CN211282921U - Pallet bin with lifting rotation function - Google Patents
Pallet bin with lifting rotation function Download PDFInfo
- Publication number
- CN211282921U CN211282921U CN201921687251.6U CN201921687251U CN211282921U CN 211282921 U CN211282921 U CN 211282921U CN 201921687251 U CN201921687251 U CN 201921687251U CN 211282921 U CN211282921 U CN 211282921U
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- pallet
- lifting
- slowly
- slow
- storehouse
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Abstract
The utility model relates to a take rotatory pallet storehouse of lift, including the pallet storehouse body, the fixed bolster, rotary power unit, pallet slow-falling device, storehouse pallet conveyor and synchronous lifting assembly, pallet slow-falling device and storehouse pallet conveyor all install on the pallet storehouse body, rotary power unit installs on the fixed bolster and the output connects the pallet storehouse body, pallet slow-falling device is located storehouse pallet conveyor in and pallet slow-falling device moves along vertical direction, pallet slow-falling device has two states of lifting and descending, when pallet slow-falling device is in lifting state the top highly is higher than storehouse pallet conveyor and is less than storehouse pallet conveyor when being in the state of descending, synchronous lifting assembly installs on the pallet storehouse body and is located storehouse pallet conveyor top, the impact is little when the pallet is unloaded, can initiatively accomodate the pallet.
Description
Technical Field
The utility model relates to a corollary equipment technical field in the building block production line especially relates to a take lifting and drop rotating's deep bid storehouse.
Background
The main functions of the pallet warehouse matched with the domestic block production line only comprise storing pallets and dropping pallets, and the specific description is as follows: in the block production line, pallets need to return to a factory to enter the production line again after leaving factories to realize the recycling of the pallets, the pallet bins have the function of pallet caching, returned pallets are manually stacked and put into the pallet bins in groups by a forklift, and then the pallets are individually supplied to the production line.
However, when the pallet is put down, the pallet is easy to impact and damage the pallet recovery belt and the pallet sending belt because the pallet is required to fall down freely when being separated from the claw, the pallet cannot be actively stored on the pallet conveying line, the existing pallet warehouse is required to adapt to the trend of the pallet recovery belt and the trend of the pallet sending belt, the direction cannot be adjusted, and the forklift can only convey the pallet to the pallet warehouse from one fixed side of the conveying line.
SUMMERY OF THE UTILITY MODEL
For overcoming the technical defect that prior art exists, the utility model provides a take rotatory pallet storehouse of lift, the impact is little when the pallet is unloaded, can initiatively accomodate the pallet.
The utility model discloses a technical solution be: the utility model provides a take rotatory pallet storehouse of lift, includes the pallet storehouse body, fixed bolster, rotary power unit, pallet slow-falling device, storehouse pallet conveyor and the synchronous assembly that lifts, pallet slow-falling device and storehouse pallet conveyor all install on the pallet storehouse body, rotary power unit installs on the fixed bolster and the output connects the pallet storehouse body, the pallet slow-falling device is located storehouse pallet conveyor in and the pallet slow-falling device moves along vertical direction, pallet slow-falling device has two states of lifting and descending, the top is highly higher than storehouse pallet conveyor when the pallet slow-falling device is in the lifting state and the top is less than storehouse pallet conveyor when being in the descending state, synchronous lifting assembly installs on the pallet and is located storehouse pallet conveyor top.
As a further improvement of the utility model, the synchronous lifting assembly includes that the symmetry is installed at two claw subassemblies that lift of the storehouse body both sides of the pallet and is installed the synchronizer that lifts between two claw subassemblies that lift, each the claw subassembly that lifts all includes lifts power piece, lifts the axle and a set of parallel articulates the hook on the storehouse body of the pallet, hook one end is established ties through the axle that lifts, lift power piece output and articulate the axle that lifts and the other end articulates on the storehouse body of the pallet, it installs between the axle that lifts of both sides and makes the hook synchronization action of storehouse both sides of the pallet to lift synchronizer.
As a further improvement, lift synchronizer and include that synchronous installation roof beam, symmetry install a set of synchronous link assembly on the synchronous installation roof beam, the synchronous installation roof beam is installed on the pallet storehouse body, synchronous link assembly is including lifting synchronous gear, first connecting rod and second connecting rod, it installs on the synchronous installation roof beam to lift synchronous gear, first connecting rod one end is adorned admittedly on lifting synchronous gear and the articulated second connecting rod one end of the other end, the articulated axle that lifts of the second connecting rod other end, two lift synchronous gear intermeshing.
