CN205122722U - Waste lead -acid storage battery pile up neatly and device of breaking a jam - Google Patents

Abstract

The utility model relates to a stacking and unstacking device for waste lead-acid batteries, which is used for automatically separating and putting battery stacks on line; the battery stack is formed by stacking waste lead-acid batteries and separators in multiple layers at intervals and placing them on standard pallets ;The stacking and unstacking device of waste lead-acid batteries mainly includes a separator clamping device, a lifting device, a pneumatic separation device, a separation roller group, and a battery separation device; the clamping head of the separator moves along the three directions of XYZ and clamps in layers The separator moves the separator to the separator conveyor belt; the pneumatic separation device can push the waste lead-acid battery away from the battery stack to the separation roller group; the battery separation device docks with the separation roller group so that the batteries conveyed by the separation roller group After reaching the battery separation device, it can be separated by the compartment. The depalletizing process completes the online use of used batteries, and can separate the stacked batteries one by one, which solves the problems of low efficiency of the existing online method, battery damage before disposal, and harm to the human body and the environment.

Description

A stacking and unstacking device for waste lead-acid batteries

technical field

The utility model relates to the technical field of recycling and processing waste materials, in particular to a new device for stacking and unstacking waste lead storage batteries.

Background technique

The traditional methods of putting online waste lead-acid batteries rely on manual, mechanical grabbing or manipulators. The method of relying solely on manual on-line is not only costly, but also prone to fatigue and low efficiency, which will seriously affect the efficiency of the entire lead-acid battery recycling, and heavy metals such as lead in the battery are extremely harmful to workers; while mechanical grabs are on-line, It is easy to damage the structure of the battery, causing internal acid to flow out, corroding equipment, polluting the environment, and causing waste of waste acid, a recyclable resource, and is not conducive to cutting and separating the upper cover of the battery; the manipulator can only grasp one battery at a time, Moreover, the recycled used batteries are of various models and specifications, and need to be placed in a suitable position manually, which is still very inefficient. Summarizing the existing technologies and methods, there are problems such as low recovery rate, difficult recovery and high recovery cost in the whole recycling process.

Contents of the invention

The technical problem to be solved by the utility model is to provide a waste lead-acid battery palletizing and unstacking device for the various problems existing in the existing way of putting the waste lead-acid battery online, and complete the use of the new device to complete the online of the waste lead-acid battery, and The batteries that have been piled up can be separated one by one, which better solves the problems of low efficiency of the existing online method, damage to the battery before disposal, and harm to the human body and the environment.

In order to solve the above technical problems, the utility model adopts the following technical solutions:

A device for stacking and depalletizing waste lead-acid batteries, characterized in that: the battery stack is formed by stacking waste lead-acid batteries and separators in multiple layers at intervals and placed on a pallet; the waste lead-acid batteries are stacked The destacking device mainly includes a lifting device, a clapboard clamping device, a pneumatic separation device, a separation roller group, and a battery separation device; wherein, the lifting device is a rectangular hexahedron frame with a liftable lap plate in the middle, and the lap joint The board is used to carry the battery stack; one side of the lifting device is docked with the battery stack conveyor belt so that the battery stack is conveyed to the lifting device through the battery stack conveyor belt, and can be lifted under the action of the lifting device; On one side of the lifting device, a separation roller group is adjacently arranged on the other side, and a pneumatic separation device is adjacent to the other side. The pneumatic separation device is directly opposite to the separation roller group and is respectively docked with the lifting device, so that the pneumatic separation device can lift the lifting device to the bottom. The uppermost layer of batteries that is flush with the separation roller group is pushed away from the battery stack to reach the separation roller group; the battery separation device is docked with the separation roller group so that the batteries delivered by the separation roller group can be separated after reaching the battery separation device A clapboard clamping device is provided above the lifting device, and the clapboard clamping device includes a clapboard clamping head and a suspended track, and the clapboard clamping head is set to be able to move along the three directions of XYZ on the suspended track and The separator is clamped in layers to move the separator to the separator conveyor belt corresponding to the upper and lower sides of the separator clamping head; the other side of the lifting device is set adjacent to the pallet conveyor belt, and the pallet conveyor belt is set so that when all the batteries on the pallet are pushed into After the roller group is separated, the overlapping plate in the lifting device is lowered to the initial position, and the pallet is transported to the pallet conveyor belt.

