CN201313948Y

CN201313948Y - Electrolytic manganese stripper

Info

Publication number: CN201313948Y
Application number: CNU2008201182098U
Authority: CN
Inventors: 杨湘清
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-05-27
Filing date: 2008-05-27
Publication date: 2009-09-23
Anticipated expiration: 2018-05-27

Abstract

The utility model discloses an electrolytic manganese stripper, which comprises a body, a power unit, a gear transmission mechanism, a pneumatic clamping mechanism and an operation mechanism, wherein the power of an electromotor fixed in the body is changed by a speed changer and then transmitted by gears controlled by a clutch to a lower press roller; a press roller frame is connected with an air cylinder shaft, and is controlled by an air cylinder reversing valve to move up and down; both a clutch-releasing shifting fork and the reversing valve are controlled by a pedal rod; and one action cycle of the stripper can be fulfilled as long as a petal is pushed down and then released. The stripper has the advantages of simple structure, convenient operation and high working efficiency, and can strip twelve to fifteen electrolytic manganese cathode plates every minute, thus reducing the labor intensity of workers, moreover, the cathode plates can be kept even, consequently, the service lives of the cathode plates can be prolonged, the quality of electrolytic manganese can be improved under the circumstance that the electrode distance of an electrolytic cell is not changed, and electricity consumption can be reduced.

Description

The electrolytic manganese stripping machine

Technical field

The present invention relates to a kind of electrolytic manganese stripping machine.

Background technology

At present domestic each electrolytic manganese factory is that to make electrolytic manganese break away from negative plate all be to adopt manually to beat the way that negative plate makes its disengaging with mallet, Xiang Tan electrolytic manganese factory once designed the mechanical means that a kind of runout negative plate makes its demanganize, but did not put into production undesirable end because of its effect.Manually beat negative plate, the big efficient of labor strength is low, the problem of manually beaing negative plate demanganize maximum be stainless steel cathode plate after beaing, uneven, buckling deformation, contact with anolyte compartment's diaphragm cloth easily at the negative plate that uses distortion, make the electrolytic manganese blackout of contact diaphragm cloth, molten, the negative plate of buckling deformation that even more serious is is in use often inserted the electrolytic manganese that broken diaphragm cloth ties the negative plate of this utmost point and is partly dissolved, reduce output, improved production cost.The negative plate that uses distortion is in order to prevent above problem, and factory has only the pole span that strengthens electrolyzer, and the power consumption when so just making electrolysis increases, the loss that has strengthened the energy.In order to solve this all is the behindhand type that manually beats demanganize for many years, the present invention utilizes electrolytic manganese crisp, as long as crooked stainless steel cathode plate just can will break away from attached to the electrolytic manganese on the stainless steel plate, the present invention is exactly the electrolytic manganese stripping machine that utilizes this characteristics design of electrolytic manganese.

Summary of the invention

The technical problem to be solved in the present invention provides a kind of electrolytic manganese stripping machine, pushes down on the pedal and just the negative electrode stainless steel plate of having peeled off electrolytic manganese can be withdrawn as long as the electrolytic manganese negative plate that needs are peeled off is put stripping machine into.Unclamp the footboard stripping machine and finish a work period.

For addressing the above problem electrolytic manganese stripping machine of the present invention is by body, power set, rotating element, pneumatic cramping and operating mechanism are formed, body (1) is by left and right sidesing wall plate (2,3) be tightened to screw rod (4) and nut (5), motor (6) and speed reduction unit (7) are fastened on the interior slotted-angle shelving (8 of body (1) with shaft coupling (10), 9) on, reducer output shaft (11) is fixed with clutch sleeve (12), clutch slip cover (13) is contained on the splined shaft (14) with the same axis of reducer shaft, splined shaft (14) is contained in bearing support (19) internal fixing on the left wallboard of body (1) (2), clutch slip cover (13) one ends have shift fork (17) shift fork seat (23) to be fixed on the body (1), shift fork (17) lower end is connected with connecting rod (25) and pedal stroke (27), splined shaft (14) the other end only is fixed with initiatively, and wheel (20) is meshed with follower gear (36) and lower compression roller gear (37), roller frame (38) is contained in body (1) upper end, one end is fixed with pressure roller (42) and is connected with cylinder axis (46) with stripper roll (40) the other end, lower cover of air cylinder (48) is connected with cylinder block (50) on the body, air inlet-outlet pipe (54,55) by reversing valve (56) commutation, spool (60) contacts with pedal stroke (27), booster air pump and stripping machine motor (6) during work, step on footboard (63) clutch coupling closure, gear (20,36,37) rotate, lower compression roller (31) is along with rotation, pedal stroke (27) is pressing reversing valve core (60) upwards simultaneously, pressure air enters cylinder, cylinder axis (46) upwards, roller frame (38) is to pressing down, last press roll gear (43) and lower compression roller gear (37) engagement, pressure roller in the rotation (42) lower compression roller (31) backward rotation.