As a further improvement, the pallet cabin body includes a plurality of storehouse body stands, a plurality of roots slowly falls the installation roof beam, respectively slowly fall installation roof beam horizontal installation between two adjacent storehouse body stands, the pallet slowly falls the device and installs on slowly falling the installation roof beam.
As the utility model discloses a further improvement, the pallet slowly falls the device and includes that a plurality of pallets slowly fall hydro-cylinder, a plurality of pallets slowly fall direction subassembly and pallet and slowly fall the layer board, each pallet slowly falls hydro-cylinder body and slowly falls the equal plummet of direction subassembly with each pallet and adorns on slowly falling the installation roof beam admittedly, each pallet slowly falls hydro-cylinder output and slowly falls direction subassembly expansion end with each pallet and all adorns pallet and slowly falls the layer board.
As the utility model discloses a further improvement, the pallet slowly falls guide assembly and includes that the pallet slowly falls guide pin bushing and pallet and slowly falls the guide pillar, the pallet slowly falls the guide pin bushing and adorns admittedly on slowly falling the installation roof beam, the pallet slowly falls guide pillar one end and adorns admittedly on the pallet slowly falls the layer board and the pallet slowly falls the guide pin bushing and slides from top to bottom along the pallet slowly falls the guide pin bushing.
The utility model has the advantages that:
1: the synchronous lifting assembly is arranged on the pallet bin body and positioned above the pallet conveying device in the bin, and comprises two lifting claw assemblies symmetrically arranged on two sides of the pallet bin body and a lifting synchronous device arranged between the two lifting claw assemblies. Each lifting claw assembly comprises a lifting power piece, a lifting shaft and a group of claws hinged to the pallet cabin body in parallel, one end of each claw is connected in series through the lifting shaft, the output end of the lifting power piece is hinged to the lifting shaft, the other end of each claw is hinged to the pallet cabin body, the lifting power piece drives the lifting shaft to act, the lifting shaft is connected in series with two claws and drives the claws to rotate around the pallet cabin body, and therefore the two claws act synchronously; the lifting synchronizer comprises a synchronous mounting beam and a group of synchronous connecting rod assemblies symmetrically mounted on the synchronous mounting beam, the synchronous mounting beam is mounted on the pallet cabin body, each synchronous connecting rod assembly comprises a lifting synchronous gear, a first connecting rod and a second connecting rod, the lifting synchronous gears are mounted on the synchronous mounting beam, one end of each first connecting rod is fixedly mounted on the lifting synchronous gears, the other end of each first connecting rod is hinged to one end of each second connecting rod, the other end of each second connecting rod is hinged to a lifting shaft, and the two lifting synchronous gears are meshed with each other.
2: in this embodiment, the pallet storehouse body includes a plurality of storehouse body stands, a plurality of installation roof beams that slowly fall, and each installation roof beam horizontal installation that slowly falls is between two adjacent storehouse body stands, and the pallet slowly falls the device and installs on slowly falling the installation roof beam. The pallet slowly-descending device and the in-bin pallet conveying device are both arranged on a pallet cabin body, the pallet slowly-descending device comprises a plurality of pallet slowly-descending oil cylinders, a plurality of pallet slowly-descending guide assemblies and pallet slowly-descending supporting plates, the cylinder body of each pallet slowly-descending oil cylinder and the corresponding hammer of each pallet slowly-descending guide assembly are fixedly arranged on a slowly-descending mounting beam, and the pallet slowly-descending supporting plates are fixedly arranged at the output ends of the corresponding pallet slowly-descending oil cylinders and the movable ends of the corresponding pallet slowly-descending guide assemblies. The pallet slow-falling guide assembly comprises a pallet slow-falling guide sleeve and a pallet slow-falling guide post, the pallet slow-falling guide sleeve is fixedly arranged on a slow-falling mounting beam, one end of the pallet slow-falling guide post is fixedly arranged on a pallet slow-falling supporting plate, the pallet slow-falling guide post slides up and down along the pallet slow-falling guide sleeve, the pallet slow-falling device is positioned in the warehouse pallet conveying device and has two states of lifting and falling, the top end of the pallet slow-falling device is higher than the warehouse pallet conveying device when in the lifting state and lower than the warehouse pallet conveying device when in the falling state, the height between the synchronous lifting assembly and the pallet conveying device in the warehouse when unloading the pallet is eliminated through the lifting and the descending of the pallet slow-descending device, the impact is avoided, and a space for the pallet conveying device in the warehouse to convey and store the pallets is created between the pallets and the pallet conveying device in the warehouse through the lifting and the lowering of the pallet slow-lowering device.
