CN207441909U - A kind of waste lead acid battery overturns eedle threader - Google Patents
A kind of waste lead acid battery overturns eedle threader Download PDFInfo
- Publication number
- CN207441909U CN207441909U CN201721429024.4U CN201721429024U CN207441909U CN 207441909 U CN207441909 U CN 207441909U CN 201721429024 U CN201721429024 U CN 201721429024U CN 207441909 U CN207441909 U CN 207441909U
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- Prior art keywords
- battery
- clamp system
- overturning
- cylinder
- lead acid
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/50—Reuse, recycling or recovery technologies
- Y02W30/84—Recycling of batteries or fuel cells
Abstract
The utility model discloses a kind of waste lead acid batteries to overturn eedle threader, for waste lead acid battery after cutting to be overturn and reached the standard grade, it is characterised in that mainly include：Overturning frame, battery clamp system, overturning actuating unit, delivery device；Battery clamp system, overturning actuating unit, delivery device are set below overturning frame, and battery clamp system is connected with overturning actuating unit and realizes rotary movement under overturning actuating unit effect；It is located at during battery clamp system original state below delivery device, when being turned to level height corresponding with delivery device by overturning actuating unit, delivery device acts and releases waste lead acid battery sandwiched in battery clamp system.The effective battery case that solves is reached the standard grade and turning problem, realizes mechanical automation production, the acid pickle in battery case is avoided to damage environment and worker's body.
Description
Technical field
The utility model is related to waste and old materials to be recycled technical field, and in particular to waste lead storage battery is overturn
With the new equipment reached the standard grade.
Background technology
Traditional lead-acid battery slot reclaiming industry mainly uses the way of recycling of " first mix and divide afterwards ", Ke Yijing both at home and abroad
It crosses series of processes and obtains the useful resources such as lead-antimony alloy, plastics, lead plaster, separator paper, lead-calcium alloy, sulfuric acid, but this tradition
Way of recycling there is also some problems.This way of recycling is that battery case is carried out with the method for crusher Convergency fracturing first
Recycling pretreatment, after being mixed using the broken battery case each several part of high-power crushing plant, makes plastic groove part
In the chip containing lead simple substance and lead compound, and the impurity such as copper, iron are mixed into lead, this all increase subsequent recovery difficulty and into
This, and influences to recycle the purity of product, makes entirely to regenerate removal process that there are the rate of recovery is low, recovery difficult is big, cost recovery is high
The problems such as；And on the one hand the acid solution flowed out in shattering process is easily brought into follow-up other equipment, equipment is damaged, it is another
The acid mist formed in the acid solution and shattering process of aspect outflow can be greatly leaked in ambient enviroment, and dirt is caused to environment
Dye, is detrimental to health, and is a kind of waste of resource；And removal process can be increased to the energy using high-power crushing plant
Demand, be unfavorable for save cost and implement country the policy in relation to " energy-saving and emission-reduction ".
Relatively this more extensive way of recycling first carries out battery case there are also relatively more advanced early period
The method that lid and pole plate cutting carry out separated " first cut and divide again " again, but multi-purpose after cutting manually separate or be transferred to other and set
It is standby to be separated.It is not only less efficient for artificial separated mode, but also a huge sum of money in the waste lead acid battery slot cut through
Belong to and sulfuric acid liquid has great harm to worker's body；It, then can be because of transfer for being transferred to mode of the other equipment in processing
Process it is unreasonable and increase the process of processing, and reduce efficiency, increase cost.
Utility model content
The technical problems to be solved in the utility model, which is that research and development are a kind of, to be used to overturn waste lead acid battery after cutting
With the device reached the standard grade, the waste lead acid battery after upper cover is cut, carry out 180 ° overturning after be transported to Separation by vibration all-in-one machine into
Row efficiently separates；Separation process environment-friendly high-efficiency and at low cost.