In the above technical solution, in the clapboard clamping device, the suspended track is an I-shaped track, and the I-shaped track is supported by a bracket and suspended in the air; the middle rail of the I-shaped track is sandwiched between the parallel two-end guide rails In between, the clapboard clamping head is set on the middle rail, the clapboard clamping head is connected with the telescopic cylinder and can move up and down along the Z direction where the vertical direction is along with the telescopic cylinder expansion and contraction; the middle rail is set on one end of the guide rail Drive the motor, the rotation of the middle rail motor can drive the middle rail to move along the guide rails at both ends, and then drive the clapboard clamping head to move in the horizontal X direction; the clapboard clamping head itself moves along the middle rail horizontally in the Y direction under the drive of the motor.

In the above technical solution, the lifting device is mainly composed of four hollow columns connected at intervals to form a rectangular hexahedron frame with four vertical prisms; the four lifts are respectively arranged in the hollow spaces of the four columns; the four lifts pass through the bottom The overlapping plate is fixedly connected and the overlapping plate can move Z up and down with the elevator, so that when the battery stack is transferred to the overlapping plate, the height of the battery on-line unstacking can be adjusted along with the battery on-line process; the column on the same side Among them, two adjacent elevators are connected by a transmission shaft to upgrade synchronously, and an intermediate transmission shaft is installed and connected between the transmission shafts on the opposite sides. The drive shafts on the opposite sides are meshed for transmission; among the drive shafts on opposite sides, one of the drive shafts is equipped with a motor at the front end of the bevel gear pair as the power source of the elevator.

In the above technical solution, the separation roller group is mainly composed of a roller and a double-row roller chain transmission device, and the rollers are driven in series by a double-row roller chain, and the side ends of the rollers are respectively provided with a forward motor and a reverse motor. A planetary reducer is set between the forward rotation motor and the reverse rotation motor and the double-row roller chain transmission device; the upper surface of the roller is flush with the upper surface of the uppermost separator of the battery stack, and the battery is pushed to the roller by the pneumatic separation device. After the above, the forward rotation motor drives the drum to rotate forward to transmit the first row of batteries next to the drum to the subsequent transmission device in turn, and after all the first row of batteries are transmitted to the subsequent transmission device, the reverse motor drives the drum to reverse to make The second row of batteries is separated from the first row of batteries; after the first row of batteries is conveyed away by the subsequent conveying device, the drum rotates forward again to complete the on-line of the second row of batteries, and so on until all the batteries on-line are completed.

In the above technical solution, the pneumatic separation device is composed of a linear bearing, a separation cylinder, an L-shaped bracket, and a push plate; The rod is fixed on the push plate after passing through the through hole of the L-shaped bracket. The guide rod of the push plate passes through the linear bearing and can slide in the linear bearing under the action of the push rod of the separation cylinder. The battery on the top layer of the battery stack is always It is flush with the height of the push plate, so that when the push rod of the cylinder is extended, it drives the push plate to move toward the battery stack, and pushes the uppermost battery of the battery stack onto the separation roller group.

In the above technical solution, the variable-speed conveyor belt is used as a follow-up battery separation device, and is closely connected to the separation roller group from the periphery of the separation roller group's destination end; the variable-speed conveyor belt is composed of a low-speed conveyor belt and a high-speed conveyor belt in series, and each conveyor belt driving end is connected to a separate motor With the planetary reducer; when the battery is transferred from the separation roller group to the variable speed conveyor belt, the distance between the batteries at the junction of the low speed transmission belt and the high speed transmission belt is opened; the low speed transmission belt is docked with the separation roller group.

In the above technical scheme, in the battery stack, the tray is placed at the bottom, the penultimate layer is the waste lead-acid battery, and the separator is placed on it, and so on, each layer of waste lead-acid battery is separated by a separator; the separator A short post is arranged on the bottom surface, and the height of the short post is slightly greater than the height of the waste lead-acid battery.

