CN204896486U - Automatic system that stocks in of iron plate - Google Patents
Automatic system that stocks in of iron plate Download PDFInfo
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- CN204896486U CN204896486U CN201520531467.9U CN201520531467U CN204896486U CN 204896486 U CN204896486 U CN 204896486U CN 201520531467 U CN201520531467 U CN 201520531467U CN 204896486 U CN204896486 U CN 204896486U
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- pallet
- roller
- access machine
- shelf
- iron plate
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Abstract
The utility model discloses an automatic system that stocks in of iron plate and method belong to the storage logistics equipment field, provide one kind and need not to have pitched the automatic method of stocking in of iron plate that can conveniently stock the pallet automatic system that stocks in of iron plate of goods shelves in and adopt this system with the pallet, access machine, goods shelves, be used for bearing the pallet and the pallet cargo airplane of iron plate including the pallet. The utility model discloses a gyro wheel drives places the pallet horizontal migration on the gyro wheel to combine lever mechanism to be used together, can realize the access operation on goods shelves of pallet, and access the operation after need not to have pitched the pallet through fork truck again, the utility model discloses can transport the pallet to the pallet access machine on from the pallet cargo airplane, remove again to the goods shelves on, it is simple that process operation is stocked in to its whole pallet, owing to adopt the gyro wheel structure, corresponding drive power can reduce greatly simultaneously.
Description
Technical field
The utility model relates to Storage and circulation equipment field, particularly relates to a kind of iron plate automatically stored in system.
Background technology
At present, pallet to be placed on shelf or normally to be forked by pallet by fork truck from the work flow that shelf take out pallet, is then directly placed on shelf table top or from shelf and takes out; One conveniently requires that operating personnel has consummate fork truck skill, right in material is heavier on the other hand, as being placed on the materials such as the iron plate for needing to carry out radium-shine processing in pallet, and the weight of this type of iron plate often can reach hundreds of kilogram even several thousand kilograms time, if appointing after so adopting fork truck to be forked together by the pallet that iron plate is housed is placed on corresponding shelf again, then higher to the requirement of fork truck load-carrying capacity, and for operating personnel, fork so heavy material, also there is potential safety hazard.
Utility model content
The technical matters that the utility model solves be to provide a kind of solve the problem without the need to pallet is forked can conveniently by pallet stored in the iron plate of shelf automatically stored in system and adopt the automatic store method of the iron plate of this system.
The utility model solves the technical scheme that its technical matters adopts: iron plate automatically stored in system, comprise pallet access machine, shelf, for carrying pallet and the pallet transport plane of iron plate;
Described pallet access machine comprises liftable crane and access machine frame, and described access machine frame is arranged on crane; Access machine frame is provided with two row's rollers for transporting and carry pallet, and described two row's pairs of rollers should be arranged on the both sides of access machine frame; Access machine frame is also provided with driver train, and the often row pair of rollers in access machine frame should be provided with a driver train, and this driver train is for driving the roller synchronous axial system of corresponding row; In access machine frame, the side of pallet turnover is provided with lever body;
Described shelf are arranged on the side of pallet access machine, and shelf comprise the pallet placed layer that multiple-layer horizontal is arranged, and the side of every layer of pallet placed layer is pallet turnover side, and its excess-three side is gear side, and it is corresponding that described pallet turnover side and pallet access machine; Every layer of pallet placed layer is provided with along pallet turnover direction the free tugboat of two rows for supporting pallet, and the two free tugboats of row and two on pallet access machine to arrange roller corresponding;
Described pallet transport plane comprises transport plane frame, and transport plane frame is provided with two row's rollers, and this two rows pair of rollers should be arranged on the both sides of transport plane frame, and two row's rollers in transport plane frame and two in the machine of access frame to arrange roller corresponding; Transport plane frame is provided with driver train, and the often row pair of rollers in transport plane frame should be provided with a driver train, and this driver train is for driving the roller synchronous axial system of corresponding row;
Pallet is provided with two skate grooves, and it is corresponding that described two skate grooves and two on pallet access machine arrange roller;
Pallet can be allocated on pallet access machine from shelf or be allocated on shelf by pallet from pallet access machine by described lever body;
Described crane can by the lifting of access machine frame to corresponding with every layer of pallet placed layer on shelf respectively.
Further: described shelf have two, the both sides of what two shelf were symmetric be arranged on pallet access machine; From the bottom of one of them shelf through rear, described pallet transport plane to access with pallet that machine is corresponding to be arranged.