In order to solve the above technical problems, the utility model adopts the following technical solution：
A kind of waste lead acid battery overturns eedle threader, for waste lead acid battery after cutting to be overturn and is reached the standard grade,
It is characterized in that mainly include：Overturning frame, battery clamp system, overturning actuating unit, delivery device；It is set below overturning frame
Battery clamp system, overturning actuating unit, delivery device are put, battery clamp system is connected with overturning actuating unit and is moved in overturning
Force mechanisms effect is lower to realize rotary movement；It is located at during battery clamp system original state below delivery device, by overturning power
When mechanism is turned to level height corresponding with delivery device, delivery device is acted and given up sandwiched in battery clamp system
Old lead-acid battery is released.
Further, waste lead acid battery overturning is docked with eedle threader front end with roller conveyer belt straight line, passes through roller
Battery conveying after cutting is come in be put into battery clamp system by sub- conveyer belt, on the running orbit below battery clamp system
Acid solution collection device is set, for being reversed the sulfate liquid collected topple in the process in battery；Battery is overturn and eedle threader
Rear end is docked with Separation by vibration all-in-one machine, when the notch of battery clamp system is docked with the vibra shoot notch of Separation by vibration all-in-one machine
When, the battery case after pouring liquid in battery clamp system is pushed in Separation by vibration all-in-one machine after progress by delivery device action
Continuous separation vibration.
Further, delivery device includes cylinder, hanging plate, and hanging plate lateral cross is L-shaped, and L-shaped vertical end is fixed on
Below overturning frame, L-shaped horizontal ends are vacantly stretched out out of space below overturning frame, and cylinder is horizontally fixed on hanging plate
In L-shaped horizontal ends, push plate is set in the piston rod end of cylinder, the push plate with L-shaped horizontal ends are perpendicular is vertically arranged；Work as electricity
When pond clamp system flips up from below, one end of battery clamp system is corresponding with push plate, the other end and Separation by vibration one
Body machine corresponds to so that cylinder can be released the battery in battery clamp system into Separation by vibration all-in-one machine by push plate.
Further, the battery clamp system is by transition pot shell, transition roller, rectangular teeth clamping plate, clamping cylinder, stretching
Arm is formed：Transition pot shell has horizontal upper cover and two vertical parallel opposite side walls, and the transition with the installation of transition pot shell bottom surface is rolled
Cylinder forms a rectangle clamping cavity；Clamping cylinder is fixed on transition pot shell bottom, and rectangular teeth clamping plate is promoted to move upwards and will press from both sides
Battery clamps after holding the cutting in cavity；Cantilever arm from a side of transition pot shell outwards obliquely downward direction stretch out, and with it is vertical
Direction keeps set angle；In initial clip position, transition roller is docked with roller conveyer belt straight line, and battery clamp system is just
When overturning 180 °, transition pot shell docks simultaneously with vibra shoot notch and push plate in Separation by vibration all-in-one machine.
Further, rectangular teeth clamping plate includes the rectangular teeth that multiple parallel intervals are set, and rectangular teeth is fixed on by bottom plate
Clamping cylinder；Rectangular teeth clamping plate is fixed on clamping cylinder, is placed below the transition roller inside transition pot shell, and is set
With the action of clamping cylinder, to stretch out that the battery after cutting is clamped or is retracted in transition roller gap and recovering initial shape
State.
Further, the overturning actuating unit includes the combination of double rocking lever part and crank block part：
Wherein, double rocker mechanism includes overturning frame, power rail, rocking bar, battery clamp system, and rocking bar upper end is hinged on
On overturning frame, rocking bar lower end is hinged on battery clamp system transition pot shell and is not provided on the one side of cantilever arm, battery clamping machine
Structure is hinged below connecting rod position, battery clamp system cantilever arm by cantilever arm hinge shaft with power rail；Work as power rail
Counterclockwise rotation 80 °, battery clamp system overturn 180 °, transition pot shell just with vibra shoot notch pair in Separation by vibration all-in-one machine
It connects；
Crank block part includes the actuating cylinder and power rail as sliding block module；Power rail 8 be V-arrangement crank, V
The two of shape crank branch into primary push rod and push arm；The V-arrangement angle that two branch's Length discrepancies of V-arrangement crank set and formed is more than 90
It spends, is connected between two branches of V-arrangement crank by secondary push rod, and primary push rod is vertically arranged with secondary push rod, push arm hangs down with secondary push rod
It is straight to set；Power rail is hinged on by wherein a branch namely the push arm in two branches on overturning frame, and the end of the branch
It is hinged with battery clamp system, another branch of V-arrangement crank namely the end of primary push rod and the free end of actuating cylinder are hinged；Power
Cylinder is hinged on by cylinder fixed hinged seat on overturning frame.