Drawings
Fig. 1 is a schematic structural diagram of the present invention.
FIG. 2 is a schematic diagram of a synchronous lift assembly.
Fig. 3 is a schematic structural view of a pallet slow-descending device.
Fig. 4 is a schematic view of the installation position of the present invention.
Description of reference numerals: 15. pallet recycling tape; 161. a pallet cabin body; 1611. slowly descending the mounting beam; 1612. a bin body upright post; 162. fixing a bracket; 163. a rotary power mechanism; 164. a pallet slow-lowering device; 1641. a pallet slow-lowering oil cylinder; 1642. a pallet slow-descending guide assembly; 16421. a pallet slow-descending guide sleeve; 16422. a pallet slow descending guide post; 1643. a pallet slow-lowering supporting plate; 165. a pallet conveyor in the warehouse; 166. a synchronous lifting assembly; 1661. a lifting pawl assembly; 16611. lifting the power part; 16612. a lifting shaft; 16613. a hook claw; 1662. a lifting synchronizer; 16621. synchronously mounting the beams; 16622. a synchronizing linkage assembly; 166221, lifting a synchronous gear; 166222, a first link; 166223, a second link; 17. the pallet is fed out of the belt.
Detailed Description
The present invention will be further explained with reference to the accompanying drawings:
as shown in fig. 1 to 4, the present embodiment provides a pallet magazine with lifting rotation, which is installed between the pallet feeding belt 17 and the pallet retrieving belt 15, and includes a pallet magazine body 161, a fixing bracket 162, a rotation power mechanism 163, a pallet slow-lowering device 164, an in-magazine pallet conveyor 165 and a synchronous lifting assembly 166, wherein the in-magazine pallet conveyor 165 is used to connect the pallet feeding belt 17 and the pallet retrieving belt 15.
Wherein: the rotating power mechanism 163 is installed on the fixed bracket 162, and the output end of the rotating power mechanism is connected with the pallet cabin body 161, so as to rotate the pallet cabin body 161, and facilitate the forklift to fork the pallet into or out of the pallet cabin body 161 from any direction.
A synchronized lifting assembly 166 is mounted on the pallet cartridge body 161 above the in-bin pallet conveyors 165, the synchronized lifting assembly 166 including two lifting claw assemblies 1661 symmetrically mounted on both sides of the pallet cartridge body 161 and a lifting synchronizer 1662 mounted between the two lifting claw assemblies 1661. Each lifting claw assembly 1661 comprises a lifting power piece 16611, a lifting shaft 16612 and a group of claws 16613 hinged on the pallet cabin body 161 in parallel, one end of each claw 16613 is connected in series through the lifting shaft 16612, the output end of the lifting power piece 16611 is hinged with the lifting shaft 16612, the other end is hinged on the pallet cabin body 161, the lifting power piece 16611 drives the lifting shaft 16612 to move, the lifting shaft 16612 connects two claws 16613 in series and drives the claws 16613 to rotate around the pallet cabin body 161, so that the two claws 16613 move synchronously; the lifting synchronization device 1662 comprises a synchronization mounting beam 16621, a set of synchronization link assemblies 16622 symmetrically mounted on the synchronization mounting beam 16621, the synchronization mounting beam 16621 is mounted on the pallet bin body 161, the synchronization link assemblies 16622 comprise a lifting synchronization gear 166221, a first link 166222 and a second link 166223, the lifting synchronization gear 166221 is mounted on the synchronization mounting beam 16621, one end of the first link 166222 is fixedly mounted on the lifting synchronization gear 166221, the other end is hinged with one end of the second link 166223, the other end of the second link 166223 is hinged with the lifting shaft 16612, the two lifting synchronization gears 166221 are engaged with each other, so that when the lifting power members 16611 on both sides are actuated, because the two lifting synchronizing gears 166221 are engaged, the first connecting rods 166222 on two sides act synchronously, the second connecting rods 166223 are driven to move in the same posture, so that the lifting shafts 16612 on the two sides move synchronously, and the hooks 16613 on the two sides of the pallet compartment 161 rotate synchronously.
