CN205772006U - A kind of electrolytic zinc heap palletizing apparatus - Google Patents
A kind of electrolytic zinc heap palletizing apparatus Download PDFInfo
- Publication number
- CN205772006U CN205772006U CN201620503236.1U CN201620503236U CN205772006U CN 205772006 U CN205772006 U CN 205772006U CN 201620503236 U CN201620503236 U CN 201620503236U CN 205772006 U CN205772006 U CN 205772006U
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- China
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- metal sheet
- zinc
- zinc metal
- conveyer device
- reception
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- Withdrawn - After Issue
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Abstract
nullThis utility model relates to a kind of electrolytic zinc heap palletizing apparatus，Including buffering reception device、First conveyer device、Device for regulating direction、Turnover device、Lowering or hoisting gear、Second conveyer device、Weighing device and the controller of control complete machine automatic operating，Wherein said buffering reception device includes two groups at a slow speed to the elastic roller turned and cross rollover stand，The described each half-twist of cross rollover stand lies in the zinc metal sheet received on the first conveyer device，Device for regulating direction includes the jacking-rotating device being arranged on the flexible clamping element above the first conveyer device transfer passage and coordinating with it，After zinc metal sheet puts in place, jacking-rotating device is by zinc metal sheet jack-up，Together with flexible clamping element, zinc metal sheet clamped and rotate 180 °，Realize the dislocation pile to zinc metal sheet，Turnover device include two pieces can the portable plate of folding relatively，Realize the reception to zine plate and transfer，It is neat that the electrolytic zinc heap palletizing apparatus using said structure has stacking、Convenient transhipment、Save artificial、Advantage simple to operation.
Description
Technical field
This utility model belongs to the technical field that rolled tin carries out during wet zinc smelter carrying pile, particularly relates to one
In electrolytic zinc production process, the zinc metal sheet stripped down on minus plate is carried out the electrolytic zinc heap palletizing apparatus of pile arrangement.
Background technology
In wet zinc smelter electrolytic deposition process, under the function of current, in electrolysis bath, cathode plate surface gradually forms zinc deposition, warp
After crossing certain electrolysing period, minus plate is taken out from electrolysis bath, by manual type or mechanical system, the metallic zinc of deposition is shelled
From, obtain required metal product, then minus plate is sent back to electrolysis bath, start new round metal deposit, so circulate, raw
The highly purified zinc metal sheet of output.After these zinc metal sheets are stripped from minus plate, by uniform packing, concentrate and be transported to founding workshop, system
It is made the zinc ingot metal that specification, weight etc. are unified, is finished product electricity zinc.
When using machinery stripping zinc, owing to the efficiency of machinery stripping zinc is higher, artificial heap piling is used to often lead to labour force's
A large amount of consumption, the low inferior series of problems of efficiency, the theory with automated production is runed counter to simultaneously.
Summary of the invention
The purpose of this utility model needs zinc metal sheet is carried out high-efficient automatic during being to solve prior art electrolytic zinc
The problem arranged, and a kind of electrolytic zinc heap that the zinc metal sheet fallen from zinc negative plate delaminating machine carries out arranging pile automatically is provided
Palletizing apparatus.