Using the above-mentioned palletizing and depalletizing device to carry out the online method of waste lead-acid batteries is characterized in that:

First, rely on manual or mechanical hands to stack the waste lead-acid batteries on the pallet, and separate the batteries with separators, and stack the batteries in multiple layers according to this method;

Afterwards, the battery stack is transported to the battery stack conveyor belt, and then transported to the lifting device through the battery stack conveyor belt; the lifting device drives the battery stack up to keep the top waste lead-acid battery level with the pneumatic separation device and the separation roller group. The pneumatic separation device pushes the uppermost battery to the separation roller set;

After that, the push cylinder of the pneumatic separation device is retracted, the upper separator of the battery stack is empty, and the separator clamping device starts to work: the separator clamping head moves to the top of the empty separator, clamps the separator and transports it to the separator. After that, the clapboard clamping head is released, and the clapboard is transported to the designated position by the clapboard conveyor belt for stacking, which is convenient for the next use;

After the battery is pushed to the separation roller group, while the separator clamping head is working, the separation roller group completes the battery on-line by controlling the forward and reverse rotation of the two motors: after the pneumatic separation device pushes the battery onto the roller , the roller rotates forward to transfer the first row of batteries next to the roller to the subsequent conveying device in turn, and after transferring all the first row of batteries to the subsequent conveying device, the roller reverses to separate the second row of batteries from the first row of batteries ;After the first row of batteries is sent away by the follow-up conveyor, the on-line conveyor belt rotates forward to complete the on-line of the second row of batteries, and so on until all the batteries are unstacked and on-line;

After the battery is on the line, rely on the subsequent battery separation device to complete the separation of the battery: when the battery is conveyed on the battery separation device, the distance between the batteries is opened due to the speed difference between the two conveyor belts, which is convenient for subsequent battery detection and cutting.

Therefore, the utility model provides a method and device for stacking and unstacking waste lead-acid batteries. Simply classify lead-acid batteries, and place them neatly on special separators according to certain rules to form battery stacks. Through the device of the utility model, all the batteries on the battery stack are pushed onto the roller, and then the batteries are pulled to a suitable distance through the variable speed conveyor belt, which is convenient for the detection and cutting of the batteries, and at the same time, the remaining separators after pushing a layer of batteries are pushed one by one Take it away and put it neatly according to the rules for the next use. That is to say, the stacking and unstacking process of waste lead-acid batteries is completed.

Compared with the prior art, the beneficial effects produced by the utility model are as follows: 1. The lead-acid batteries are simply classified and neatly stacked on a special separator according to certain rules to form a battery stack. Compared with the traditional treatment of mixed waste lead-acid batteries, the waste lead-acid batteries are classified reasonably, which reduces the technical requirements for palletizing, reduces the workload, and improves work efficiency; 2. When unstacking Scientific and reasonable design is carried out, so that the batteries are pushed online and separated in an orderly manner; 3. The partitions and trays are separated in an orderly manner, which facilitates the sequential and simultaneous transmission of the partitions and batteries, thus greatly overcoming the low efficiency of the traditional battery on-line The problem.

The above is only a specific embodiment of the present utility model, but the scope of protection of the present utility model is not limited thereto. Any skilled person familiar with the technical field can easily think of changes within the technical scope disclosed by the utility model Or replacement, all should be covered within the scope of protection of the present utility model. Therefore, the protection scope of the present utility model should be determined by the protection scope defined in the claims.

Description of drawings

Fig. 1 is the overall structure schematic diagram of the stacking and unstacking device of the waste lead-acid battery of the utility model embodiment;

Fig. 2 is a structural schematic diagram of the battery stack of the utility model;

Fig. 3 is the structural representation of the lifting device of the utility model;

Fig. 4 is the structural representation of the utility model pneumatic separation device;

Fig. 5 is a structural schematic diagram of the partition separating device of the present invention;

Fig. 6 is a schematic structural view of the battery on-line device of the present invention;

Fig. 7 is a schematic structural diagram of the battery separation device of the present invention.

detailed description

In order to make the purpose, technical solution and advantages of the utility model clearer, the utility model will be further described in detail below through specific embodiments and in conjunction with accompanying drawings 1-7. It should be understood that the specific embodiments described here are only used to explain the utility model, and are not intended to limit the utility model.