Description of drawings

Fig. 1 is an electrolytic manganese stripping machine front view

Fig. 2 is an electrolytic manganese stripping machine left view

Fig. 3 is an electrolytic manganese stripping machine left side pseudosection

Embodiment

Stripping machine body shown in Figure 1 is by steel plate 2, the threaded garden of 3 usefulness steel 4 and nut 5 are tightened to, referring to Fig. 2, the slotted-angle shelving 8 that fixed electrical machinery 6 and speed reduction unit 7 are arranged on the body 1, connect with shaft coupling 10 in the middle of 9 speed reduction units 7, reducer output shaft 11 tightens clutch coupling and partly overlaps 12, clutch slip cover 13 be contained in the concentric spline 14 of reducer shaft on, clutch disengaging spring 15 is housed in the slip cap 13, the slip cap the other end is equipped with the left side that surface bearing 16 shift forks 17 are close to surface bearing, splined shaft 14 is contained in bolt 18 and is fixed in the bearing support 19 on the wallboard 2 of a body left side, the fastening driving toothed gear 20 of the splined shaft the other end, 31 times stripper roll 32 two ends of driven gear shaft 30 lower compression rollers all are contained in body both

sides wallboard

2,3 bearing

support

33,34,35 confidential reference items are seen Fig. 2, and they are all meshing mutually for driving toothed gear 20 and follower gear 36 and lower compression roller gear 37.

The useful nut 39 fixing last stripper roll 40 that can rotate and be contained in the interior last pressure roller 42 of bearing support 41 on the roller frame 38, one end is fixed with the gear 43 identical with lower compression roller gear 37 numbers of teeth, turning set 44 usefulness axle 45 is fixed on the body both

sides wallboard

2,3 external application nut 65 and fixes in the middle of the roller frame 38.See Fig. 2, Fig. 3 roller frame 38 lower ends and cylinder piston axle 46 usefulness bolts 47 are connected on the resting support 50 of body both

sides wallboard

2,3 cylinder upper end cover 51, lower end cover 48 respectively has an inlet suction port 52, joint 57,58 on 53 usefulness tracheaes 54,55 and reversing valve 56 valve bodies connects, pressurized air enters reversing valve 56 by inlet pipe 6, on the angle steel 59, spool 60 contacts with pedal stroke 27, and spool return spring 61 is housed on the spool 60 in body in reversing valve 56 upside-down mountings.See Fig. 3, clutch shifter 17 lower end turning sets 21 usefulness axle 22 is contained in the permanent sleeve 24 that is fixed on wallboard 2 upper shift fork seats 23, see that Fig. 3 shift fork 17 is connected with connecting rod 25 usefulness bolts 26, connecting rod 25 the other ends are connected with pedal stroke 27 usefulness bolts 28, seeing that Fig. 3 pedal stroke 27 is contained in is fixed on body both sides wallboard 2, on 3 the pedal stroke axle 29, pedal stroke axle two ends are fixing with nut 66, see Fig. 2

Booster air pump and stripping machine motor 6 are sent electrolytic manganese negative plate 62 on the stripping machine between the pressure roller 42 and lower compression roller 31.See that Fig. 3 steps on footboard 63.Pedal stroke 27 is at first depressed reversing valve core 60 cylinder pistons 64 and is upwards seen Fig. 3, pressure roller 42 1 ends press electrolytic manganese negative plate 62 and make its bending see that Fig. 3 goes up press roll gear 43 simultaneously meshing with lower compression roller gear 37 to pressing down to make pressure roller 42 and go up stripper roll 40 on the roller frame 38, clutch coupling is meshing under the effect of shift fork 17, and lower compression roller gear 37 and last press roll gear rotate the negative plate that lower compression roller will peel off along with outside commentaries on classics simultaneously and outwards withdraw from.