Further, two spaced and parallel push arms are set.
Further, power rail is hinged on by wherein a branch namely the push arm in two branches on lower outstanding fixed arm, under
Outstanding fixed arm pendency is fixed on overturning frame.
In above-mentioned technical proposal, between actuating cylinder and power rail, between power rail and connecting rod, between connecting rod and rocking bar, rocking bar with
Corresponding bearing is both provided between pedestal support section to mitigate the friction between rotatable parts.
Method of the battery overturning with reaching the standard grade is carried out using the waste lead acid battery overturning eedle threader of the utility model, it is special
Sign comprises the following specific steps that：
First, battery case enters transition pot shell after accelerating by roller conveyer belt and then collides stopping, clamping cylinder
Signal is received, promotes rectangular teeth clamping plate that battery case is fixedly clamped from lower part；
Then, overturn the actuating cylinder in actuating unit and provide torque for power rail, realize battery case overturning；In battery case
Switching process in, acid solution outwards overflows and instills the arc acid solution collection device of overturning actuating unit lower part in battery case, when
After battery overturns actuating unit and vibra shoot notch docks in Separation by vibration all-in-one machine, overwhelming majority acid solution therein is divided
It separates out and, be only attached to outer casing inner wall on a small quantity and be adsorbed on cluster part, while the battery channel opening being cut is
Downwards, battery case is only left outer plastic groove body and internal cluster part at this time；
Finally, battery clamp system unclamps the battery case clamped, is entered under the promotion of cylinder in Separation by vibration mechanism
Carry out the separation of plastic groove and cluster group.
The utility model is the excessive mechanism of cutting machine and Separation by vibration integral mechanism, effectively solves battery case and reaches the standard grade
With turning problem, realize mechanical automation production, the acid pickle in battery case is avoided to damage environment and worker's body.
Description of the drawings
Fig. 1 is waste lead acid battery overturning disclosed in the utility model and eedle threader installation diagram (stereogram)；
Fig. 2 is that waste lead acid battery overturning disclosed in the utility model and eedle threader overall structure diagram are (three-dimensional
Figure)；
Fig. 3 is that the overturning of the utility model waste lead acid battery and the battery of eedle threader clamp mechanism structure schematic diagram；
Fig. 4 is rectangular teeth clamp region schematic diagram disclosed in the utility model；
Fig. 5 is Separation by vibration integral mechanism structure diagram disclosed in the utility model；
Fig. 6 is state diagram before battery case flip module overturning disclosed in the utility model；
Fig. 7 is state diagram after battery case flip module overturning disclosed in the utility model；
Fig. 8 is battery case flip-flop movement schematic diagram disclosed in the utility model；
Fig. 9 is the top view of the utility model power rail 8；
Figure 10 is the positive direction view of Fig. 9；
Figure 11 is the left view of Fig. 9.
In Fig. 1-11, each reference numeral corresponds to as follows：
| Reference numeral | Title |
| 1 | Separation by vibration all-in-one machine |
| 2 | Acid solution collection device |
| 3 | Battery is overturn and eedle threader |
| 4 | Roller conveyer belt |
| 5 | Cylinder |
| 6 | Rotation axis |
| 7 | Overturning frame |
| 8 | Power rail |
| 8-1 | Primary push rod |
| 8-2 | Secondary push rod |
| 8-3 | Push arm |
| 9 | Actuating cylinder |
| 10 | Cylinder fixed hinged seat |
| 11 | Rocking bar |
| 12 | Battery clamp system |
| 13 | Transition pot shell |
| 14 | Transition roller |
| 15 | Rectangular teeth clamping plate |
| 15-1 | Bottom plate |
| 15-2 | Rectangular teeth |
| 16 | Clamping cylinder |
| 17 | Vibra shoot |
| 17-1 | Vibra shoot notch |
| 18 | Separation by vibration rack |
| 19 | Cantilever arm |
| 20 | Cantilever arm hinge shaft |
| 21 | Hanging plate |
| 22 | Fixed arm |
Specific embodiment
Technical solutions of the utility model are discussed in detail in 1-11 below in conjunction with the accompanying drawings.