This utility model be the technical scheme is that
A kind of electrolytic zinc heap palletizing apparatus, including buffering reception device, the first conveyer device, turnover device, lowering or hoisting gear,
Second conveyer device, weighing device and the controller of control complete machine automatic operating；
Described buffering reception device, is arranged on immediately below electrolytic zinc anode plate machine for cutting charge into pieces, peels off from minus plate for receiving
The zinc metal sheet got off, including receiving support, being arranged on the buffering receptor of described reception pedestal upper end and be arranged under reception support
The cross rollover stand of end, described buffering receptor includes two groups at a slow speed to the elastic roller turned, the velocity of rotation phase of two groups of rollers
Deng, the minus plate fallen from electrolytic zinc machine for cutting charge into pieces falls into the crack of two groups of rollers, drives negative electrode in roller slow rotation
Plate slowly enters in cross rollover stand；Described cross rollover stand includes rotating shaft, receives arm, angular transducer, close sensing sensing
Device, driving motor and speed reducer；Described rotating shaft is fixed on reception support, is connected with driving motor-driven by reductor,
Rotating shaft be respectively arranged at two ends with four perpendicular with rotating shaft side to the fixing reception arm being connected, be positioned at four of the every one end of rotating shaft and connect
Receive arm and be positioned at approximately the same plane, and angle each other is 90 °, is provided with longitudinal chute on described reception arm, be positioned at and turn
The reception arm at axle two ends be chute just to setting, chute is just to the distances between two the reception arms arranged and the width phase of zinc metal sheet
When, the zinc metal sheet come from electrolytic zinc machine for cutting charge into pieces whereabouts falls into the chutes two the reception arms being positioned at rotating shaft two ends rotating to top
In；Described angular transducer is arranged on the side of rotating shaft, the rotational angle of detection rotating shaft, is connected with controller, controls rotating shaft every
Secondary half-twist；Described being arranged on close to inductive transducer receives the bottom of arm and is positioned at zinc metal sheet and drops to the lowest part of chute, detection
The putting in place and exporting of zinc metal sheet, this is connected close to inductive transducer with controller；
Described first conveyer device docks with cross rollover stand, and it is defeated that cross rollover stand lies in first the zinc metal sheet received
Send on the transfer passage of device, the first conveyer device the zinc metal sheet received is transported to next station；
Described turnover device includes receiving storehouse, portable plate and portable plate driver；It is defeated that described reception storehouse is arranged on first
Send the end of device, receive Hatch Opening and the transfer passage parallel docking of the first conveyer device in storehouse, the bottom surface in described reception storehouse by
Two are arranged on two the portable plate compositions received in the opposing sidewalls of two, storehouse, flat when two portable plates are the most closed together
Holding the zinc metal sheet of arrival, two portable plates are respectively by two identical portable plate driver control, and said two portable plate drives
Device is all connected with controller；
Described lowering or hoisting gear includes that the first elevating mechanism and bracing frame, the first elevating mechanism are fixedly installed on turnover device
Underface, bracing frame is fixed on the top of the first elevating mechanism, fixes with the first elevating mechanism and is connected, when the first elevating mechanism liter
During to top, bracing frame is near the bottom surface of turnover device；
The transfer passage of described second conveyer device passes described lowering or hoisting gear, and lowering or hoisting gear falls rear from the first conveying
The zinc metal sheet that device receives is put on the transfer passage of the second conveyer device, the second conveyer device zinc metal sheet is transported to next work
Position；
Described weighing device includes that the second elevating mechanism, LOAD CELLS and weighing support, described second elevating mechanism are arranged
In the underface of the second conveyer device transfer passage, weighing support is positioned at the top of the second elevating mechanism and described second elevating mechanism
Fixing connection, described weighing support is positioned at the both sides of described second conveyer device transfer passage, is provided with weighing and sensing on weighing support
Device, described LOAD CELLS and the second elevating mechanism are all connected with controller；
Further, described electrolytic zinc heap palletizing apparatus also includes that device for regulating direction, described device for regulating direction include flexible clamping
Part, tuning support and jacking-rotating device, described tuning support and the first conveyer device are fixing to be connected, and this tuning support is stretching
Contracting clamping element is fixed on the surface of the transfer passage of conveyer device, and described flexible clamping element, including fixture, movable part and company
Fitting, fixture is connected by connector and support are fixing, is connected by elastic component between fixture and movable part；Described jacking
Rotary apparatus is fixedly mounted on the lower section of conveyer device, including the lift actuator driving described jacking-rotating device to lift, rises
Fall driver is arranged over the first gripper shoe of connection fixed thereto, is arranged over the rotation being flexibly connected therewith in the first gripper shoe
Turning driver, rotating driver is arranged over the second gripper shoe of connection fixed thereto, and rotating driver drives the second gripper shoe
Once rotating 180 °, described lift actuator and rotating driver are all connected with controller；
Further, described fixture and movable part are discoid, and described elastic component is spring, are provided with steady on spring
Fixed column；
Further, being provided with the 3rd gripper shoe of connection fixed thereto in described jacking driver, jacking driver is worn
Cross that gripper shoe and described first gripper shoe are fixing to be connected, gripper shoe be formed around four with the 3rd gripper shoe and the second support
The guide post of connection fixed by plate；
Further, described jacking driver and rotating driver are hydraulic-driven；
The longitudinal section of chute described further is the V-type shape that width lower end, upper end is narrow, and this chute upper end open is bell mouth shape；
Further, described close to inductive transducer be infrared ray sensor.