Figures 1 to 7 are palletizing and unstacking devices for waste lead-acid batteries implemented according to the utility model, which are used for stacking multiple layers of waste lead-acid batteries 10 and four-column separators 11 at intervals and stacking them on pallets 12. The battery stack 6 is automatically separated and unstacked and the battery is put on the line; the waste lead-acid battery stacking and unstacking device mainly includes a separator clamping device 1, a lifting device 4, a pneumatic separation device 3, a separation roller group 7, Battery separation device 8; wherein, one side of the lifting device 4 is docked with the battery stack conveyor belt 5 so that the battery stack 6 is conveyed to the lifting device 4 through the battery stack conveyor belt 5, and the lifting device 4 lifts the height of the bottom of the battery on the top layer to the same level as The separation roller group 7 is flat; the lifting device 4 is provided with a separation roller group 7 and a pneumatic separation device 3 on both sides perpendicular to the battery stack conveyor belt 5, and the pneumatic separation device 3 is linearly opposite to the separation roller group 7 and is respectively connected to the lifting device 4 Docking, so that the pneumatic separation device 3 can push the uppermost waste lead-acid battery away from the battery stack 6 to reach the separation roller group 7; Docking, so that the batteries delivered by the separation roller group 7 can be separated and spaced after reaching the battery separation device; a separator clamping device 1 is arranged above the lifting device 4, and the separator clamping device 1 includes a separator clamping head 30 and the suspended track, the separator clamping head 30 is set to be able to move along the three directions of XYZ on the suspended track, after the battery on the top layer of the battery stack 6 is pushed into the separation roller group 7 and the push rod of the separation cylinder is retracted, the separator The clamping head 30 clamps the uppermost four-column separator 11 in the battery stack 6 and moves the four-column separator 11 onto the separator conveyor belt 2; After being pushed into the separation roller group 7, the lap plate 21 carrying the battery pack 6 in the lifting device 4 descends to the initial position, and the pallet 12 is transported to the pallet conveyor belt 9.

The standard pallet 12 preferably adopts a standard pallet, which can make the utility model have wider applicability.

As shown in Figures 1 to 5, the suspended track provided by the clapboard clamping device 1 is an I-shaped track, and the I-shaped track is suspended in the air by the column II28; the clapboard clamping head 30 is arranged on the guide rail II29 of the I-shaped track. The clapboard clamping head 30 is connected with the telescopic cylinder 31, and can move up and down with the telescopic cylinder 31 along the Z direction where the vertical direction is located after clamping or removing the four-column clapboard 11; the guide rail II29 is clamped on the guide rail I26 and The motor II 27 is set on the guide rail II 29, and when the motor II 27 rotates, it can drive the guide rail II 29 and then drive the clapboard clamping head 30 to move along the horizontal X direction (assuming that the horizontal direction parallel to the battery stack conveyor belt 5 is the X positive direction); similarly, the separator The panel clamping head 30 is driven by another motor 32 to move horizontally along the guide rail II 29 in the Y direction, and the motor 32 is arranged on the partition clamping head 30 . The clapboard clamping head 30 can be clamped pneumatically or electrically, and any clamping method that can be realized by conventional technical means in the art can be used. Thus, the separator clamping head 30 of the separator clamping device 1 can move in three directions of X, Y and Z. After the waste lead-acid battery 10 on the top layer of the battery stack is pushed onto the separation roller group 7, the four-column separator 11 on the uppermost layer of the battery stack 6 is left empty, and the separator clamping head 30 is moved by controlling the X, Y, and Z directions. Move to the top of the four-column partition 11 and clamp it. After the four-column partition 11 is clamped and transported to the partition conveyor belt 2, the partition clamping head 30 is released, and the four-column partition 11 is conveyed to the designated Position stacking, convenient for next use.