It is to be used to give up to what waste lead acid battery after cutting was handled according to what the utility model was implemented as illustrated in figs. 2 through 8
Old lead-acid battery overturning and eedle threader 3, component mainly includes：Overturning frame 7, battery clamp system 12, overturning are dynamic
Force mechanisms, delivery device；7 lower section of overturning frame sets battery clamp system 12, overturning actuating unit, delivery device, battery folders
Tight mechanism 12 is connected with overturning actuating unit and realizes rotary movement under overturning actuating unit effect；At the beginning of battery clamp system 12
It is located at during beginning state below delivery device, when being turned to level height corresponding with delivery device by overturning actuating unit,
Delivery device acts and releases waste lead acid battery sandwiched in battery clamp system 12.
Such as Fig. 1, battery overturning is docked with 3 front end process of eedle threader with 4 straight line of roller conveyer belt, conveyed by roller
Battery conveying after cutting is come in be put into battery clamp system 12 by band 4, on the running orbit below battery clamp system 12
Arc acid solution collection device 3 is set, for being reversed the sulfate liquid collected topple in the process in battery；Battery is overturn with reaching the standard grade
3 rear end of device is docked with Separation by vibration all-in-one machine 1, and Separation by vibration all-in-one machine 1 is located at same level height with hanging plate 21, passes through
Battery case after pouring liquid is pushed to progress later separation in Separation by vibration all-in-one machine 1 and shaken by the push plate set at hanging plate 21
It starts building sequence.
It is the concrete structure of delivery device shown in Fig. 1-2, including cylinder 5, hanging plate 21, hanging plate 21 is L-shaped, L-shaped
Vertical end is fixed below overturning frame 7, and L-shaped horizontal ends are vacantly stretched out out of 7 lower section of overturning frame space, 5 water of cylinder
It is flat to be fixed in the L-shaped horizontal ends of hanging plate 21, in the piston rod end of cylinder 5, push plate, the push plate and L-shaped horizontal ends phase are set
Vertical is vertically arranged.When battery clamp system 12 comes from bottom reversed, notch one end and the push plate phase of transition pot shell 13
Corresponding other end Separation by vibration all-in-one machine 1 corresponds to so that cylinder 5 can be arrived the battery release in transition pot shell 13 by push plate
In Separation by vibration all-in-one machine 1.
Such as Fig. 2-4, the battery clamp system 12 is by transition pot shell 13, transition roller 14, rectangular teeth clamping plate 15, clamping gas
Cylinder 16, cantilever arm 19 are formed：Transition pot shell 13 has horizontal upper cover and two vertical parallel opposite side walls, with transition pot shell bottom surface
The transition roller 14 of installation forms a clamping cavity.Clamping cylinder 16 is fixed on 13 bottom of transition pot shell, promotes rectangle toothholder
Battery clamps after plate 15 moves upwards the cutting that will be clamped in cavity.Rectangular teeth clamping plate 15 includes the square that multiple parallel intervals are set
Shape tooth 15-2, rectangular teeth 15-2 are fixed on by bottom plate 15-1 on clamping cylinder 16.Rectangular teeth clamping plate 15 is fixed to clamping gas
On cylinder 16, it is placed below the transition roller 14 inside transition pot shell 13, with the action of clamping cylinder, between transition roller 14
It stretches out that the battery after cutting is clamped or is retracted in gap and restPoses.Cantilever arm 19 from a side of transition pot shell 13 to
Direction is stretched out obliquely downward outside, and keeps set angle with vertical direction.