Further: described lever body comprises driving lever driver train, swing arm, driving lever and bearing, one end of described swing arm is connected with the rotating shaft of driving lever driver train, and the other end installs driving lever, and described bearing carrier ring is located on driving lever; The shifting block with the outer rolling surface corresponding matching of bearing is respectively arranged with in the front side of pallet and rear side.
Further: described crane is made up of firm banking, crossbar, supporting seat and hydraulically extensible bar, and described frame is arranged on supporting seat; Described crossbar is arranged between firm banking and supporting seat; The base end of described hydraulically extensible bar is hinged on firm banking, and its telescopic end is hinged on the middle part of crossbar; By the flexible lifting that can realize supporting seat of hydraulically extensible bar.
Further: each roller comprises tugboat, the first sprocket wheel and the second sprocket wheel, be arranged in the first sprocket wheel on a roller in the middle of row's roller and the second sprocket wheel to be coordinated by corresponding sprocket wheel synchrodrive on adjacent with the both sides respectively roller of chain.
Further: the drive end of driver train is provided with the first drive sprocket and the second drive sprocket, described driver train one row roller in wherein between two adjacent rollers; Described first drive sprocket is connected by chain gear with the first sprocket wheel in the adjacent rollers of side; Described second drive sprocket is connected by chain gear with the second sprocket wheel in the adjacent rollers of opposite side.
Further: on pallet, be provided with limiting block, every layer of pallet placed layer is provided with spacing preiection, and described limiting block is corresponding with described spacing preiection; And when pallet puts into desired location on pallet placed layer, described limiting block coordinates with described spacing preiection is spacing; Described limiting block is " V " shape slope structure; Described spacing preiection is spring pin.
Further: horn structure is arranged at the two ends of each race; Each free tugboat is enclosed with one deck anti-slip rubber layer.
Further: in frame, be provided with vertical kidney slot, described driver train can move up and down being arranged on above-mentioned kidney slot of adjustment by bolt.
In addition, the utility model provides a kind of and adopts above-mentioned iron plate automatically stored in the automatic store method of iron plate of system, comprises the steps:
A, the pallet being placed with iron plate is placed on pallet transport plane;
B, the operation of pallet transport plane, be transported on pallet access machine by pallet;
C, crane lift work, by the pallet lifting on pallet access machine to assigned address, make pallet corresponding with the pallet placed layer of desired location on shelf;
D, driver train operation, mobile pallet is on the pallet placed layer on shelf;
E, after the roller on pallet and pallet access machine disengages relation, lever body operation, and pallet is allocated on corresponding pallet placed layer from pallet access machine.。
The beneficial effects of the utility model are: by arranging roller on pallet access machine and pallet transport plane, shelf arrange the structures such as free tugboat, rotated by corresponding driver train driving rolls simultaneously, the pallet parallel motion be placed on roller can be driven by roller, and then the movement of pallet on pallet access machine and pallet transport plane and shelf can be realized, realize the automatic stored in operation of pallet, pallet can be transported to pallet access machine from pallet transport plane, then move on shelf; And when pallet reaches moving boundary, then by the further movement of lever body by pallet, finally pallet can be moved on shelf completely, make pallet can be driven to move by the rolling of roller; Simultaneously by arranging liftable crane, pallet access machine can be regulated according to the pallet placed layer of differing heights on shelf, being convenient to automatically place pallet.Machine is accessed by adopting pallet described in the utility model, owing to only needing the parallel motion driving pallet, can realize pallet stored in operation, and owing to adopting roller and tugboat structure, therefore pallet only need relative movement pallet on pallet access machine and shelf stored in process, only the less propulsive effort of needs just can complete; Whole operating process is very convenient.