The beneficial effects of the utility model are:
1. the head end at described electrolytic zinc heap palletizing apparatus uses two to receiving the elastic roller turned as buffering at a slow speed
Device, it is achieved that the soft reception to whereabouts zinc metal sheet, makes the zinc metal sheet fallen at a high speed steadily enter in following cross rollover stand, reduces raw
The incidence rate of product accident；
2., due to the uneven thickness before and after zinc metal sheet, if multiple-layer stacked is easy to fall down in the same direction, add in conveyer device
Device for regulating direction, rotates 180 ° of piles to the zinc metal sheet interval of conveying so that heap piling is smooth stable, can be with multiple-layer stacked；
3. the discoid fixture in device for regulating direction and movable part increase the stability to zinc metal sheet clamping；
4. in jacking-rotating device, increase guide post, the stability of jacking-rotating device has been effectively ensured；
5. the upper end of the chute receiving arm uses bell mouth shape so that zinc metal sheet enters in chute smoothly, is unlikely to deviation sliding
Groove causes production accident；
6. each station of complete machine is connected automatically, automatic operating, saves artificial, improves production efficiency.
A kind of electrolytic zinc heap palletizing apparatus that this utility model provides has that work efficiency is high, stacking neat, convenient transhipment,
Production safety, save advantage artificial, simple to operation.
Accompanying drawing explanation
The perspective view of a kind of electrolytic zinc heap palletizing apparatus that Fig. 1 provides for this utility model.
The cross rollover stand perspective view of a kind of electrolytic zinc heap palletizing apparatus that Fig. 2 provides for this utility model.
The device for regulating direction perspective view of a kind of electrolytic zinc heap palletizing apparatus that Fig. 3 provides for this utility model.
The lowering or hoisting gear structural scheme of mechanism of a kind of electrolytic zinc heap palletizing apparatus that Fig. 4 provides for this utility model.
The weighting device structure schematic diagram of a kind of electrolytic zinc heap palletizing apparatus that Fig. 5 provides for this utility model.
In figure: 10, receive support；11, roller；12, cross rollover stand；120, rotating shaft；121, arm is received；122, chute；
123, motor is driven；124, reductor；20, the first conveyer device；30, storehouse is received；31, portable plate；32, portable plate driver；
40, the first elevating mechanism；41, bracing frame；50, the second conveyer device；60, weighing device；601, weighing support；602, the second lifting
Mechanism；70, tuning support；71, flexible clamping element；72, jacking-rotating device；710, fixture；711, movable part；712, connect
Part；713, elastic component；720, lift actuator；721, rotating driver；722, the first gripper shoe；723, the second gripper shoe；
724, the 3rd gripper shoe；725, guide post.
Detailed description of the invention
The utility model is described in further detail with specific embodiment below in conjunction with the accompanying drawings.
