By upper, delivery device and baffle mechanism and sucking disc mechanism are connected, when the sliding panel of delivery device moves horizontally, sucker Sorption top layer material, prevents top layer material from toppling in this movement, and front apron and rear push plate hold the material after eliminating gap, Prevent the material loosening put in order.

Sliding block is arranged to slide along sliding rail level, enhances the stationarity of the material movement of delivery device lower part.

Preferably, cylinder or hydraulic cylinder that 5 one extension bar of elevating mechanism extends downwardly, the end of the extension bar and institute State third plate 44.

Detailed description of the invention

Fig. 1 is the structural schematic diagram that a kind of material arranges conveyer；

Fig. 2 is one of the structural schematic diagram of material supporting mechanism；

Fig. 3 is the second structural representation of material supporting mechanism；

Fig. 4 is the structural schematic diagram of baffle mechanism；

Fig. 5 is the structural schematic diagram of front apron driving portion；

Fig. 6 is front apron driving portion movement travel schematic diagram；

Fig. 7 is the structural schematic diagram of delivery device；

Fig. 8 is the structural schematic diagram in background technique.

Specific embodiment

Fig. 1 is the structural schematic diagram that a kind of material arranges conveyer comprising supports the material supporting mechanism 1 of material, disappears Except the baffle mechanism 2 in gap between material, the delivery device 3 of the material push-in carton behind gap will be eliminated, by the material of top layer It is sucked and by sucking disc mechanism 4 that top layer material is placed on time top layer material and makes baffle mechanism 2 under the drive of delivery device 3 The elevating mechanism 5 of certain distance is moved up and down with sucking disc mechanism 4.

Material supporting mechanism 1

Fig. 2 and Fig. 3 is the structural schematic diagram of material supporting mechanism 1 comprising (the bracket lifting driving of ball-screw machine 11 Portion), wherein ball-screw machine 11 includes the ball-screw (not shown) being arranged in column 111, is set in ball-screw On nut 112；Material supporting mechanism 1 further includes from second, one bracket of support material disposed in parallel and driving up and down The first lifting cylinder 12 that the extension bar that second bracket moves up and down stretches out upwards, supporting plate 13 are solid in top and the stretching boom end Even, the second bracket 14 is placed in the top of supporting plate 13 and is connected therewith, the first lifting cylinder 12 and the first bracket up and down respectively with it is perpendicular The connecting plate 16 being directly arranged is vertically connected, and connecting plate 16 and nut 112 are connected；The extension bar of first lifting cylinder 12 stretches out upwards When, the supporting plate 13 being connected with extension bar is moved upwards with the second bracket 14, and the material on the second bracket 14 is held up quilt upwards Aftermentioned sucker is sucked；The driving of the first driving motor 18 (please referring to Fig. 1) and the motor output shaft of 111 upper end of column are set Connected ball screw turns, nut 112 are moved up and down along ball-screw, are moved up and down with two brackets, in order to make The plane of the conveying mechanism 6 of each bracket and conveying material maintains an equal level, and smoothly enters material on bracket.

First and second bracket includes spaced three horizontal struts 141 and the connection for connecting three horizontal struts 141 Plate 142, three horizontal struts 141 and connecting plate 141 constitute fork shape, between facilitating aftermentioned rear push plate 23 to pass through between bracket Gap pushes the material on bracket.

Baffle mechanism 2

Fig. 4 is the structural schematic diagram of baffle mechanism 2, and baffle mechanism 2 includes the front apron 21 being vertically arranged, driving front apron 21 do the front apron driving portion 22 that plane motion moves up and down it, with the rear push plate 23 of the spaced and parallel setting of front apron 21 and The rear push plate driving portion 24 that push plate 23 is moved back and forth horizontally to 21 direction of front apron after driving.