Accompanying drawing explanation
Fig. 1 is birds-eye view of the present utility model;
Fig. 2 is lateral plan of the present utility model;
Fig. 3 is the birds-eye view of shelf;
Fig. 4 is the front view of shelf;
Fig. 5 is the lateral plan of shelf;
Fig. 6 is the enlarged diagram of regional area A in Fig. 4;
Fig. 7 is the enlarged diagram of regional area B in Fig. 5;
The structural representation of Fig. 8 race;
Fig. 9 is the structural representation of crane;
The birds-eye view of Figure 10 pallet access machine;
Figure 11 is the front view of pallet access machine;
Figure 12 is the lateral plan of pallet access machine;
Figure 13 is the enlarged diagram of regional area C in Figure 10;
Figure 14 is the enlarged diagram of regional area D in Figure 11;
Figure 15, Figure 16 are the local structure schematic diagram that pallet is dialled in process by lever body;
Figure 17 is the front view of lever body;
Figure 18 is the birds-eye view of lever body;
Figure 19 is the lateral plan of lever body;
Figure 20 is the birds-eye view of pallet transport plane;
Figure 21 is the front view of pallet transport plane;
Figure 22 is the lateral plan of pallet transport plane;
Be labeled as in figure: pallet access machine 1, crane 11, firm banking 111, crossbar 112, supporting seat 113, hydraulically extensible bar 114, frame 12, roller 13, tugboat 131, first sprocket wheel 132, second sprocket wheel 133, driver train 14, first drive sprocket 141, second drive sprocket 142, lever body 15, driving lever driver train 151, swing arm 152, driving lever 153, bearing 154, track adjusting wheel 16, free tugboat 17, shelf 2, pallet placed layer 21, spacing preiection 211, pallet turnover side 22, free tugboat 23, anti-slip rubber layer 24, pallet 3, race 31, shifting block 32, 32a, 32b, limiting block 33, chain 4, pallet transport plane 5, transport plane frame 51, roller 52, driver train 53, free tugboat 54.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is further illustrated.
As shown in Fig. 1 to Figure 19, iron plate described in the utility model automatically stored in system, comprise pallet access machine 1, shelf 2, for carrying pallet 3 and the pallet transport plane 5 of iron plate;
Described pallet access machine 1 comprises liftable crane 11 and access machine frame 12, and described access machine frame 12 is arranged on crane 11; Access machine frame 12 is provided with two row's rollers 13 for transporting and carry pallet 3, and described two row's roller 13 correspondences are arranged on the both sides of access machine frame 12; Access machine frame 12 is also provided with driver train 14, and often row roller 13 correspondence in access machine frame 12 is provided with a driver train 14, and this driver train 14 is for driving roller 13 synchronous axial system of corresponding row; The side that pallet 3 passes in and out in access machine frame 12 is provided with lever body 15;
Described shelf 2 are arranged on the side of pallet access machine 1, and shelf 2 comprise the pallet placed layer 21 that multiple-layer horizontal is arranged, the side of every layer of pallet placed layer 21 is pallet turnover side 22, and its excess-three side is gear side, and it is corresponding that described pallet turnover side 22 and pallet access machine 1; Every layer of pallet placed layer 21 is provided with along pallet turnover direction the free tugboat 23 of two rows for supporting pallet 3, and the two free tugboats 23 of row and pallet access two on machine 1, and to arrange roller 13 corresponding;
Described pallet transport plane 5 comprises transport plane frame 51, transport plane frame 51 is provided with two row's rollers 52, this two rows roller 52 correspondence is arranged on the both sides of transport plane frame 51, and two row's rollers 52 in transport plane frame 51 and two in the machine of access frame 12 to arrange roller 13 corresponding; Transport plane frame 51 is provided with driver train 53, and often row roller 52 correspondence in transport plane frame 51 is provided with a driver train 53, and this driver train 53 is for driving roller 52 synchronous axial system of corresponding row;
Pallet 3 is provided with two skate grooves 31, and described two skate grooves 31 and pallet access two on machine 1 to arrange roller 13 corresponding;
Pallet 3 can be allocated on pallet access machine 1 from shelf 2 or be allocated on shelf 2 by pallet 3 from pallet access machine 1 by described lever body 15;
Access machine frame 12 can be elevated to corresponding with every layer of pallet placed layer 21 on shelf 2 respectively by described crane 11.
The utility model can realize pallet automatically stored in, comprise the steps:
A, the pallet 3 being placed with iron plate is placed on pallet transport plane 5;
B, pallet transport plane 5 operation, be transported on pallet access machine 1 by pallet 3;
C, crane 11 lift work, the pallet 3 accessed by pallet on machine 1 is elevated to assigned address, makes pallet 3 corresponding with the pallet placed layer 21 of desired location on shelf 2;
D, driver train 14 operation, on the pallet placed layer 21 on mobile pallet 3 to shelf 2;
E, after pallet 3 and the pallet roller 13 access on machine 1 disengage relation, lever body 15 operation, and pallet 3 is allocated on the pallet placed layer 21 of correspondence from pallet access machine 1.