In this embodiment, the pallet cabin 161 includes several cabin columns 1612 and several slow-descending mounting beams 1611, each slow-descending mounting beam 1611 is horizontally mounted between two adjacent cabin columns 1612, and the pallet slow-descending device 164 is mounted on the slow-descending mounting beam 1611. The pallet slow-falling device 164 and the warehouse pallet conveying device 165 are both installed on a pallet cabin body 161, the pallet slow-falling device 164 comprises a plurality of pallet slow-falling oil cylinders 1641, a plurality of pallet slow-falling guide assemblies 1642 and pallet slow-falling supporting plates 1643, the cylinder body of each pallet slow-falling oil cylinder 1641 and each pallet slow-falling guide assembly 1642 are fixedly arranged on a slow-falling installation beam 1611 in a plumb mode, and the pallet slow-falling supporting plates 1643 are fixedly arranged at the output ends of each pallet slow-falling oil cylinder 1641 and the movable ends of each pallet slow-falling guide assembly 1642. The pallet slow-lowering guide assembly 1642 comprises a pallet slow-lowering guide sleeve 16421 and a pallet slow-lowering guide post 16422, the pallet slow-lowering guide sleeve 16421 is fixedly arranged on the slow-lowering mounting beam 1611, one end of the pallet slow-lowering guide post 16422 is fixedly arranged on the pallet slow-lowering supporting plate 1643, the pallet slow-lowering guide post 16422 slides up and down along the pallet slow-lowering guide sleeve 16421, the pallet slow-lowering device 164 is located in the warehouse pallet conveying device 165, the pallet slow-lowering device 164 has two states of lifting and lowering, and the top end of the pallet slow-lowering device 164 is higher than the warehouse pallet conveying device 165 in the lifting state and lower than the warehouse pallet conveying device 165 in the lowering state.
The utility model discloses a theory of operation and use flow:
when the pallet is conveyed to the pallet discharging belt 17 by the pallet recycling belt 15, the pallet slow-lowering cylinder 1641 acts to lift the pallet in the pallet cabin 161 upwards, then the lifting power piece 16611 acts to drive the hook 16613 to fork the whole stack of pallets, then the pallet slow-lowering cylinder 1641 acts reversely to leave a space for the supply pallet to enter, after the pallet passes through the rear pallet slow-lowering cylinder 1641, the lifting power piece 16611 acts reversely to place the pallet on the pallet slow-lowering pallet 1643.
When the pallet magazine 161 outputs pallets to the pallet discharging belt 17, the lifting power part 16611 lifts the pallets on the pallet magazine 161 upward, and it should be noted that when the pallet slow-lowering cylinder 1641 is in the lower limit position, the lifting power part 16611 can only lift the second pallet from bottom to top, so that when the lifting power part 16611 completes lifting, only one pallet remains on the pallet conveyor 165 in the magazine, and the pallet is conveyed to the pallet discharging belt 17 by the pallet conveyor 165 in the magazine; before the pallets in the pallet cabin 161 are exhausted, the rotating power mechanism 163 acts to rotate the pallet cabin 161, so that the forklift can conveniently fork the pallets into the pallet cabin 161 from any direction.
When the pallet storage bin 161 stores the pallets from the pallet recovery belt 15, the pallet slow-lowering cylinder 1641 acts to lift the pallets in the pallet storage bin 161 upwards, and the lifting power piece 16611 acts to clamp the pallets, and it should be noted that when the pallet slow-lowering cylinder 1641 is at the upper limit position, the lifting power piece 16611 can lift the first pallet from bottom to top, so that when the pallet slow-lowering cylinder 1641 descends, a space capable of containing one pallet is left on the pallet conveyor 165 in the bin, and the pallet recovery belt 15 feeds the pallets into the space, thereby completing the storage; before the pallets in the pallet magazine 161 are full, the rotating power mechanism 163 operates to rotate the pallet magazine 161, so that the forklift can fork the pallets out of the pallet magazine 161 from any direction.
Having shown and described the fundamental principles and the principal features of the invention and its advantages, it will be understood by those skilled in the art that the present invention is not limited by the embodiments described above, which are merely illustrative of the principles of the invention, but that various changes and modifications may be made therein without departing from the spirit and scope of the invention as defined by the appended claims and their equivalents.