Fig. 5 is the structural schematic diagram of front apron driving portion 22 comprising planar linkage mechanism 222 and driving planar linkage Planar linkage driving portion, planar linkage mechanism 222 include the first connecting rod 2221 and second connecting rod 2222 that end is hinged, end The third connecting rod 2223 and fourth link 2224 being hinged, wherein the first and second connecting rod is symmetrically arranged with third and fourth connecting rod, Horizontally disposed 5th connecting rod 2225 end with 2223 non-articulated of the first connecting rod of fixed setting 2221 and third connecting rod respectively It is connected, the end of 2224 non-articulated of second connecting rod 2222 and fourth link and the side upper end of front apron 21 are connected, and second, four connect Bar can be respectively around the first and third link rotatable；Planar linkage driving portion be front apron cylinder 221, front apron cylinder 221 with it is aftermentioned The second lifting cylinder 5 be connected, the stretching boom end of front apron cylinder 221 is fixed on second connecting rod 2222, wherein before Baffle cylinder 221 stretches out boom end fixed point and arrives second connecting rod 2222 and first connecting rod hinged end and second connecting rod 2222 respectively The distance between fixing end of front apron is 1:3, as shown in fig. 6, A, C and B are respectively that the both ends of second connecting rod and cylinder are stretched The fixed point of rod, the ratio between the distance between AB and AC are 1:4, and when the extension bar of front apron cylinder 221 stretches out, A point is motionless, the Two connecting rods 2222 are rotated around first connecting rod 2221, and front apron cylinder 221 and the fixed point of second connecting rod 2222 are turned to from B point The tie point of E point, second connecting rod 2222 and front apron turns to D point from C point, and AC is isometric with AD, and AB is isometric with AE, triangle ABE is similar to triangle ACD, BE:CD=AB:AC=4, so the stroke BE of 221 extension bar of front apron cylinder and front apron 221 The ratio of movement travel be 1:4, this is equivalent to the stroke for expanding 221 extension bar of front apron cylinder.

In order to enhance the intensity of second, double leval jib, second, double leval jib be all made of double rod respectively with the first and third connecting rod and preceding Baffle connection.

With continued reference to Fig. 4, rear push plate driving portion 24 is the rear push plate cylinder 24 that an extension bar stretches out horizontally outward, setting Lower end in aftermentioned third plate 44 and connected, connected connection of the extension bar end vertical of rear push plate cylinder 24 with it Plate, the connecting plate and rear push plate 23 are connected, and when the extension bar of the rear push plate cylinder 24 stretches out, push rear push plate 23 far from front apron 21, when extension bar retracts, rear push plate 23 pushes the material in front of it and moves to front apron 21, while front apron 21 is in front apron gas It is fallen under the driving of cylinder 221 from oblique upper, blocks the material on two brackets and conveying roller, continued in rear push plate to front apron side During movement, the gap of the storeroom between front apron 21 and rear push plate 23 is eliminated.

One U-lag, respectively U are set in middle position respectively along its short transverse on front apron 21 and rear push plate 23 Shape slot 211 and U-lag 231, width of the width slightly larger than the bracket on the first and second bracket of the two U-lags, 21 He of front apron The width of the both side plate of the U-lag in push plate 23 is less than the gap width between the bracket on the first and second bracket afterwards, in this way, front The both side plate of plate 21 and the U-lag in rear push plate 23 can be vertical the bracket passed through on the first and second bracket between gap, preceding Baffle 21 and rear push plate 23 clipped under the drive of aftermentioned sucking disc mechanism 4 material it is dynamic to crater's displacement during, material Just it is detached from from the first and second bracket.