Embodiment, a kind of electrolytic zinc heap palletizing apparatus, including buffering reception device, the first conveyer device 20, turnover device,
Lowering or hoisting gear, the second conveyer device 50, weighing device 60 and the controller of control complete machine automatic operating；
Described buffering reception device, is arranged on immediately below electrolytic zinc anode plate machine for cutting charge into pieces, peels off from minus plate for receiving
The zinc metal sheet got off, including receiving support 10, being arranged on the buffering receptor of described reception support 10 upper end and be arranged on reception
The cross rollover stand 12 of frame 10 lower end, described buffering receptor includes two groups at a slow speed to the elastic roller 11 turned, two groups of rollings point
Not driven by single motor, the velocity of rotation of two groups of rollers 11 is equal, and the minus plate fallen from electrolytic zinc machine for cutting charge into pieces falls into
In the crack of two groups of rollers 11, minus plate is driven to slowly enter in cross rollover stand 12 in roller 11 slow rotation；Described ten
Word rollover stand 12 includes rotating shaft 120, receives arm 121, angular transducer (not shown), close to inductive transducer (in figure not
Illustrate), drive motor 123 and reductor 124；Described rotating shaft 120 be fixed on reception support 10 on, by reductor 124 with drive
Galvanic electricity machine 123 is in transmission connection, rotating shaft 120 be respectively arranged at two ends with four perpendicular with rotating shaft 120 side to fixing be connected connect
Receiving arm 121, four the reception arms 121 being positioned at the every one end of rotating shaft 120 are positioned at approximately the same plane, and angle each other is
90 °, described reception arm 121 is provided with longitudinal chute 122, is positioned at the reception arm 121 at rotating shaft 120 two ends 122 the most right in chute
Arranging, chute 122 is just suitable, from electrolytic zinc machine for cutting charge into pieces with the width of zinc metal sheet to the distance between two the reception arms 121 arranged
The zinc metal sheet come that falls falls into the chute 122 on two the reception arms 121 being positioned at rotating shaft 120 two ends rotating to top, described
The longitudinal section of chute 122 is the V-type shape that width lower end, upper end is narrow, and this chute 122 upper end open is bell mouth shape；Described angle sensor
Device is arranged on the side of rotating shaft 120, the rotational angle of detection rotating shaft 120, is connected with controller, controls rotating shaft 120 and rotates every time
90°；Described being arranged on close to inductive transducer receives the bottom of arm 121 and is positioned at zinc metal sheet and drops to the lowest part of chute 122, detection
The putting in place and exporting of zinc metal sheet, this is connected close to inductive transducer with controller, uses infrared ray sensor to make in the present embodiment
For close to inductive transducer, after infrared ray sensor senses the signal that zinc metal sheet falls, controller starts the first conveyer device 20,
Carry out cross rollover stand 12 to overturn simultaneously, if this signal does not disappear, the most do not allow the release to zinc metal sheet of the last station.
Described first conveyer device 20 docks with cross rollover stand 12, and 12 zinc metal sheets received of cross rollover stand lie in
On the transfer passage of the first conveyer device 20,20 zinc metal sheets received of the first conveyer device it is transported to next station.
Described electrolytic zinc heap palletizing apparatus also includes that device for regulating direction, described device for regulating direction include flexible clamping element 71, adjust
To support 70 and jacking-rotating device, described tuning support 70 is fixing with the first conveyer device 20 to be connected, this tuning support 70
Described flexible clamping element 71 is fixed on the surface of the transfer passage of conveyer device, and described flexible clamping element 71, including fixing
Part 710, movable part 711 and connector 712, fixture 710 is connected by connector 712 and support are fixing, fixture 710 and work
Being connected by elastic component 713 between moving part 711, described fixture 710 and movable part 711 are discoid, described elastic component
713 is spring, is provided with stability column on spring；Described jacking-rotating device is fixedly mounted on the lower section of conveyer device, including driving
The lift actuator 720 of dynamic described jacking-rotating device lifting, lift actuator 720 is arranged over the first of connection fixed thereto
Gripper shoe 722, is arranged over the rotating driver 721 being flexibly connected therewith, on rotating driver 721 in the first gripper shoe 722
Side is provided with the second gripper shoe 723 of connection fixed thereto, and rotating driver 721 drives the second gripper shoe 723 once to rotate 180 °,
Being provided with the 3rd gripper shoe 724 of connection fixed thereto in described jacking driver, jacking driver passes gripper shoe and institute
State that the first gripper shoe 722 is fixing to be connected, gripper shoe be formed around four with the 3rd gripper shoe 724 and the second gripper shoe 723
The fixing guide post 725 connected, when jacking-rotating device action, guide post 725 prevents this device from tilting to a side, described liter
Fall driver 720 and rotating driver 721 are all connected with controller, lift actuator 720 box rotating driver in this embodiment
721 are hydraulic-driven.
