Automatic feeding and discharging system for electrolytic bath polar plate

Abstract

The utility model discloses an automatic feeding and discharging system for an electrolytic cell polar plate, which is characterized in that an intelligent traveling device is arranged above an electrolytic cell area in an electrolytic workshop, a left automatic feeding and discharging device and a right automatic feeding and discharging device are mounted on the intelligent traveling device, and the intelligent traveling device longitudinally travels on a traveling beam and a track in the electrolytic workshop; the left and right sets of independent automatic in-out tank devices transversely walk on a track of a crane girder relative to an electrolysis workshop; the left and right automatic in-and-out groove devices respectively complete automatic in-and-out groove operation of left and right electrolytic cell areas and left and right areas of the passivation plate arranging vehicle, and can realize automatic and synchronous in-and-out groove operation without mutual influence, so that the in-and-out groove operation efficiency is multiplied; and the number of workers in the operation of the electrolysis workshop is reduced or manual operation is comprehensively replaced, the labor intensity of workers is reduced, the harm of the environment of the electrolysis workshop to human bodies is avoided, the operation efficiency is improved, and the yield of electrolysis production is improved.

Description

Technical Field

[0001] The utility model relates to the field of electrolytic production, in particular to an automatic in-and-out slot system for polar plates of an electrolytic slot. Background Art

[0002] During the hydrometallurgical electrolysis process, the cathode plate with the product must be taken out and a new cathode plate must be put into the tank every cycle (usually 24 hours). Currently, most of the cathode plates on the market are manually taken out of the tank and put into the tank, which is labor-intensive and has low work efficiency. In addition, the electrolyte and acid mist in the production process are highly harmful to the human body.

[0003] Therefore, the basic purpose of this technical utility model is to develop a fully automatic cathode plate in and out of the tank system to reduce the number of workers in the electrolysis workshop or completely replace manual work, reduce the labor intensity of manual work, prevent the harm to the human body caused by the electrolysis workshop environment, and improve work efficiency and increase the output of electrolysis production. Utility Model Content

[0004] The purpose of the utility model is to overcome the problems existing in the prior art and provide an automatic entry and exit system for electrolytic cell plates, which can reduce the number of manual operations in the electrolytic workshop or completely replace manual operations, reduce manual labor intensity, prevent harm to the human body caused by the electrolytic workshop environment, and improve operating efficiency and increase the output of electrolytic production.

[0005] To achieve the above-mentioned purpose, the technical solution adopted by the utility model is: an automatic entry and exit system for electrolytic cell plates, an intelligent driving device is arranged in the electrolysis workshop, and an automatic entry and exit device is installed on the intelligent driving device, and the automatic entry and exit device comprises a transversely movable trolley, and a lifting column lifting base and a fine-tuning drive component of the lifting column lifting base are arranged on the main frame of the transversely movable trolley, a lifting column is installed on the lifting base of the lifting column, and a rotating mechanism and a guide entry and exit clamp are installed at the lower end of the lifting column.

[0006] The intelligent driving device is equipped with two independent left and right automatic in-and-out tank devices, which perform in-and-out tank operations independently and synchronously. The left automatic in-and-out tank device completes the automatic in-and-out tank operations in the left electrolytic tank area and the left area of ​​the passivation plate arrangement vehicle, and the right automatic in-and-out tank device completes the automatic in-and-out tank operations in the right electrolytic tank area and the right area of ​​the passivation plate arrangement vehicle, without affecting each other.

[0007] A ground rail is arranged in the electrolysis workshop, on which an RGV transport vehicle and a passivation plate transport vehicle are arranged, and the RGV transport vehicle and the passivation plate transport vehicle are docked and exchange cathode plates.

[0008] The fine-tuning drive assembly of the lifting column lifting base includes two fine-tuning sliding guide rails, a fine-tuning drive motor, a fine-tuning drive screw and a screw nut installed on the main frame of the mobile trolley. The lifting column lifting base is slidably installed on the two fine-tuning sliding guide rails through a guide rail slider; the fine-tuning drive motor drives the fine-tuning drive screw to move the screw nut seat, thereby driving the lifting column lifting base and the lifting column to move, thereby realizing the position adjustment function of the guide in and out clamp.

[0009] The rotating mechanism comprises a rotating mechanism drive and a rotating mechanism support assembly mounted on the bottom plate structure of the lifting column; the rotating mechanism drive comprises a motor, a reducer and a driving gear; and the support assembly is a plane bearing support assembly with an inner gear ring.