Such as Fig. 1,6-8, the overturning actuating unit includes the combination of double rocking lever part and crank block part：
Wherein, double rocker mechanism includes overturning frame 7, power rail 8, rocking bar 11, battery clamp system 12,11 upper end of rocking bar
It is hinged on by hinge joint F in rotation axis 6, rotation axis 6 is fixed on 7 lower section of overturning frame, and 11 lower end of rocking bar is revolved by hinge joint E
Turn to be fixed on 12 transition pot shell 13 of battery clamp system and be not provided on the one side of cantilever arm 19, battery clamp system 12 generally in
Connecting rod position, 12 cantilever arm of battery clamp system, 19 lower section are hinged by cantilever arm hinge shaft 20 with power rail 8 in hinge joint D；When
Power rail 8 counterclockwise rotation 80 °, battery clamp system 12 overturn 180 °, transition pot shell 13 just in Separation by vibration all-in-one machine 1
Vibra shoot notch 17-1 is docked；
Crank block part is included as the actuating cylinder 9 of sliding block module and power rail 8；Such as Fig. 1,6-11, power rail
8 be V-arrangement crank, and two branches (primary push rod 8-1 and push arm 8-3) Length discrepancy of V-arrangement crank is set and V-arrangement angle is more than 90 degree of (figures
Preferably 100 degree of 10 embodiments), by secondary push rod 8-2 connections between two branch primary push rod 8-1 and push arm 8-3 of V-arrangement crank,
Middle primary push rod 8-1 is vertically arranged with pair push rod 8-2, and push arm 8-3 is vertically arranged with pair push rod 8-2；To balance strength, two are set
Spaced and parallel push arm 8-3；Power rail 8 is hinged on overturning frame 7 by the wherein branch 8-3 in two branches (by turning over
Fixed lower outstanding fixed arm 22 is hinged in hinge joint C on favourable turn frame 7), and the end of branch 8-3 and the battery clamp system
12 are hinged in hinge joint D, and the end and the free end of actuating cylinder 9 of another branch 8-1 of V-arrangement crank are hinged in hinge joint B, in fact
The overturning of existing battery clamp system 12 provides the torque needed.Actuating cylinder 9 is hinged by cylinder fixed hinged seat 10 in hinge joint A
On overturning frame 7.
Wherein, between cylinder fixed hinged seat 10 (i.e. hinge joint A) and cylinder 9, between cylinder 9 and power rail 8, power rail 8 and electricity
Between pond clamp system 12, between battery clamp system 12 and rocking bar 11, rocking bar 11 and overturning frame 7 (i.e. hinge joint F corresponding parts)
There is corresponding bearing to mitigate the friction between rotatable parts.
Using the utility model for waste lead acid battery overturning and loading method, feature includes following specific step
Suddenly：
First, the battery case after cutting (including acid solution, outer plastic groove body and internal cluster) is opening up, is passing through
It crosses after roller conveyer belt 4 accelerates and enters transition pot shell 13 and then collide stopping, the clamping cylinder 16 of battery clamp system 12 connects
Signal is received, promotes rectangular teeth clamping plate 15 that battery case is fixedly clamped from lower part.
Then, overturn the actuating cylinder 9 in actuating unit and provide torque for power rail 8, battery case overturning is realized, in battery
In the switching process of slot, acid solution outwards overflows and instills battery overturning and the arc acid solution receipts of 3 lower part of eedle threader in battery case
In acquisition means 2 (such as Fig. 1 is arc groove), when 17-1 pairs of vibra shoot notch in battery clamp system 12 and Separation by vibration all-in-one machine 1
When connecing, overwhelming majority acid solution therein has been separated, and is only attached to outer plastic shell inner wall on a small quantity and is adsorbed on
Cluster part, while the battery channel opening being cut is downward, transition pot shell 13 aligns with Separation by vibration all-in-one machine 1, this
When battery case be only left outer plastic groove body and internal cluster part.
Finally, battery clamp system 12 unclamps the battery case clamped, enters and shakes under the promotion of the cylinder 5 of delivery device
The separation of outer plastic groove body and internal cluster is carried out in dynamic separating one-piece 1.