Wherein the effect of crane 11 realizes the lifting to the frame 12 on pallet access machine 1, different height and positions is elevated to by making frame 12, to be placed on the pallet placed layer 21 of differing heights by pallet 3, or never level pallet placed layer 21 takes out pallet 3.As for the concrete structure of crane 11, in theory, can adopt various forms of, its type of drive also can adopt various forms; As shown in Figure 9, the utility model preferably adopts following structure: described crane 11 is made up of firm banking 111, crossbar 112, supporting seat 113 and hydraulically extensible bar 114, and described frame 12 is arranged on supporting seat 113; Described crossbar 112 is arranged between firm banking 111 and supporting seat 113; The base end of described hydraulically extensible bar 114 is hinged on firm banking 111, and its telescopic end is hinged on the middle part of crossbar 112; By the flexible lifting that can realize supporting seat 113 of hydraulically extensible bar 114.Adopt crossbar 112 as Lift Part, the area occupied of crane 11 can be reduced so as far as possible, and adopt hydraulically extensible bar 114, then can guarantee that bearing force satisfies the demands; Certainly, stablizing in order to ensure lifting process, described hydraulically extensible bar 114 can arrange two, the both sides being arranged on crane 11 that two hydraulically extensible bars 114 are symmetric.
Certainly, in order to accurately control the adjustable height of crane 11, and make its liftable to multiple different height, so that corresponding with the placed layer of differing heights on shelf, usually need to control the stroke of hydraulically extensible bar 114, certainly, this mode and corresponding control system are prior art, therefore not in very thin introduction, such as, PLC control system can be adopted to control it.
In addition, the two free tugboats 23 of row on shelf 2 and pallet access two on machine 1, and to arrange roller 13 corresponding, and two row's rollers 52 in transport plane frame 51 to arrange roller 13 corresponding with accessing two in machine frame 12, what refer to is all that same race 31 on pallet 3 corresponds to a free tugboat 23 of row on shelf 2 and the row's roller 13 on pallet access machine 1 and the row's roller 52 in transport plane frame 51 simultaneously, guarantees that pallet 3 can mobile transition between shelf 2 and pallet access machine 1 and pallet transport plane 5.
Wherein, the effect of pallet transport plane 5 realizes the transport to pallet 3, to be transported to by pallet 3 on pallet access machine 1, then accesses machine 1 by pallet stored on shelf 2 by pallet.On general pallet access machine 1, the roller 13 of mobile pallet 3 and corresponding driver train 1 all can adopt identical structure and parts with the roller 52 on pallet transport plane 5 and driver train 53; Namely the two adopts identical structure to realize to the mobile of pallet 3.Be that driver train 14,53 drives roller 13,52 to rotate, and then the movement of the pallet 3 be placed on it can be driven; As realized being moved on pallet access machine 1 from pallet transport plane 5 by pallet 3, or pallet 3 is moved on shelf 2 from pallet access machine 1.Generally speaking, pallet 3 is in the process accessed from shelf, during owing to just starting, as taken out in the process of pallet 3 from shelf 2, because pallet 3 is placed on pallet placed layer 21, therefore the roller 13 on pallet access machine does not contact with pallet 3, and now driving rolls 13 rotates and also pallet 3 can not be taken out; For this reason, the utility model is provided with lever body 15, and the effect of lever body 15 is when roller 13 pairs of pallets 3 cannot play a role in promoting time, is realized the movement of pallet 3 by lever body 15; Wherein lever body 15 has two kinds of effects; Pallet 3 is transferred to from frame 12 and pallet 3 is dialled in frame 12 respectively; It corresponds respectively to stored in the process of pallet 3 on shelf 2, when pallet 3 cannot be released by roller 13 further, realizes pallet 3 to transfer to completely by lever body 15; Or corresponding to takes out in the process of pallet 3 from shelf, before roller 13 contacts with pallet 3, by lever body 15, pallet 3 is allocated on roller 13, make to rotate the movement that can drive pallet 3 by driving rolls 13, finally reach the object of taking out pallet 3, this process can refer to the structural representation shown in Figure 15 and Figure 16.