[0010] The passivation plate arrangement transport vehicle comprises a chassis, on which an out-of-slot plate picking, placing and conveying assembly and an in-slot plate picking, placing and conveying assembly are arranged.

[0011] The passivation plate transport vehicle is provided with an automatic spraying device for the out-of-slot plates.

[0012] The automatic spraying device for the out-of-slot plate comprises a nozzle, a spraying pipeline, a spraying water pump and a spraying protective cover.

[0013] The slot-entering plate taking, placing and conveying device comprises an automatic plate arranging machine and a plate loading conveying mechanism.

[0014] The RGV transport vehicle is provided with a slot inlet plate channel and a slot outlet plate channel.

[0015] Beneficial effects of the utility model: the utility model sets an intelligent driving device above the electrolytic cell area in the electrolytic workshop, and installs two sets of independent automatic in-and-out tank devices on the intelligent driving device. The automatic in-and-out tank devices include a lifting column, and a rotating mechanism and a guide in-and-out clamp are installed at the lower end of the lifting column, and an X-direction fine-tuning mechanism is arranged on the automatic in-and-out tank device. Such a design can ensure that the position of each set of automatic in-and-out tank devices in the three directions of X, Y, and Z can be independently and flexibly adjusted, thereby ensuring that the left and right sets of automatic in-and-out tank devices can work independently. The left and right sets of automatic in-and-out tank devices respectively complete the automatic in-and-out tank operations of the electrolytic cell areas on the left and right sides and the left and right sides of the passivation plate arrangement vehicle. The left and right automatic in-and-out tank devices can realize automatic and synchronous in-and-out tank operations, and the left and right sides can not affect each other; reduce the number of manual labor in the electrolytic workshop or completely replace manual labor, reduce the labor intensity of manual labor, avoid the harm to the human body caused by the electrolytic workshop environment, and improve the operation efficiency and the output of electrolytic production. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 It is a structural schematic diagram of an electrolysis workshop;

[0017] Figure 2 for Figure 1 The main view;

[0018] Figure 3 for Figure 1 A top view of

[0019] Figure 4 for Figure 1 Left view of

[0020] Figure 5 for Figure 4 A partial enlarged view of the middle part A;

[0021] Figure 6 It is a structural schematic diagram of the automatic in-and-out slot device;

[0022] Figure 7 It is a structural diagram of the fine-tuning mechanism;

[0023] Figure 8 is a schematic diagram of the rotating mechanism;

[0024] Fig. 9 The schematic diagram of the RGV transport vehicle running on the ground rails, docking with the passivation plate transport vehicle and exchanging cathode plates;

[0025] Fig.10 This is a schematic diagram of the RGV transporter structure;

[0026] Fig.11 It is a schematic diagram of the structure of the passivation panel handling vehicle;

[0027] Fig.12 A schematic diagram of the slot plate pick-up and transfer assembly;

[0028] Fig.13 It is a partial schematic diagram of the automatic spraying device;

[0029] Fig.14 A schematic diagram of the slot entry plate pick-up and delivery assembly;

[0030] Fig.15 It is a structural schematic diagram of the guide in and out fixture;

[0031] Fig.16 for Fig. 9 Side view of

[0032] Fig.17 This is a schematic diagram of the structure of the electrolysis workshop with the process / logistics channel on the side.

[0033] In the figure: 101 crane beam; 102 guide rail; 103 electrolytic cell area; 104 logistics channel; 105 ground rail; 200 intelligent crane device; 201 crane beam structure; 202 crane roller; 203 crane drive; 204 transverse rack; 205 transverse guide rail; 300 automatic in-and-out tank device; 301 transverse moving trolley; 302 lifting column; 303 rotating mechanism; 304 guide in-and-out fixture; 311 trolley drive; 312 trolley roller; 313 lifting Lowering column lifting base; 314 fine-tuning sliding guide rail; 315 fine-tuning drive assembly; 316 fine-tuning drive screw; 317 screw nut; 318 fine-tuning drive motor; 321 lifting column lifting drive; 322 lifting column gear; 323 lifting column movable guide rail; 324 lifting column rack; 331 rotating mechanism drive; 332 rotating mechanism support assembly; 333 flange connector; 334 connecting flange; 335 cover; 336 lifting rod; 400 passivation plate handling vehicle ; 401 Out-of-slot plate placement and conveying assembly; 402 In-slot plate placement and conveying assembly; 403 chassis; 404 roller; 405 drive; 410 passivation water tank; 411 spray protection cover; 412 nozzle; 413 spray pipeline; 414 spray water pump; 415 Out-of-slot plate placing and conveying mechanism; 416 Out-of-slot plate automatic spraying device; 417 Out-of-slot plate lowering and conveying mechanism; 421 automatic plate arranging machine; 422 safety cover; 423 conveying chain; 424 Whole plate chain; 425 upper plate conveying mechanism; 426 frame; 427 upper plate conveying chain; 428 chain drive; 429 sliding ramp; 500 RGV transporter; 501 inlet plate channel; 502 outlet plate channel; 503 RGV transporter chassis; 504 RGV transporter roller; 505 RGV transporter drive; 511 inlet plate drive; 512 inlet plate conveying chain; 521 outlet plate drive; 522 outlet plate conveying chain. DETAILED DESCRIPTION