Described turnover device includes receiving storehouse 30, portable plate 31 and portable plate driver 32；Described reception storehouse 30 is arranged
At the end of the first conveyer device 20, receive Hatch Opening and the transfer passage parallel docking of the first conveyer device 20 in storehouse 30, described
The bottom surface receiving storehouse 30 is made up of, when two activities two two portable plates 31 being arranged in the opposing sidewalls of 30 two, storehouse of reception
Plate 31 lifts the zinc metal sheet arrived time the most closed together, two portable plates 31 are respectively by two identical driving as portable plate
The cylinder of dynamic device 32 controls, and said two portable plate driver 32 is all connected with controller.
Described lowering or hoisting gear includes that the first elevating mechanism 40 and bracing frame 41, the first elevating mechanism 40 are fixedly installed on turnover
The underface of device, bracing frame 41 is fixed on the top of the first elevating mechanism 40, fixing with the first elevating mechanism 40 is connected, when the
When one elevating mechanism 40 is raised to top, bracing frame 41 is near the bottom surface of turnover device.
The transfer passage of described second conveyer device 50 passes described lowering or hoisting gear, and lowering or hoisting gear falls rear defeated from first
The zinc metal sheet sending device 20 to receive is put on the transfer passage of the second conveyer device 50,50 zinc metal sheets of the second conveyer device carry
To next station.
Described weighing device 60 includes that weighing support 601602, LOAD CELLS and weighing support, described weighing support 601602 set
Putting the underface at the second conveyer device 50 transfer passage, weighing support is positioned at the top of weighing support 601602 and described weighing support
601602 fixing connections, described weighing support is positioned at the both sides of described second conveyer device 50 transfer passage, is provided with on weighing support
LOAD CELLS, described LOAD CELLS and weighing support 601602 are all connected with controller.
Time specifically used, the zinc metal sheet peeled off by machine for cutting charge into pieces falls in buffering reception device at a slow speed to the elastic roller 11 turned
In, thus to greatest extent zinc metal sheet is slowed down, the zinc metal sheet being decelerated is by being placed on cross swivel mount slowly, then cross swivel mount
Turning over 90 degree, zinc metal sheet is laid flat on the first conveyer device 20, and now, the first conveyer device 20 starts, and is transported to down by zinc metal sheet
One station, the room now reserved will receive next block zinc metal sheet.When zinc metal sheet is transported to arrive tuning station, zinc metal sheet will be pushed up
Rise rotary apparatus jack-up and revolve turnback, then decline and zinc metal sheet is placed on original position.Zinc metal sheet two ends owing to keeping flat are high
Low differ, when stacking reach a certain height, crooked phenomenon can be produced, affect the quality of stacking.Therefore jacking-rotating device is
The operation of indirect type, i.e. works once every one piece of zinc metal sheet.The portable plate 31 of turnover device is regular to open and close,
After zinc metal sheet is placed on the portable plate 31 of turnover device by the first conveyer device 20, cylinder promotes portable plate 31, and portable plate 31 is opened,
Zinc metal sheet is fallen on lowering or hoisting gear, and then portable plate 31 closes, and receives next block zinc metal sheet.
When zinc metal sheet stacking to some, lowering or hoisting gear landing certain altitude, until it reaches specified stacking quantity.Now
Lowering or hoisting gear drops to lowest order, and the first conveyer device 20 starts, and zinc buttress is transported to weighing station, by the title of weighing device 60
Weight frame 601602 is by its jack-up, LOAD CELLS record weight.Then zinc buttress is put down by weighing support 601602, waits the second conveying
The action next time of device 50, when the zinc buttress on the second conveyer device 50 reaches quantity full, is transported by fork truck.This reality
It is PLC with novel controller, carries out centralized Control according to position signalling with being preprogramed.Believed by each sensor
Number input and output realize the chain control of each device, without manual operation in running.