In theory, as long as the lever body 15 of the structure of above-mentioned action effect when can meet, the utility model is preferably as follows structure: as shown in Figure 17, Figure 18 and Figure 19, described lever body 15 comprises driving lever driver train 151, swing arm 152, driving lever 153 and bearing 154, one end of described swing arm 152 is connected with the rotating shaft of driving lever driver train 151, the other end is installed driving lever 153, described bearing 154 is set on driving lever 153; Be respectively arranged with the shifting block 32 with the outer rolling surface corresponding matching of bearing 154 in the front side of pallet 3 and rear side simultaneously.Wherein, the position of shifting block 32 can refer to shown in Figure 11 and Figure 17,18 and arranges; Shifting block 32 is by after the effect of driving lever 153 in theory, can reach the end position at two ends, as the position of the shifting block 32a in Figure 17 and Figure 18 and shifting block 32b.In addition, consider driving lever 153 with shifting block 32 contact process in can there is relative movement along with the rotation of driving lever 153, in order to reduce the resistance in moving process, further can on driving lever 153 sheathed bearing 154.
In addition, can pass in and out from the both sides of frame 12 to make pallet 3, therefore pallet 3 passes in and out in frame 12 both sides can be respectively arranged with lever body 15, and every side is provided with two lever bodies be symmetric 15, the mode shown in Figure 10 that specifically can refer to is arranged.Now, the corresponding both sides being arranged on pallet access machine 1 being provided with two shelf, 2, two shelf 2 and being symmetric as shown in Figure 1, Figure 2; Now consider that pallet transport plane 5 needs to access with pallet that machine 1 is corresponding to be connected, generally pallet transport plane 5 is passed from the bottom of one of them shelf 2 and access with pallet that machine 1 is corresponding to be arranged afterwards.
In the utility model, all rollers 13 should guarantee synchronous rolling, so just can reach the object of smooth transport pallet 3, for guaranteeing roller 13 synchronous rolling, following structure can be adopted: each roller 13 comprises tugboat 131, first sprocket wheel 132 and the second sprocket wheel 133, be arranged in the first sprocket wheel 132 on a roller 13 in the middle of row's roller 13 and the second sprocket wheel 133 and coordinated by corresponding sprocket wheel synchrodrive on adjacent with the both sides respectively roller 13 of chain 4.In theory, in these cases, any one roller 13 that driver train 14 only needs driving one to arrange in roller 13 rotates, and whole row's roller 13 can be driven to rotate; Certainly, also can adopt as Figure 12,13 and Fig. 4 as shown in structure, the drive end by driver train 14 is provided with the first drive sprocket 141 and the second drive sprocket 142, described driver train 14 one row roller 13 in wherein between two adjacent rollers 13; Described first drive sprocket 141 is in transmission connection by chain 4 with the first sprocket wheel 132 in the adjacent rollers 13 of side; Described second drive sprocket 142 is in transmission connection by chain 4 with the second sprocket wheel 133 in the adjacent rollers 13 of opposite side.In addition, the driver train 14 that also should control on two row's rollers 13 should synchronous axial system.
Above-mentioned driver train 14 to be arranged in row's roller 13 wherein between two adjacent rollers 13 time, conveniently regulate the degree of tightness of the chain 4 between driver train 14 and corresponding roller 13, can be provided with vertical kidney slot structure in frame 12, and described driver train 14 can move up and down being arranged on above-mentioned kidney slot of adjustment by bolt.
In addition, consider that the width of pallet 3 may be wider, therefore can also be provided with the free tugboat 17 of at least one row further between two row's rollers 13; In like manner the free tugboat 23 of at least one row also can be set equally between the free tugboat 23 of two rows on shelf 2; Further, the free tugboat 17 that general above-mentioned increase is arranged and free tugboat 23, should be mutually corresponding, arranges corresponding race 31 to increase on pallet 3.In addition, free tugboat 17 and free tugboat 23 all can adopt same structure, itself can Free-rolling, pallet 3 is played to the effect strengthening and support, and itself need not drive.
In addition, in order to strengthen the contact friction force between tugboat 131 and race 31, pallet 3 is avoided to skid, one deck anti-slip rubber layer 24 can be enclosed with on each tugboat 131, certainly, when above-mentioned be provided with free tugboat 23, also can wrap up one deck anti-slip rubber layer 24 on each free tugboat 23.Anti-slip rubber layer 24 effect strengthens friction force, the anti-slip rubber layer of general adopted polyurethane material.