[0034] The utility model is further described in detail below with reference to the accompanying drawings and specific embodiments.

[0035] like Figure 1-Figure 17 As shown, two electrolytic cell areas 103 are symmetrically arranged in the electrolytic workshop, and a logistics channel 104 for the passivation plate transport vehicle 400 and the RGV transport vehicle 500 is located between the two electrolytic cell areas 103. The channel is also a process / logistics channel for electrolytic production. The process / logistics channel can also appear on one side of the electrolytic workshop according to the different designs of each factory, and the two electrolytic cells 103 are also correspondingly arranged on one side of the electrolytic workshop, such as Fig.17 shown.

[0036] An intelligent crane device 200 is arranged above the two electrolytic cell areas 103. The intelligent crane device 200 includes a crane beam structure 201, on which a crane drive 203 and a crane roller 202 are installed. Driven by the crane drive 203, the intelligent crane device 200 moves in the X direction along the crane beam 101 and the guide rail 102.

[0037] A transverse rack 204 and a transverse guide rail 205 are installed on the traveling beam structure 201 of the intelligent traveling device 200. Two sets of independent automatic entry and exit slot devices 300 are installed on the traveling beam structure 201 of the intelligent traveling device 200. The automatic entry and exit slot device 300 includes a transverse moving trolley 301, and a trolley drive 311 and a trolley roller 312 are installed on the main frame of the transverse moving trolley 301. The trolley drive 311 includes a trolley drive motor and a trolley drive gear. The trolley drive gear is meshed with the transverse rack 204, and the trolley roller 312 rolls along the transverse guide rail 205. The transverse moving trolley 301 travels on the transverse rack 204 and the transverse guide rail 205 of the intelligent traveling device 200 through the trolley drive 311 and the trolley roller 312 installed on the main frame of the trolley, and moves in the Y direction.

[0038] Two fine-tuning sliding guide rails 314 and a fine-tuning drive assembly 315 are arranged on the main frame of the lateral moving trolley 301. The fine-tuning drive assembly 315 includes a fine-tuning drive screw 316, a screw nut 317 and a fine-tuning drive motor 318. The lifting column lifting base 313 is slidably mounted on the two fine-tuning sliding guide rails 314 through the guide rail slider, the fine-tuning drive motor 318 is mounted on the main frame of the lateral moving trolley 301, the fine-tuning drive screw 316 is connected to the fine-tuning drive motor 318, and the screw nut 317 is arranged on the lifting column lifting base 313; the fine-tuning drive motor 318 drives the fine-tuning drive screw 316, and the fine-tuning drive screw 316 drives the screw nut 317, thereby driving the lifting column lifting base 313 to achieve fine-tuning in the X direction. The aforementioned structure is an X-direction fine-tuning mechanism, which can enable the fine-tuning driving assembly 315 to fine-tune the position of the lifting column 302 in the X-direction, thereby providing fine-tuning and correction for achieving accurate alignment of the cathode plate in and out of the slot.

[0039] The lifting column 302 and the lifting column lifting drive 321 are installed on the lifting column lifting base 313. The lifting column rack 324 and the lifting column movable guide rail 323 are installed on the lifting column 302. The lifting column lifting drive 321 includes a lifting column gear 322 and a driving motor. The driving motor drives the lifting column gear 322 and the lifting column rack 324, so that the lifting column 302 moves up and down in the Z direction, and performs a lifting action in the vertical direction together with the rotating mechanism 303 and the guide entry and exit clamp 304, so as to realize the operation action of taking out and putting in the cathode plate into and out of the slot.