The action for overturning actuating unit is specific as follows：
Stretching motion is carried out by actuating cylinder 9, makes actuating cylinder 9 in hinge joint B propulsion powers bar 8 around overturning frame 7
On hinge joint C rotate, power rail 8 drives to be moved as the battery clamp system 12 of connecting rod, and battery clamp system 12 is pulled and shaken
Bar 11, will be in rocking bar 11 overturn preceding initial position (Fig. 6) transition pot shell 13 carry out 180 ° overturning, make transition pot shell 13 by with
Cutting machine conveyer belt 4 docking switchs to dock with Separation by vibration all-in-one machine vibra shoot notch 17-1, at this time transition pot shell 13 and meanwhile with
The push plate of delivery device corresponds to, so that battery can be pushed to (vibra shoot 17 in Separation by vibration all-in-one machine vibra shoot 17 by push plate
It is fixed in Separation by vibration rack 18).
The above is only specific embodiment of the present utility model, but the scope of protection of the utility model is not limited to
In this, in the technical scope that any one skilled in the art discloses in the utility model, the change that can readily occur in
Change or replace, should be covered within the scope of the utility model.Therefore, the scope of protection of the utility model should be with power
Profit is required subject to defined protection domain.
Claims (9)
1. a kind of waste lead acid battery overturns eedle threader, for waste lead acid battery after cutting to be overturn and is reached the standard grade,
It is characterized in that mainly including：Overturning frame, battery clamp system, overturning actuating unit, delivery device；It is set below overturning frame
Battery clamp system, overturning actuating unit, delivery device, battery clamp system are connected with overturning actuating unit and in overturning power
Mechanism effect is lower to realize rotary movement；It is located at during battery clamp system original state below delivery device, by overturning engine
When structure is turned to level height corresponding with delivery device, delivery device action and will be sandwiched waste and old in battery clamp system
Lead-acid battery is released.
2. waste lead acid battery according to claim 1 overturns eedle threader, it is characterised in that：The waste lead acid battery turns over
Turn to dock with eedle threader front end with roller conveyer belt straight line, battery conveying after cutting comes in be put into electricity by roller conveyer belt
In the clamp system of pond, acid solution collection device is set on the running orbit below battery clamp system, for being reversed in battery
The sulfate liquid toppled over is collected in the process；Battery overturning is docked with eedle threader rear end with Separation by vibration all-in-one machine, works as battery folders
When the tight notch of mechanism is docked with the vibra shoot notch of Separation by vibration all-in-one machine, delivery device action will incline in battery clamp system
Battery case after pouring liquid is pushed to progress later separation vibration in Separation by vibration all-in-one machine.
3. waste lead acid battery according to claim 1 or 2 overturns eedle threader, it is characterised in that：Delivery device includes
Cylinder, hanging plate, hanging plate lateral cross is L-shaped, and L-shaped vertical end is fixed below overturning frame, and L-shaped horizontal ends are from overturning
It is vacantly stretched out in space below rack, cylinder is horizontally fixed in the L-shaped horizontal ends of hanging plate, in the piston rod end of cylinder
Push plate is set, the push plate with L-shaped horizontal ends are perpendicular is vertically arranged；When battery clamp system flips up from below, electricity
One end of pond clamp system is corresponding with push plate, and the other end is corresponding with Separation by vibration all-in-one machine so that cylinder can pass through push plate
Battery in battery clamp system is released into Separation by vibration all-in-one machine.
4. waste lead acid battery according to claim 3 overturns eedle threader, it is characterised in that：The battery clamp system
It is made of transition pot shell, transition roller, rectangular teeth clamping plate, clamping cylinder, cantilever arm：There is transition pot shell horizontal upper cover and two to erect
Straight parallel opposite side wall forms a rectangle clamping cavity with the transition roller of transition pot shell bottom surface installation；Clamping cylinder is consolidated
Transition pot shell bottom is scheduled on, rectangular teeth clamping plate is promoted to move upwards battery clamping after the cutting that will be clamped in cavity；Cantilever arm from
Outwards direction is stretched out obliquely downward for one side of transition pot shell, and keeps set angle with vertical direction；In initial clip position, mistake
Roller is crossed to dock with roller conveyer belt straight line, when battery clamp system just overturns 180 °, transition pot shell while and Separation by vibration
Vibra shoot notch and push plate docking in all-in-one machine.