As shown in Figure 3, the lifting device 4 consists of a column I20, a drive shaft I13, a lap plate 21, a motor 14. Planetary reducer 15. Bevel gear 16. Transmission shaft 17 and bevel gear 18 are connected to form a rectangular frame; the elevator 19 is arranged in each column I20, and the lap plate 21 is fixedly connected to the elevator 19 and can move Z up and down with the elevator 19; the transmission shaft I13 is arranged between adjacent columns I20 for For reinforcement, and through planetary reducer 15, bevel gear 16. Transmission shaft 17 and bevel gear 18 drives the elevator on the other side to go up and down; the battery stack 6 is sent to the lap plate 21 of the lifting device 4, and can be moved up and down with the elevator 19 to adjust the upper line height.

As shown in Figure 6, the separation roller group 7 is a device that is easy to push the battery such as a conveyor belt, a roller table or a roller, and is preferably composed of a drum I33, a motor III35, a planetary reducer 34, a motor 37 and the double-row roller chain 36 are formed, and the cylinder I 33 is controlled by the motor III 35 to rotate forward, and the motor 37 controls reverse rotation, the planetary reducer 34 and the double-row roller chain 36 are used as the transmission part; the roller I33 is level with the uppermost four-column separator 11 of the battery stack 6, and is set so that after the pneumatic separation device 3 pushes the battery onto the roller I33 , the motor III35 drives the roller I33 to rotate forward to transmit the first row of batteries next to the conveyor belt to the subsequent conveying device in turn, and after the first row of batteries are all transferred to the subsequent conveying device, the motor VI37 and the roller I33 reverse to make the second row The battery is separated from the first row of batteries; after the first row of batteries is conveyed away by the subsequent conveying device, the drum I33 rotates forward to complete the on-line of the second row of batteries, and so on until all the batteries on-line are completed.

As shown in Figure 4, the pneumatic separation device 3 is composed of a linear bearing 22, a separation cylinder 23, an L-shaped support 24, and a push plate 25; the guide rod of the push plate 25 passes through the linear bearing 22 and can slide in the linear bearing 22, and the linear bearing 22 Fixed on the L-shaped bracket 24, the push rod of the separation cylinder 23 passes through the L-shaped bracket 24 and is fixed on the push plate 25. When the cylinder push rod is extended, the push plate 25 extends together with the cylinder push rod, and the linear bearing 22 to the directional effect. The battery on the uppermost layer of the battery stack 6 is pushed onto the separation roller group 7 after the separation cylinder 23 push rods are extended.

As shown in Figure 7, the variable speed conveyor belt 8 is used as a follow-up battery separation device, and is adjacent to the delivery destination of the roller separation group 7 from the periphery. 42. Double row roller chain 45. Motor 41. Motor 44. Planetary reducer 40. Planetary reducer 43 components; motor 41 controls the low-speed drum 39, the motor 44 controls the high-speed drum 38, and the motor 44 speed ratio motor The rotation speed of 41 is high; when the batteries are conveyed on the variable speed conveyor belt 8, the distance between the batteries is opened to facilitate the detection and cutting of the subsequent batteries.

As shown in FIG. 2 , the battery stack 6 is composed of a pallet 12 , a four-column separator 11 and a waste lead-acid battery 10 . The tray 12 is placed at the bottom, and waste lead-acid batteries 10 are placed on top of it. Each layer of waste lead-acid batteries 10 is separated by a four-column partition 11. In this way, the batteries are stacked in 4 to 5 layers or more layers as required. Palletizing of batteries.

The specific working steps of using the above palletizing and depalletizing device to carry out the waste lead-acid battery on-line are as follows:

The battery stack 6 relies on manpower or manipulators to stack the waste lead-acid batteries 10 on the tray 12, and the batteries are separated by four-column separators 11. According to this method, the batteries are stacked, preferably 4 to 5 layers.