[0040] The lower end of the lifting column 302 is equipped with a rotating mechanism 303 and a guide entry and exit fixture 304. The rotating mechanism 303 includes a rotating mechanism support assembly 332 and a rotating mechanism drive 331. The rotating mechanism drive 331 is composed of a motor, a reducer and a driving gear. The rotating mechanism support assembly 332 is a plane bearing support assembly with an inner gear ring, which is connected to the flange connector 333 of the guide entry and exit fixture 304 by screws. The guide entry and exit fixture 304 is a prior art "a guide entry and exit fixture for electrolytic manganese cathode plate", that is, "a guide positioning frame for electrolytic manganese cathode plate", with publication number CN117926348A. The rotating mechanism drive 331 and the rotating mechanism support assembly 332 installed on the bottom plate structure at the lower end of the lifting column 302 can realize the rotation of the guide entry and exit fixture 304 and the cathode plate between the electrolytic cell area 103 and the passivation plate arrangement transport vehicle 400 at a fixed angle. The guide entry and exit fixture 304 is provided with a connecting flange 334 , a cover shell 335 and a lifting rod 336 .

[0041] Two sets of independent automatic in-and-out tank devices 300 are installed on the intelligent driving device 200 to perform in-and-out tank operations independently and synchronously. The left automatic in-and-out tank device 300 completes the automatic in-and-out tank operations of the left electrolytic tank area 103 and the left area of ​​the passivation plate arrangement vehicle, and the right automatic in-and-out tank device 300 completes the automatic in-and-out tank operations of the right electrolytic tank area 103 and the right area of ​​the passivation plate arrangement vehicle, and the left and right sides do not affect each other. Since an X-direction fine-tuning mechanism is provided on the main frame of the horizontally movable trolley 301, it can be ensured that the position of each set of automatic in-and-out tank devices 300 in the three directions of X, Y, and Z can be independently and flexibly adjusted, thereby ensuring that the left and right sets of automatic in-and-out tank devices 300 work independently.

[0042] A ground rail 105 is provided on the running channel between the left and right electrolytic cell areas symmetrically arranged in the electrolysis workshop, and an RGV transport vehicle 500 and a passivation plate transport vehicle 400 are provided on the ground rail 105. The passivation plate transport vehicle 400 is driven by a drive 405 and a roller 404 installed on a chassis 403, and the drive 405 (i.e., a drive motor) drives the roller 404 to rotate through a transmission reduction mechanism, and the roller 404 moves on the ground rail 105. The RGV transport vehicle 500 includes an RGV transport vehicle chassis 503, an RGV transport vehicle drive 505 and an RGV transport vehicle roller 504, and the RGV transport vehicle drive 505 (i.e., a drive motor) drives the RGV transport vehicle roller 504 to rotate through a transmission reduction mechanism, and the RGV transport vehicle roller 504 moves on the ground rail 105, and docks with the passivation plate transport vehicle 400 and exchanges cathode plates.

[0043] like Fig.11As shown, the passivation plate arrangement transport vehicle 400 includes a chassis 403, a drive 405, a roller 404, and an out-of-slot plate pick-up and transfer assembly 401 and an in-slot plate pick-up and transfer assembly 402 arranged on the chassis 403. The out-of-slot plate pick-up and transfer assembly 401 includes an out-of-slot plate placing and conveying mechanism 415, an out-of-slot plate automatic spraying device 416, and an out-of-slot plate lowering and conveying mechanism 417. The out-of-slot plate drive and conveying structure can meet the actual production process of placing plates, spraying passivation liquid, and collecting plates.

[0044] like Fig.12 , 13 As shown, the automatic spraying device 416 for the out-of-trough plate comprises a passivation water tank 410, a spraying protective cover 411, a nozzle 412, a spraying pipeline 413 and a spraying water pump 414 arranged on the bottom frame 403. The spraying water pump 414 extracts the passivation liquid from the passivation water tank 410, and sprays the out-of-trough plate through the spraying pipeline 413 and the nozzle 412. The passivation liquid flows through the plate from top to bottom and then returns to the passivation water tank for recycling.