Sucking disc mechanism 4

With continued reference to Fig. 4, sucking disc mechanism 4 includes sucker (41) and the sucker lifting driving portion that driving head sucker is gone up and down；If Set first plate 42 on the top between rear push plate 23 and front apron 21 and setting normal thereto, in the top of the first plate 42 Successively the second plate 43 and third plate 44 of parallel interval setting, is arranged in parallel in along the length direction of the first and second plate Two rows of suckers 41 on first and second plate, every row are respectively provided with 4；It includes two cylinders being vertically arranged that sucker, which goes up and down driving portion, 45 and 46, the boom end that stretches out of two cylinder is connected in the top of third plate 44 and third plate 44, between second and third plate It is connected by connector, in this way, when the extension bar of two cylinders 45 and 46 is extended downwardly or retracted upwards, with being moved down on sucker It is dynamic, the top layer material that sucker is sucked is placed directly in time top to facilitate to be detached from bracket posterior sucker in material and move downward certain distance On layer material.

Delivery device 3

With reference to Fig. 7, delivery device 3 is a pulley transmission mechanism comprising the second driving motor 31, the first belt pulley 33, the first belt 32 on the output shaft of the first belt pulley 33 and the second driving motor 31 is set and the first belt pulley 33 is same Second belt pulley 34 of axis setting, is set in second and third skin at the third belt pulley 35 being oppositely arranged with the second belt pulley 34 interval The second belt 36 on belt wheel, the sliding panel 37 being fixed in 36 lower layer of the second belt are fixed on it in the lower section of sliding panel 37 Two rows of sliding blocks 38 and sliding block 38 on lower surface along the fixed setting of line sliding a pair of of sliding rail 39, wherein every row's sliding block 38 are all arranged two, in order to increase the stabilization slided；

When the rotation of the second driving motor 31, the first belt 32 drives rotation, the first belt by the output shaft of driving motor 33 being rotated by the first belt 32 are taken turns, the second belt pulley 34 is rotated coaxially with the first belt pulley 33,36 quilt of the second belt Driving third belt pulley 35 rotates while driving rotation, is fixed on the sliding panel 37 on the second belt 36 by 36 band of the second belt Dynamic to be horizontally moved, the two rows of sliding blocks 38 for being fixed on 37 lower part of sliding panel are mobile respectively along a pair of of sliding rail 39, increase with The stability that second lifting cylinder 5 connected material supporting mechanism 1, baffle mechanism 2 and sucking disc mechanism 4 move horizontally.

Elevating mechanism 5

One second lifting cylinder 5 (elevating mechanism 5), second liter be vertically arranged is also fixedly installed in the lower part of sliding panel 37 The extension bar of sending down abnormally ascending cylinder 5 extends downwardly, and the stretching boom end and third plate 44 are connected, one end of the first and third connecting rod non-articulated It is connected with the second lifting cylinder 5, in this way, when the extension bar of the second lifting cylinder 5 is extended downwardly or retracted upwards, baffle mechanism 2 and sucking disc mechanism 4 all move up and down therewith；When driving motor 31 rotates simultaneously, sliding panel 37 is under the drive of the second belt 36 It moves horizontally, baffle mechanism 2 and sucking disc mechanism 4 also carry out water while moving up and down under the driving of the second lifting cylinder 5 Translation is dynamic, cases so that material is transplanted on vanning station.

The working principle for arranging conveyer to the material below is illustrated；

When work, ball-screw rotates under the action of the first driving motor 18,112 band of nut being set on ball-screw Two brackets be moved downwardly to the second bracket 14 and the conveying mechanism 6 in front maintains an equal level, transported material to convenient for conveying mechanism 6 On second bracket 14, after the spaced packaged material of three rows is sent on the second bracket 14, the driving rolling of the first driving motor 18 Ballscrew rotation, nut 112 is moved up to be moved upwardly together with two brackets, and the first bracket and conveying mechanism 6 is made to maintain an equal level, Transported material on the first bracket convenient for conveying mechanism 6, after having the material at three row intervals on the first bracket, ball-screw after Continuous rotation continues to move up nut 112, in order to which material is directly sent on conveying roller by conveying mechanism.