By above detailed description of the invention it can be seen that this utility model one electrolytic zinc heap palletizing apparatus has work effect
The advantage that rate is high, stacking neat, convenient transhipment, production safety, saving are artificial, simple to operation.
Claims (7)
1. an electrolytic zinc heap palletizing apparatus, it is characterised in that include buffering reception device, the first conveyer device, turnover device,
Lowering or hoisting gear, the second conveyer device, weighing device and the controller of control complete machine automatic operating；
Described buffering reception device, is arranged on immediately below electrolytic zinc anode plate machine for cutting charge into pieces, strips down from minus plate for receiving
Zinc metal sheet, including receiving support, being arranged on the buffering receptor of described reception pedestal upper end and be arranged on and receive pedestal lower end
Cross rollover stand, described buffering receptor include two groups at a slow speed to turn elastic roller, the velocity of rotation of two groups of rollers is equal, from
The minus plate that electrolytic zinc machine for cutting charge into pieces falls falls in the crack of two groups of rollers, drives minus plate slow in roller slow rotation
Enter in cross rollover stand；Described cross rollover stand include rotating shaft, receive arm, angular transducer, close to inductive transducer, driving
Motor and speed reducer；Described rotating shaft is fixed on reception support, is connected, at rotating shaft two ends with driving motor-driven by reductor
Be respectively equipped with four perpendicular with rotating shaft side to the fixing reception arm being connected, four the reception arms being positioned at the every one end of rotating shaft are positioned at
In approximately the same plane, and angle each other is 90 °, is provided with longitudinal chute, is positioned at rotating shaft two ends on described reception arm
Receive arm be chute just to setting, chute is just suitable, from electricity to the width of distances and zinc metal sheet between two the reception arms arranged
Solve the zinc metal sheet taken zinc machine for cutting charge into pieces whereabouts and fall into the chutes on two the reception arms being positioned at rotating shaft two ends rotating to top；Described
Angular transducer is arranged on the side of rotating shaft, the rotational angle of detection rotating shaft, is connected with controller, controls rotating shaft and rotates every time
90°；Described being arranged on close to inductive transducer receives the bottom of arm and is positioned at zinc metal sheet and drops to the lowest part of chute, detection zinc metal sheet
Putting in place and export, this is connected close to inductive transducer with controller；
Described first conveyer device docks with cross rollover stand, and cross rollover stand lies in the first conveying dress the zinc metal sheet received
On the transfer passage put, the first conveyer device the zinc metal sheet received is transported to next station；
Described turnover device includes receiving storehouse, portable plate and portable plate driver；Described reception storehouse is arranged on the first conveying dress
The end put, receives Hatch Opening and the transfer passage parallel docking of the first conveyer device in storehouse, and the bottom surface in described reception storehouse is by two
It is arranged on two the portable plate compositions received in the opposing sidewalls of two, storehouse, lifts when two portable plates are the most closed together
The zinc metal sheet arrived, two portable plates are respectively by two identical portable plate driver control, and said two portable plate driver is equal
It is connected with controller；
Described lowering or hoisting gear include the first elevating mechanism and bracing frame, the first elevating mechanism be fixedly installed on turnover device just under
Side, bracing frame is fixed on the top of the first elevating mechanism, fixes with the first elevating mechanism and is connected, when the first elevating mechanism is raised to
Fang Shi, bracing frame is near the bottom surface of turnover device；
The transfer passage of described second conveyer device passes described lowering or hoisting gear, and lowering or hoisting gear falls rear from the first conveyer device
The zinc metal sheet received is put on the transfer passage of the second conveyer device, the second conveyer device zinc metal sheet is transported to next station；
Described weighing device includes that the second elevating mechanism, LOAD CELLS and weighing support, described second elevating mechanism are arranged on
The underface of two conveyer device transfer passages, weighing support is positioned at the top of the second elevating mechanism to be fixed with described second elevating mechanism
Connecting, described weighing support is positioned at the both sides of described second conveyer device transfer passage, is provided with LOAD CELLS, institute on weighing support
State LOAD CELLS and the second elevating mechanism is all connected with controller.