[0045] like Fig.14 As shown, the slot-entering plate pick-up and delivery assembly 402 includes an automatic plate arranging machine 421 and an upper plate conveying mechanism 425. The upper plate conveying mechanism 425 includes a frame 426, an upper plate conveying chain 427, a chain drive 428 and a sliding inclined plane 429. The automatic plate arranging machine 421 includes a safety cover 422, a conveying chain 423 and a whole plate chain 424. The plate on the upper plate conveying mechanism 425 is docked with the automatic plate arranging machine 421 through the sliding inclined plane 429, and the plate is automatically moved to the conveying chain 423 of the automatic plate arranging machine 421 by gravity and chain thrust. The automatic plate arranging machine 422 is a prior art, which is the utility model patent "CN202210045787.8 A kind of automatic plate arranging machine for electrolytic manganese cathode plates" applied by the applicant.

[0046] The base frame 403 of the passivation plate arrangement transport vehicle 400 is provided with two sets of out-of-tank plate picking, placing and conveying assemblies 401 and in-tank plate picking, placing and conveying assemblies 402. The two sets of in-tank plate picking, placing and conveying assemblies 402 are symmetrically arranged on the left and right sides of the base frame 403, and the two sets of out-of-tank plate picking, placing and conveying assemblies 401 are arranged in the middle, respectively cooperating with two sets of independent automatic in-and-out tank devices 300, so as to simultaneously perform the operation actions of the electrolytic cell areas 103 on the left and right sides, thereby improving the operation efficiency of the cathode plates in and out of the tank.

[0047] like Fig.10As shown, the RGV transporter 500 includes a frame and four plate channels arranged on the frame, including two inlet plate channels 501 located on both sides and two outlet plate channels 502 located in the middle. The inlet plate channel 501 transmits and transports the plates to the upper plate conveying chain 427 of the corresponding inlet plate pick-up and delivery assembly 402 through the operation of the inlet plate driver 511 and the inlet plate conveying chain 512. The outlet plate channel 502 receives and conveys the plates on the corresponding outlet plate lower plate conveying mechanism 417 through the operation of the outlet plate driver 521 and the outlet plate conveying chain 522. The four channels of the RGV transporter correspond to the four functional channels of the passivation plate transporter. The clean plates on the RGV transporter can be transferred to the upper plate position of the passivation plate transporter (as indicated by the arrow); and the plates with materials at the lower plate position of the passivation plate transporter can be transferred to the RGV transporter (as indicated by the arrow); and then transported to the subsequent production equipment area by the RGV transporter, realizing the complete operation process of automatic entry and exit of cathode plates in the slot.

[0048] The base frame 403 of the passivation plate transport vehicle 400 may also be provided with only one out-slot plate pick-up and transfer assembly 401 and one in-slot plate pick-up and transfer assembly 402. The frame of the RGV transport vehicle 500 may also be provided with only two plate channels, namely, one in-slot plate channel 501 and one out-slot plate channel 502.

[0049] The working process is as follows:

[0050] (1) The clean cathode plate is placed in the slot entry channel 501 of the RGV transporter 500 after the stripping process. The RGV transporter 500 is transported to the logistics channel 104 of the slot surface area (cathode plate entry and exit operation area) via the ground rail 105.

[0051] (2) The RGV transport vehicle 500 is aligned and docked with the passivation plate transport vehicle 400. Through automatic transfer, the clean cathode plate of the slot plate channel 501 of the RGV transport vehicle 500 is transferred to the upper plate conveying mechanism 425 of the slot plate loading and delivery assembly 402 of the passivation spray transport vehicle 400, completing the cathode plate loading operation.

[0052] (3) The clean cathode plates are driven by the upper plate conveying chain 427 and the chain drive 428, and the automatic plate arrangement machine 421 arranges the clean cathode plates at equal intervals on the toothed chain of the whole plate chain 424. At this time, the spacing and number of the clean cathode plates are consistent with the parameters of the corresponding diaphragm frames, waiting for the slot operation.

[0053] (4) The automatic tank loading and unloading device 300 automatically takes out the cathode plate containing the product in the previous electrolysis cycle from the diaphragm frame at the starting position according to the position setting of the automation program, and then places it on the placement chain of the out-tank plate placing and conveying mechanism 415 of the passivation plate arrangement transport vehicle 400. The out-tank operation of the cathode plate with the product is completed.

[0054] (5) The automatic in-and-out tank device 300 moves the guide in-and-out clamp 304 to above the position of the whole plate chain 424 described in step (3) by lateral movement, and then automatically grabs the same number of clean cathode plates to prepare for the tank entry operation.

[0055] (6) The automatic tank loading and unloading device 300 places the grabbed clean cathode plate into the empty diaphragm frame from which the cathode plate has been removed in step (4) through automated action, thus completing the operation of loading the cathode plate into the tank.