In addition, also limiting block 33 can be set on pallet 3, shelf 2 arrange the spacing preiection 211 of corresponding matching, coordinated with the spacing of spacing preiection 211 by limiting block 33, both when pallet 3 is put on pallet placed layer 21 and reach assigned address, limiting block 33 coordinates with spacing preiection 211, and restriction pallet 3 moves freely, to avoid pallet 3 from landing shelf 2 on pallet placed layer 21.Certainly, if need pallet 3 to take out from shelf 2, then only need to cancel above-mentioned spacing matching relationship or by applying certain application force to pallet 3, overcome the spacing matching relationship between limiting block 33 and spacing preiection 211.In theory, spacing matching relationship between limiting block 33 and spacing preiection 211 can adopt various existing technology always to realize, as shown in figures 6 and 7, the utility model preferably adopts following structure: described limiting block 33 is " V " shape slope structure, and described spacing preiection 211 is spring pin.
In addition, in order to make pallet 3 when passing in and out pallet access machine, to pallet 3, there is better directional tagging, as shown in FIG., pallet track adjusting wheel 7 can be provided with in the both sides in frame 12.
In addition, above-mentioned analysis is known, by coordinating of race 31 and tugboat 131, position-limiting action can be played when mobile to pallet 3, and coordinate with the effective of race 31 for the ease of tugboat 131 further, especially when pallet 3 being moved to by one end on pallet access machine 1, adjust for the ease of initial convenient cooperation of the contact between race 31 with tugboat 131, horn structure can be arranged in the two ends of race 31, specifically can refer to structure shown in Fig. 8.
To sum up, the utility model drives pallet 3 parallel motion be placed on roller by roller 13, and use together in conjunction with lever body 15, the accessing operation on shelf 2 of pallet 3 can be realized, and access operation is carried out again after being forked by fork truck by pallet 3, the utility model is simple to operate, and simultaneously owing to adopting roller structure, corresponding propulsive effort can reduce greatly.
Claims (9)
1. iron plate is automatically stored in system, it is characterized in that: comprise pallet access machine (1), shelf (2), for carrying pallet (3) and the pallet transport plane (5) of iron plate;
Described pallet access machine (1) comprises liftable crane (11) and access machine frame (12), and described access machine frame (12) is arranged on crane (11); Access machine frame (12) is provided with two rows' roller (13) for transport and carrying pallet (3), and described two row's roller (13) correspondences are arranged on the both sides of access machine frame (12); Access machine frame (12) is also provided with driver train (14), often row roller (13) correspondence in access machine frame (12) is provided with a driver train (14), and this driver train (14) is for driving roller (13) synchronous axial system of corresponding row; The side passed in and out at the upper pallet (3) of access machine frame (12) is provided with lever body (15);
Described shelf (2) are arranged on the side of pallet access machine (1), and shelf (2) comprise the pallet placed layer (21) that multiple-layer horizontal is arranged, the side of every layer of pallet placed layer (21) is pallet turnover side (22), its excess-three side is gear side, and it is corresponding that described pallet turnover side (22) and pallet access machine (1); Every layer of pallet placed layer (21) is provided with the two free tugboat of the rows (23) for supporting pallet (3) along pallet turnover direction, and the two free tugboat of rows (23) and pallet access two on machine (1), and to arrange roller (13) corresponding;
Described pallet transport plane (5) comprises transport plane frame (51), transport plane frame (51) is provided with two row's rollers (52), this two rows roller (52) correspondence is arranged on the both sides of transport plane frame (51), and two rows' roller (52) in transport plane frame (51) and two on machine frame (12) that access to arrange roller (13) corresponding; Transport plane frame (51) is provided with driver train (53), often row roller (52) correspondence in transport plane frame (51) is provided with a driver train (53), and this driver train (53) is for driving roller (52) synchronous axial system of corresponding row;
Pallet (3) is provided with two skate grooves (31), and described two skate grooves (31) and pallet access two on machine (1) to arrange roller (13) corresponding;
Pallet (3) can be allocated on pallet access machine (1) from shelf (2) or be allocated on shelf (2) by pallet (3) from pallet access machine (1) by described lever body (15);
Described crane (11) can by access machine frame (12) lifting to corresponding with every layer of pallet placed layer (21) on shelf (2) respectively.
2. iron plate as claimed in claim 1 is automatically stored in system, it is characterized in that: described shelf (2) have two, the both sides being arranged on pallet access machine (1) that two shelf (2) are symmetric; From the bottom of one of them shelf (2) through rear, described pallet transport plane (5) to access with pallet that machine (1) is corresponding to be arranged.