24 extension bar of push plate cylinder (initial position is that extension bar stretches out state) retracts afterwards, and rear push plate 23 pushes in front of it Material is mobile, while the extension bar of front apron cylinder 221 stretches out, and front apron 21 moves down, and blocks the material on two brackets, Push plate 23 continues forward, to eliminate the gap between three row's materials of every layer on two brackets and conveying roller after at this time；Then The extension bar of first lifting cylinder 12 stretches out upwards, moves upwards the second bracket 14 with material thereon, by material top Sucker 41 be sucked；Then the second driving motor 31 rotates, and sliding panel 37 is under the drive of the second belt 36 to driving motor 31 Direction move horizontally, front apron 21 and rear push plate 23 hold the material on two brackets and conveying roller and follow sliding panel 37 1 Movement is played, departing from the support of two brackets in material gradually forward movement, by 23 front and back of front apron 21 and rear push plate Vanning station 7 to be cased is sent under clamping, in material into vanning 7 motion process of station, sucker sorption third layer object always Expect that after material is detached from three brackets, the height of a bracket is differed between first and second layer of material to the vanning movement of station 7, the When two layers of material are placed directly on first layer material, second layer material will not topple over, and differ two between second and third layer of material at this time A bracket height, if directly third layer material is placed on second layer material, third layer material has the possibility toppled over, cylinder 45,46 extension bar extends downwardly, and makes to produce sucker later downwards close to second layer material by the third layer material of sucker sorption The vacuum generator air pressure of raw negative pressure increases, and the negative pressure at sucker disappears, and third layer material is placed directly in above second layer material, Toppling over for third layer material is prevented, then the extension bar of cylinder 45,46 retracts, and is returned to the shape that can adsorb third layer material State is blocked in front apron and rear push plate return course by conveying mechanism 6 in order to prevent because conveying mechanism 6 is higher than vanning station, The extension bar of second lifting cylinder 5 retracts, and moves upwards certain distance with baffle mechanism and sucking disc mechanism, then the second driving Motor 31 inverts, and sliding panel 37 is moved with baffle mechanism, sucking disc mechanism and the second lifting cylinder 5 to material supporting mechanism direction It is dynamic, while the extension bar of the second lifting cylinder 5 stretches out, the extension bar of rear push plate cylinder and front apron cylinder stretches out respectively with It retracts, return to rear push plate 23 keeps conveying mechanism 6 defeated close to two brackets to increase the feed inlet size that material enters supporting plate The material sent can be smoothly sent on bracket, and front apron is lifted up, after waiting front aprons and rear push plate to be restored to position, second The extension bar of lifting cylinder 5 extends downwardly, and moves downward certain distance with baffle mechanism and sucking disc mechanism, and ballscrew rotates, Nut 112 moves down, and moves downwardly together with two brackets, and the second bracket and conveying mechanism is made to maintain an equal level, and completes a dress Case technique.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model Protection scope within.

Claims (9)

1. a kind of material arranges conveyer, be arranged in the material aggregation station of the conveying mechanism (6) be made of multiple conveying rollers with Between material vanning station (7) by the material aggregation station, characterized in that it comprises:

Material supporting mechanism (1), including second, one bracket (14,15) disposed in parallel up and down, drive two bracket vertical to pass through Bracket at the material aggregation station goes up and down driving portion, and the material for successively reaching material aggregation station is made to be sent to two bracket With three layers of arrangement for forming material on the conveying roller at the material aggregation station；

Baffle mechanism (2), front apron (21) and rear push plate (23) including being located at the material two sides setting of three layers of arrangement, drives institute The front apron driving portion of material can be blocked by stating front apron (21) lifting, drive the rear push plate (23) can be to the front apron direction The rear push plate driving portion of movement；

Sucking disc mechanism (4), including being located at the sucker (41) and driving that the top layer material top of material of three layers of arrangement is arranged downward The sucker of sucker (41) lifting goes up and down driving portion；

Delivery device (3) drives the baffle mechanism (2) synchronous with the sucking disc mechanism (4) in the material aggregation station The back and forth movement between material vanning station.