A kind of electrolytic zinc heap palletizing apparatus the most according to claim 1, it is characterised in that: described electrolytic zinc heap piling dress
Putting and also include device for regulating direction, described device for regulating direction includes flexible clamping element, tuning support and jacking-rotating device, described tuning
Support and the fixing connection of the first conveyer device, this tuning support is just being fixed on the transfer passage of conveyer device flexible clamping element
Top, described flexible clamping element, including fixture, movable part and connector, fixture is connected by connector and support are fixing,
Connected by elastic component between fixture and movable part；Described jacking-rotating device is fixedly mounted on the lower section of conveyer device, bag
Including the lift actuator driving the lifting of described jacking-rotating device, lift actuator is arranged over first of connection fixed thereto
Fagging, is arranged over the rotating driver being flexibly connected therewith in the first gripper shoe, and rotating driver is arranged over fixed thereto
The second gripper shoe connected, rotating driver drives the second gripper shoe once to rotate 180 °, and described lift actuator and rotation are driven
Dynamic device is all connected with controller.
A kind of electrolytic zinc heap palletizing apparatus the most according to claim 2, it is characterised in that: described fixture and movable part
Being discoid, described elastic component is spring, is provided with stability column on spring.
A kind of electrolytic zinc heap palletizing apparatus the most according to claim 3, it is characterised in that: in described jacking driver
Being provided with the 3rd gripper shoe of connection fixed thereto, jacking driver is connected through gripper shoe and described first gripper shoe are fixing,
Being formed around four and fix, with the 3rd gripper shoe and the second gripper shoe, the guide post being connected of gripper shoe.
A kind of electrolytic zinc heap palletizing apparatus the most according to claim 4, it is characterised in that: described jacking driver and rotation
Turn driver and be hydraulic-driven.
A kind of electrolytic zinc heap palletizing apparatus the most according to claim 5, it is characterised in that: the longitudinal section of described chute is upper
The V-type shape that the wide lower end of end is narrow, this chute upper end open is bell mouth shape.
A kind of electrolytic zinc heap palletizing apparatus the most according to claim 6, it is characterised in that: described close to inductive transducer be
Infrared ray sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620503236.1U CN205772006U (en) | 2016-05-30 | 2016-05-30 | A kind of electrolytic zinc heap palletizing apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620503236.1U CN205772006U (en) | 2016-05-30 | 2016-05-30 | A kind of electrolytic zinc heap palletizing apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205772006U true CN205772006U (en) | 2016-12-07 |
Family
ID=59978981
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620503236.1U Withdrawn - After Issue CN205772006U (en) | 2016-05-30 | 2016-05-30 | A kind of electrolytic zinc heap palletizing apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205772006U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105966926A (en) * | 2016-05-30 | 2016-09-28 | 河南豫光冶金机械制造有限公司 | Electrolytic zinc stacking device |
| CN109735876A (en) * | 2019-01-28 | 2019-05-10 | 铜陵有色金属集团股份有限公司金冠铜业分公司 | Machine for cutting charge into pieces turnover mechanism |
| CN112794093A (en) * | 2020-12-21 | 2021-05-14 | 重庆卓工科技有限公司 | Stacking device for brickmaking |
-
2016
- 2016-05-30 CN CN201620503236.1U patent/CN205772006U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105966926A (en) * | 2016-05-30 | 2016-09-28 | 河南豫光冶金机械制造有限公司 | Electrolytic zinc stacking device |
| CN109735876A (en) * | 2019-01-28 | 2019-05-10 | 铜陵有色金属集团股份有限公司金冠铜业分公司 | Machine for cutting charge into pieces turnover mechanism |
| CN112794093A (en) * | 2020-12-21 | 2021-05-14 | 重庆卓工科技有限公司 | Stacking device for brickmaking |
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