Claims

1, a kind of electrolytic manganese stripping machine is by body, power set, rotating element, pneumatic cramping and operating mechanism are formed, it is characterized in that: body (1) is by left and right sidesing wall plate (2,3) be tightened to screw rod (4) and nut (5), motor (6) and speed reduction unit (7) are fastened on the interior slotted-angle shelving (8 of body (1) with shaft coupling (10), 9) on, reducer output shaft (11) is fixed with clutch sleeve (12), clutch slip cover (13) is contained on the splined shaft (14) with the same axis of reducer shaft, splined shaft (14) is contained in bearing support (19) internal fixing on the left wallboard of body (1) (2), clutch slip cover (13) one ends have shift fork (17) shift fork seat (23) to be fixed on the body (1), shift fork (17) lower end is connected with connecting rod (25) and pedal stroke (27), splined shaft (14) the other end only is fixed with initiatively, and wheel (20) is meshed with follower gear (36) and lower compression roller gear (37), roller frame (38) is contained in body (1) upper end, one end is fixed with pressure roller (42) and is connected with cylinder axis (46) with stripper roll (40) the other end, lower cover of air cylinder (48) is connected with cylinder block (50) on the body, air inlet-outlet pipe (54,55) by reversing valve (56) commutation, spool (60) contacts with pedal stroke (27), booster air pump and stripping machine motor (6) during work, step on footboard (63) clutch coupling closure, gear (20,36,37) rotate, lower compression roller (31) is along with rotation, pedal stroke (27) is pressing reversing valve core (60) upwards simultaneously, pressure air enters cylinder, cylinder axis (46) upwards, roller frame (38) is to pressing down, last press roll gear (43) and lower compression roller gear (37) engagement, pressure roller in the rotation (42) lower compression roller (31) backward rotation.

2, it is characterized in that according to the described electrolytic manganese stripping machine of claim 1: the motor of power set (6) is connected with shaft joint (10) with speed reduction unit (7) is middle, reducer output shaft (11) tightens half-clutch device cover (12), clutch slip cover (13) is contained in the same middle disc flower of reducer output shaft (11) and is good on the axle (14), clutch disengaging spring (15) is housed in the slip cap (13), slip cap (13) the other end is equipped with plain thrust bearing (16), fork (17) is close to surface bearing (16) outer end, splined shaft (14) is contained in bolt (18) and is fixed in the bearing support (19) on the body left side wallboard (2), the fastening tooth (20) that initiatively ends of splined shaft (14) the other end.

3, according to the described electrolytic manganese stripping machine of claim 1, it is characterized in that: the driven gear shaft of rotating element (30), lower compression roller (31), following stripper roll (32), two ends all are contained in body both sides wallboard (2,3) bearing support (33,34,35) in, driving toothed gear (20) ends wheel (37) with follower gear (36) and lower compression roller, and they are all meshing mutually, roller frame (38) is gone up the fixing last stripper roll (40) that can rotate of useful nut (39) and is contained in the interior last pressure roller (42) of bearing support (41), one end is fixed with the gear (43) identical with lower compression roller gear (37) number of teeth, turning set (44) is fixed on body both sides wallboard (2 with axle (45) in the middle of the roller frame (38), 3) on, external application nut (65) is fastening.

4, according to the described electrolytic manganese stripping machine of claim 1, it is characterized in that: the roller frame of pneumatic mechanism (38) lower end is connected with bolt (47) with steam cylinder piston axle (46), cylinder lower end cover (48) connects body both walls plate (2 with bolt (49), 3) on the resting support (50), joint (57 on cylinder upper end cover (51) and reversing valve (56) valve body, 58) connect, pressurized air enters reversing valve by tracheae (66), the reversing valve upside-down mounting is in body on the angle steel (59), spool (60) contacts with foot-driven lever (27), and return spring (61) is arranged on the spool (60).

5, according to the described electrolytic manganese stripping machine of claim 1, it is characterized in that: clutch coupling fork (17) the lower end turning set (21) of operating mechanism is contained in the permanent sleeve (24) that is fixed on the last fork seat (23) of wallboard (2) with axle (22), shift fork (17) is connected with bolt (26) with connecting rod (25), connecting rod (25) the other end pedal stroke (27) connects with bolt (28), it is fastening with nuts (66) that the pedal stroke axle (29) that pedal stroke (27) is contained in fixing body both walls plate (2,3) is gone up two ends.

6, it is characterized in that according to the described electrolytic manganese stripping machine of claim 1: booster air pump and stripping machine electric motor (6) are sent electrolytic manganese negative plate (62) between pressure roller on the stripping machine (42) and the lower compression roller (31) to and are stepped on footboard (63), pedal stroke (27) is at first depressed ventilation spool (60), cylinder piston (64) upwards promotes pressure roller and presses (38), last pressure roller (42) one ends are to pressing down, making pressure roller (42) and going up stripper roll (40) compresses electrolytic manganese negative plate (62) and makes its bending go up press roll gear (43) simultaneously meshing with lower compression roller gear (37), clutch coupling is meshing under shift fork (17) effect, lower compression roller gear (37) is gone up press roll gear (43) and is rotated simultaneously, the electrolytic manganese negative plate that pressure roller will have been peeled off along with outside commentaries on classics outwards withdraws from, unclamp upwards return of footboard (63) stripping machine roller frame (38), gear stops operating.