[0056] (7) The cathode plate with the product placed on the chain of the out-grooved plate placing conveyor mechanism 415 of the passivation plate arrangement transport vehicle 400 is conveyed by the chain, passes through the out-grooved plate automatic spraying device 416, completes the process requirements of wetting the cathode plate with the passivation liquid, and then is conveyed by another section of the chain to the out-grooved plate lower plate conveyor mechanism 417.

[0057] (8) The cathode plate with product on the lower plate conveying mechanism 417 is automatically transferred to the chain of the outlet plate channel 502 of the RGV transport vehicle 500 docked here. At this time, the RGV transport vehicle 500 completes the exchange action of the clean cathode plate and the cathode plate with product.

[0058] (9) The left and right automatic in-and-out tank devices 300 synchronously complete the cathode plate in-and-out tank operations of the left and right electrolytic tank areas 103.

[0059] (10) The RGV transporter 500 carries the cathode plate with the product back to the post-stripping process area, completing a complete exchange operation of the cathode plate in and out of the tank between the previous and next processes.

[0060] The embodiments of the present invention are described in detail above in conjunction with the accompanying drawings, but the present invention is not limited to the above embodiments. Various changes can be made within the knowledge scope of ordinary technicians in the technical field without departing from the purpose of the present invention.

Claims

1. An automatic in and out system for electrolytic cell plates, characterized in that: An intelligent driving device is arranged in the electrolysis workshop, and an automatic tank entry and exit device is installed on the intelligent driving device. The automatic tank entry and exit device comprises a transversely movable trolley, and a lifting column lifting base and a fine-tuning drive component of the lifting base are arranged on the main frame of the transversely movable trolley. A lifting column is installed on the lifting column lifting base, and a rotating mechanism and a guide entry and exit clamp are installed at the lower end of the lifting column.

2. The automatic in and out system for electrolytic cell plates according to claim 1, characterized in that: The intelligent driving device is equipped with two sets of left and right independent automatic in-and-out slot devices.

3. The automatic in and out system for electrolytic cell plates according to claim 1 or 2, characterized in that: A ground rail is arranged in the electrolysis workshop, on which an RGV transport vehicle and a passivation plate transport vehicle are arranged, and the RGV transport vehicle and the passivation plate transport vehicle are docked and exchange cathode plates.

4. The automatic in and out system for electrolytic cell plates according to claim 3 is characterized in that: The fine-tuning drive assembly of the lifting column lifting base includes two fine-tuning sliding guide rails, a fine-tuning drive motor, a fine-tuning drive lead screw and a lead screw nut installed on the main frame of the mobile trolley. The lifting column lifting base is slidably installed on the two fine-tuning sliding guide rails through a guide rail slider; the fine-tuning drive motor is installed on the main frame of the mobile trolley, the fine-tuning drive lead screw is connected to the drive motor, and the lead screw nut is arranged on the lifting column lifting base. The fine-tuning drive motor drives the fine-tuning drive lead screw to move the lead screw nut seat, thereby driving the lifting column lifting base and the lifting column to move.

5. The automatic in and out system for electrolytic cell plates according to claim 3 is characterized in that: The rotating mechanism comprises a rotating mechanism driving and rotating mechanism supporting assembly mounted on the bottom plate structure of the lifting column; the rotating mechanism supporting assembly is a plane bearing supporting assembly with an inner gear ring; the driving assembly is a motor, a reducer and a driving gear.

6. The electrolytic cell plate automatic in-and-out system according to claim 3, characterized in that: The passivation plate arrangement transport vehicle comprises a chassis, on which an out-of-slot plate picking, placing and conveying assembly and an in-slot plate picking, placing and conveying assembly are arranged.

7. The automatic in and out system for electrolytic cell plates according to claim 3, characterized in that: The passivation plate transport vehicle is provided with an automatic spraying device for the out-of-slot plates.

8. The automatic in and out system for electrolytic cell plates according to claim 7, characterized in that: The automatic spraying device for the out-of-slot plate comprises a nozzle, a spraying pipeline, a spraying water pump and a spraying protective cover.

9. The automatic in and out system for electrolytic cell plates according to claim 6, characterized in that: The slot-entering plate taking, placing and conveying assembly comprises an automatic plate arranging machine and a plate loading conveying mechanism.

10. The automatic in and out system for electrolytic cell plates according to claim 3, characterized in that: The RGV transport vehicle is provided with a slot inlet plate channel and a slot outlet plate channel.

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