2. material according to claim 1 arranges conveyer, which is characterized in that each sucker of the sucking disc mechanism (4) (41) it is assemblied in upper and lower first and second plate disposed in parallel on the top between the front apron (21) and the rear push plate (23) On (42,43), the sucker lifting driving portion is assemblied on the third plate (44) above the second plate (43), drives institute State the second plate (43) lifting；

The lifting driving portion includes a pair of of cylinder or hydraulic cylinder, this cylinder or hydraulic cylinder is arranged in top flat in the third On plate.

3. material according to claim 1 or 2 arranges conveyer, which is characterized in that

The front apron (21) and rear push plate (23) are provided with an at least U-type groove (211 or 231) for downwardly facing opening；

First and second bracket (15,14) has the spaced horizontal strut (141) for constituting fork shape；

The horizontal strut is set to pass through corresponding U-type groove, pluggable first and second bracket of front apron (21) and rear push plate (23) (15, 14) it is moved in and by driving.

4. material according to claim 1 arranges conveyer, which is characterized in that the front apron driving portion include with it is described The connected planar linkage mechanism of front apron (21) and the planar linkage driving portion for driving the planar linkage mechanism rotation；

The planar linkage mechanism includes the first to the 5th connecting rod, and the first and second connecting rod (2221,2222) end is hinged, institute It is also hinged to state third and fourth connecting rod (2223,2224) end, and first and second connecting rod is parallel with third and fourth connecting rod difference Setting, the both ends of the 5th connecting rod (2225) the non-hinge with first and third connecting rod (2221,2223) of fixed setting respectively The end that connects is connected, described second, the end of the non-articulated of double leval jib (2222,2224) respectively with the front apron (21) side It is connected.

5. material according to claim 4 arranges conveyer, which is characterized in that the planar linkage driving portion is a cylinder Or hydraulic cylinder (221), the end and the second connecting rod (2222) of the extension bar of the cylinder or hydraulic cylinder (221) are connected, and The fixed point of the extension bar to the second connecting rod (2222) and the first connecting rod (2221) hinged end and with it is described before The ratio of distances constant of the fixing end of baffle (21) is 1:3.

6. material according to claim 1 arranges conveyer, which is characterized in that the material supporting mechanism further include:

First driving portion of first bracket (15) and driving second bracket (14) lifting is assemblied in one and is vertically arranged On connecting plate (16)；

The connecting plate (16) is by bracket lifting driving portion driving lifting.

7. material according to claim 6 arranges conveyer, which is characterized in that

First driving portion be the lifting cylinder that stretches out upwards of an extension bar or lifting hydraulic cylinder, second bracket (14) in The top of the extension bar and its end are connected；

The bracket lifting driving portion is leadscrew-nut mechanism comprising the ball-screw being vertically arranged drives the ball wire The first driving motor (18) of thick stick rotation, the nut (112) being arranged on the ball-screw and the connecting plate (16) are connected.

8. material according to claim 2 arranges conveyer, which is characterized in that the delivery device (3) includes the second drive Dynamic motor (31), the second belt (36) rotated by second driving motor (31) driving, setting are in second belt (36) sliding panel (37) on, the lower part of Yu Suoshu sliding panel (37) are connected an elevating mechanism (5) with it, Yu Suoshu elevating mechanism (5) lower part is fixed with the baffle mechanism (2) and the sucking disc mechanism (4)；

Be connected two rows of sliding blocks (38) in the lower part of the sliding panel (37), sliding block (38) described in every row along its underpart sliding rail (39) horizontal sliding.

9. material according to claim 8 arranges conveyer, which is characterized in that the elevating mechanism (5) is an extension bar The cylinder or hydraulic cylinder extended downwardly, the end of the extension bar and the third plate (44) are connected.