Use a forklift or other equipment to transport the battery stack 6 to the battery stack conveyor belt 5, so that it is transported to the lifting device 4. The lifting device 4 can drive the battery stack 6 to rise so that the topmost waste lead-acid battery 10 is level with the pneumatic separation device 3, and the separation cylinder 23 is extended to push the topmost battery to the separation roller group 7. After the separation cylinder 23 is retracted, the upper four-column partition 11 is empty, and the partition clamping device 1 starts to work: the partition clamping head 30 capable of moving in X, Y, and Z directions moves to the top of the four-column partition 11, and then Clamping, the four-column partition 11 is transported to the partition conveyor belt 2, the partition clamping head 30 is released, and the four-column partition 11 is transferred to the designated position by the partition conveyor belt 2 for stacking, which is convenient for the next use.

The separation roller group 7 completes the battery on-line by controlling the forward rotation and reverse rotation of the motor III35. The battery is pushed onto the separating roller set 7, the motor III35 forwardly rotates to send the first row of batteries onto the variable speed conveyor belt 8 perpendicular to the conveying direction of the separating roller set 7, and the motor III35 reverses to separate the first row of batteries from the second row of batteries. Separated, after the first row of batteries is conveyed, the motor Ⅵ37 rotates forward again, and the second row of batteries is sent to the variable speed conveyor belt 8, so that the cycle is completed to complete the on-line of all batteries.

The separation of batteries relies on the variable speed conveyor belt 8 to complete. motor 41 controls the low-speed drum 39, the motor 44 controls the high-speed drum 38, and the motor 44 speed ratio motor 41 revs high. When the batteries are conveyed on the variable-speed conveyor belt 8, the distance between the batteries is opened due to the speed difference between the two conveyor belts, which facilitates the detection and cutting of the subsequent batteries.

The above is only a specific embodiment of the present utility model, but the scope of protection of the present utility model is not limited thereto. Any skilled person familiar with the technical field can easily think of changes within the technical scope disclosed by the utility model Or replacement, all should be covered within the scope of protection of the present utility model. Therefore, the protection scope of the present utility model should be determined by the protection scope defined in the claims.

Claims (7)

1. waste and old lead acid accumulator piling and a de-stacking device, is characterized in that: described battery buttress is stacked multilayer by waste and old lead acid accumulator and baffle interval and is placed on pallet and formed; Described waste and old lead acid accumulator piling and de-stacking device mainly comprise lowering or hoisting gear, dividing plate clamp device, pneumatic separating device, separate roller subgroup, battery separator; Wherein, lowering or hoisting gear is the middle rectangular hexahedron framework with liftable lapping plate, and described lapping plate is for carrying battery buttress; Side and the battery of lowering or hoisting gear are piled up neatly conveyer belt and are docked and battery is piled up neatly pile up neatly conveyer belt through battery to be sent to lowering or hoisting gear place, and can by lifting under lowering or hoisting gear effect; The both sides of conveyer belt horizontal vertical are being piled up neatly with battery, lowering or hoisting gear side is disposed adjacent separate roller subgroup opposite side and is disposed adjacent pneumatic separating device, pneumatic separating device is relative with separate roller subgroup straight line and dock with lowering or hoisting gear separately, makes pneumatic separating device can to pile up neatly being lifted to by lowering or hoisting gear the bottom most last layer battery mutually concordant with separate roller subgroup from battery and push away and arrive separate roller subgroup; Battery separator and separate roller subgroup dock the battery that separate roller subgroup is sent can separated interval after arriving battery separator; Dividing plate clamp device is provided with above lowering or hoisting gear, dividing plate clamp device comprises dividing plate clamping head and overhead track, and described dividing plate clamping head is set to move along XYZ tri-directions in overhead track and layering gripping diaphragm makes dividing plate move on the dividing plate conveyer belt corresponding up and down with dividing plate clamping head; Lowering or hoisting gear opposite side is disposed adjacent with pallet conveyer belt, and pallet conveyer belt is set to after batteries all on pallet are all pushed into separate roller subgroup, and the lapping plate in lowering or hoisting gear drops to initial position, and pallet is transported on pallet conveyer belt.