Claims (6)
1. Rotatory pallet storehouse of area lift, its characterized in that: including the pallet storehouse body, fixed bolster, rotary power mechanism, pallet slow-falling device, storehouse in pallet conveyor and the synchronous assembly that lifts, the pallet slow-falling device all installs on the pallet storehouse body with storehouse in pallet conveyor, rotary power mechanism installs on the fixed bolster and the output connects the pallet storehouse body, the pallet slow-falling device is located storehouse in pallet conveyor and the pallet slow-falling device along vertical direction motion, the pallet slow-falling device has two states of lifting and falling, the top highly is higher than storehouse in pallet conveyor when the pallet slow-falling device is in the state of lifting and is less than storehouse in pallet conveyor on the top when being in the state of falling, the synchronous assembly that lifts is installed on the pallet storehouse body and is located storehouse in pallet conveyor top.
2. The pallet magazine with lifting rotation of claim 1, characterized by: the synchronous lifting assembly comprises two lifting claw components symmetrically arranged on two sides of a pallet cabin body and lifting synchronizing devices arranged between the two lifting claw components, each lifting claw component comprises a lifting power piece, a lifting shaft and a group of claws parallelly hinged on the pallet cabin body, one end of each claw is connected in series through the lifting shaft, the output end of the lifting power piece is hinged to the lifting shaft, the other end of each claw is hinged on the pallet cabin body, and the lifting synchronizing devices are arranged between the lifting shafts on two sides to enable the claws on two sides of the pallet cabin to act synchronously.
3. The pallet magazine with lifting rotation of claim 2, characterized in that: the lifting synchronizer comprises a synchronous mounting beam and a group of synchronous connecting rod assemblies symmetrically mounted on the synchronous mounting beam, the synchronous mounting beam is mounted on a pallet cabin body, each synchronous connecting rod assembly comprises a lifting synchronous gear, a first connecting rod and a second connecting rod, the lifting synchronous gears are mounted on the synchronous mounting beam, one end of each first connecting rod is fixedly mounted on the lifting synchronous gears, the other end of each first connecting rod is hinged to one end of the corresponding second connecting rod, the other end of each second connecting rod is hinged to a lifting shaft, and the lifting synchronous gears are meshed with each other.
4. The pallet magazine with lifting rotation of claim 1, characterized by: the pallet cabin body comprises a plurality of cabin body stand columns and a plurality of slow-falling mounting beams, each slow-falling mounting beam is horizontally mounted between two adjacent cabin body stand columns, and the pallet slow-falling device is mounted on the slow-falling mounting beams.
5. The pallet magazine with lifting rotation of claim 4, characterized by: the pallet slowly-descending device comprises a plurality of pallet slowly-descending oil cylinders, a plurality of pallet slowly-descending guide assemblies and pallet slowly-descending supporting plates, wherein cylinder bodies of the pallet slowly-descending oil cylinders and the pallet slowly-descending guide assemblies are fixedly arranged on the slowly-descending mounting beam in a plumb mode, and the pallet slowly-descending supporting plates are fixedly arranged at output ends of the pallet slowly-descending oil cylinders and movable ends of the pallet slowly-descending guide assemblies.
6. The pallet magazine with lifting rotation of claim 5, characterized by: the pallet slowly-descending guide assembly comprises a pallet slowly-descending guide sleeve and a pallet slowly-descending guide pillar, the pallet slowly-descending guide sleeve is fixedly arranged on the slowly-descending mounting beam, one end of the pallet slowly-descending guide pillar is fixedly arranged on the pallet slowly-descending supporting plate, and the pallet slowly-descending guide pillar slides up and down along the pallet slowly-descending guide sleeve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921687251.6U CN211282921U (en) | 2019-10-10 | 2019-10-10 | Pallet bin with lifting rotation function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921687251.6U CN211282921U (en) | 2019-10-10 | 2019-10-10 | Pallet bin with lifting rotation function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN211282921U true CN211282921U (en) | 2020-08-18 |
Family
ID=72018369
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921687251.6U Active CN211282921U (en) | 2019-10-10 | 2019-10-10 | Pallet bin with lifting rotation function |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN211282921U (en) |
-
2019
- 2019-10-10 CN CN201921687251.6U patent/CN211282921U/en active Active
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