3. iron plate as claimed in claim 1 is automatically stored in system, it is characterized in that: described lever body (15) comprises driving lever driver train (151), swing arm (152), driving lever (153) and bearing (154), one end of described swing arm (152) is connected with the rotating shaft of driving lever driver train (151), the other end is installed driving lever (153), described bearing (154) is set on driving lever (153); The shifting block (32) with the outer rolling surface corresponding matching of bearing (154) is respectively arranged with in the front side of pallet (3) and rear side.
4. iron plate as claimed in claim 1 is automatically stored in system, it is characterized in that: described crane (11) is made up of firm banking (111), crossbar (112), supporting seat (113) and hydraulically extensible bar (114), described access machine frame (12) is arranged on supporting seat (113); Described crossbar (112) is arranged between firm banking (111) and supporting seat (113); The base end of described hydraulically extensible bar (114) is hinged on firm banking (111), and its telescopic end is hinged on the middle part of crossbar (112); By the flexible lifting that can realize supporting seat (113) of hydraulically extensible bar (114).
5. iron plate as claimed in claim 1 is automatically stored in system, it is characterized in that: each roller (13,52) comprises tugboat (131), the first sprocket wheel (132) and the second sprocket wheel (133), be arranged in the first sprocket wheel (132) on a roller (13,52) in the middle of row's roller and the second sprocket wheel (133) and go up corresponding sprocket wheel synchrodrive by the roller (13,52) that chain (4) is adjacent with both sides respectively and coordinate.
6. iron plate as claimed in claim 5 is automatically stored in system, it is characterized in that: the drive end of driver train (14,53) is provided with the first drive sprocket (141) and the second drive sprocket (142), described driver train (14,53) is arranged in row's roller (13,52) wherein between two adjacent rollers (13,52); Described first drive sprocket (141) is in transmission connection by chain (4) with the first sprocket wheel (132) in the adjacent rollers (13,52) of side; Described second drive sprocket (142) is in transmission connection by chain (4) with the second sprocket wheel (133) in the adjacent rollers (13,52) of opposite side.
7. iron plate as claimed in claim 1 is automatically stored in system, it is characterized in that: on pallet (3), be provided with limiting block (33), every layer of pallet placed layer (21) is provided with spacing preiection (211), and described limiting block (33) is corresponding with described spacing preiection (211); And when pallet (3) puts into desired location on pallet placed layer (21), described limiting block (33) coordinates with described spacing preiection (211) is spacing; Described limiting block (33) is " V " shape slope structure; Described spacing preiection (211) is spring pin.
8. iron plate as claimed in claim 1 is automatically stored in system, it is characterized in that: horn structure is arranged at the two ends of each race (31); Each free tugboat (23) is enclosed with one deck anti-slip rubber layer (24).
9. iron plate as claimed in claim 1 is automatically stored in system, it is characterized in that: access machine frame (12) and transport plane frame (51) are respectively arranged with vertical kidney slot, and described driver train (4) can move up and down being arranged on above-mentioned kidney slot of adjustment by bolt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520531467.9U CN204896486U (en) | 2015-07-21 | 2015-07-21 | Automatic system that stocks in of iron plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520531467.9U CN204896486U (en) | 2015-07-21 | 2015-07-21 | Automatic system that stocks in of iron plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204896486U true CN204896486U (en) | 2015-12-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520531467.9U Expired - Fee Related CN204896486U (en) | 2015-07-21 | 2015-07-21 | Automatic system that stocks in of iron plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204896486U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105109938A (en) * | 2015-07-21 | 2015-12-02 | 广运机电(苏州)有限公司 | Automatic iron-plate deposit system and method |
| CN114955343A (en) * | 2022-06-02 | 2022-08-30 | 山东普利龙压力容器有限公司 | Intelligent goods shelf for heavy steel plate and plate storing and taking method |
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2015
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105109938A (en) * | 2015-07-21 | 2015-12-02 | 广运机电(苏州)有限公司 | Automatic iron-plate deposit system and method |
| CN114955343A (en) * | 2022-06-02 | 2022-08-30 | 山东普利龙压力容器有限公司 | Intelligent goods shelf for heavy steel plate and plate storing and taking method |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151223 Termination date: 20160721 |