5. waste lead acid battery according to claim 4 overturns eedle threader, it is characterised in that：Rectangular teeth clamping plate includes more
The rectangular teeth that a parallel interval is set, rectangular teeth are fixed on clamping cylinder by bottom plate；Rectangular teeth clamping plate is fixed to clamping gas
It on cylinder, is placed below the transition roller inside transition pot shell, and is arranged to the action with clamping cylinder, between transition roller
It stretches out that the battery after cutting is clamped or is retracted in gap and restPoses.
6. waste lead acid battery overturning eedle threader according to claim 1 or 5, it is characterised in that：The overturning power
Mechanism includes the combination of double rocking lever part and crank block part：
Wherein, double rocker mechanism includes overturning frame, power rail, rocking bar, battery clamp system, and rocking bar upper end, which is hinged on, to be overturn
In rack, rocking bar lower end is hinged on battery clamp system transition pot shell and is not provided on the one side of cantilever arm, and battery clamp system is whole
Body is in connecting rod position, is hinged below battery clamp system cantilever arm by cantilever arm hinge shaft with power rail；When the power rail inverse time
Pin rotates 80 °, and battery clamp system overturns 180 °, and transition pot shell is just docked with vibra shoot notch in Separation by vibration all-in-one machine；
Crank block part includes the actuating cylinder and power rail as sliding block module；Power rail be V-arrangement crank, V-arrangement crank
Two branch into primary push rod and push arm；The V-arrangement angle that two branch's Length discrepancies of V-arrangement crank set and formed is more than 90 degree, and V-arrangement is bent
It is connected between two branches of handle by secondary push rod, and primary push rod is vertically arranged with secondary push rod, push arm is vertically arranged with secondary push rod；It is dynamic
Power bar is hinged on by wherein a branch namely the push arm in two branches on overturning frame, and the end of the branch is clamped with battery
Mechanism is hinged, and another branch of V-arrangement crank namely the end of primary push rod and the free end of actuating cylinder are hinged；Actuating cylinder passes through gas
Cylinder fixed hinged seat is hinged on overturning frame.
7. waste lead acid battery according to claim 6 overturns eedle threader, it is characterised in that：Setting two is spaced and parallel
Push arm.
8. waste lead acid battery according to claim 7 overturns eedle threader, it is characterised in that：Power rail passes through two branches
In wherein a branch namely push arm be hinged on lower outstanding fixed arm, lower outstanding fixed arm pendency is fixed on overturning frame.
9. waste lead acid battery according to claim 8 overturns eedle threader, it is characterised in that：Actuating cylinder and power rail
Between, between power rail and connecting rod, between connecting rod and rocking bar, corresponding bearing is both provided between rocking bar and pedestal support section and is turned with mitigating
Friction between dynamic component.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721429024.4U CN207441909U (en) | 2017-11-01 | 2017-11-01 | A kind of waste lead acid battery overturns eedle threader |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721429024.4U CN207441909U (en) | 2017-11-01 | 2017-11-01 | A kind of waste lead acid battery overturns eedle threader |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207441909U true CN207441909U (en) | 2018-06-01 |
Family
ID=62290553
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721429024.4U Withdrawn - After Issue CN207441909U (en) | 2017-11-01 | 2017-11-01 | A kind of waste lead acid battery overturns eedle threader |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207441909U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108461766A (en) * | 2018-06-28 | 2018-08-28 | 惠州华科技术研究院有限公司 | Core apparatus is closed in battery overturning |
-
2017
- 2017-11-01 CN CN201721429024.4U patent/CN207441909U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108461766A (en) * | 2018-06-28 | 2018-08-28 | 惠州华科技术研究院有限公司 | Core apparatus is closed in battery overturning |
| CN108461766B (en) * | 2018-06-28 | 2024-04-05 | 惠州华科技术研究院有限公司 | Battery overturning core-closing device |
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