2. waste and old lead acid accumulator piling according to claim 1 and de-stacking device, is characterized in that: in dividing plate clamp device, described overhead track is I shape track, and this I shape track is supported by support and unsettled; The mid-rail of I shape track is folded between the two ends guide rail that parallels, and mid-rail arranges dividing plate clamping head, this dividing plate clamping head be connected with telescopic cylinder and can stretch with telescopic cylinder and vertically the Z-direction at place move up and down; One end guide rail arranges mid-rail drive motors wherein, this mid-rail drive motors rotates and mid-rail can be driven to move along two ends guide rail and then drive dividing plate clamping head along horizontal X to moving; Dividing plate clamping head is from moving along the horizontal Y-direction of mid-rail under the driving of mid-rail drive motors.

3. waste and old lead acid accumulator piling according to claim 1 and de-stacking device, is characterized in that: lowering or hoisting gear forms the rectangular hexahedron framework with four vertical prisms primarily of the column interval connection of four hollows; Four lifts are separately positioned in the hollow space of four columns; To be fixedly connected with by the lapping plate of bottom between four lifts and lapping plate can do Z-direction with lift moves up and down, to make to adjust battery after on lapping plate with line process on battery to reach the standard grade the height of de-stacking when battery buttress is sent to; Be arranged in the column of the same side, two adjacent lifts are connected and synchronization lifting by a power transmission shaft, settle connection intermediate propeller shaft in addition between the power transmission shaft of relative both sides, these intermediate propeller shaft two ends are respectively by the power transmission shaft engaged transmission of a bevel gear pair with relative both sides; In the power transmission shaft of relative both sides, wherein the power transmission shaft of side arranges motor as lift power source in bevel gear pair front end.

4. waste and old lead acid accumulator piling according to claim 1 and de-stacking device, it is characterized in that: described separate roller subgroup is primarily of cylinder and double-row roller chain transmission device composition, connected and transmission by duplex chain between cylinder, the side of cylinder arranges positive rotating motor and reverse motors respectively, and positive rotating motor and reverse motors are separately and all arrange a planetary reduction gear between double-row roller chain transmission device; It is mutually concordant that the superiors' dividing plate upper surface piled up neatly by cylinder upper surface and battery, be set at pneumatic separating device, battery be shifted onto after above cylinder, rotating forward motor drives cylinder rotating forward to be sent on follow-up conveyer successively by the first row battery of next-door neighbour's cylinder, and first row battery is all being passed to after on follow-up conveyer, motor with reciprocating movement drives cylinder reversion that second row battery is separated with first row battery; By the time, after first row battery is left by follow-up conveyer transmission, rotate forward motor and drive cylinder to rotate forward reaching the standard grade of second row battery again, so repeatedly, until complete reaching the standard grade of all batteries.

5. waste and old lead acid accumulator piling according to claim 1 and de-stacking device, is characterized in that: pneumatic separating device is connected to form by linear bearing, separation cylinder, L-type support, push pedal; L-type support is fixedly installed and is fixedly installed linear bearing on the vertical plane of this L-type support; The push rod of separation cylinder is fixed in push pedal through after L-type support through hole, the guide rod of push pedal also can slide through described linear bearing under the push rod effect of separation cylinder in linear bearing, the battery of the battery buttress the superiors is always highly mutually concordant with described push pedal, make to drive push pedal to move toward battery buttress direction together when cylinder push-rod extends, battery battery being piled up neatly the superiors is shifted onto in separate roller subgroup.

6. waste and old lead acid accumulator piling according to claim 1 and de-stacking device, is characterized in that: Variable-speed conveyor belt, as further battery separator, is close to separate roller subgroup from separate roller subgroup destination periphery and docks; Described Variable-speed conveyor belt by low speed rotation band and high-speed conveyor straight line in series, each belt-driven end all connects independent motor and planetary reduction gear; When battery is by when separate roller subgroup arrival Variable-speed conveyor belt is transmitted, the spacing between low speed rotation band and high-speed conveyor intersection battery is opened; Described low speed rotation band docks with described separate roller subgroup.

7. waste and old lead acid accumulator piling according to claim 1 and de-stacking device, is characterized in that: in battery buttress, pallet is placed on bottom, layer second from the bottom is waste and old lead acid accumulator, place dividing plate above, by that analogy, every one deck waste and old lead acid accumulator dividing plate separates; Described dividing plate bottom surface arranges doll, and described doll height is greater than described waste and old lead acid accumulator height.