CN203593524U - Traveling crane hanger for metal manganese anode plate discharging - Google Patents

Abstract

The utility model discloses a traveling crane hanger for metal manganese anode plate discharging, which comprises a hanging ring hooked on a traveling crane hook, a pull rod, a pin shaft for connecting the hanging ring and the pull rod, a positioning rod on the pull rod, a left combined clamp plate and a right combined clamp plate which are connected with the pull rod, a clamp on the left combined clamp plate, a clamp on the right combined clamp plate, positioning holes in the left combined clamp plate and the right combined clamp plate, a fixing seat, a positioning shaft located on the fixing seat and hinged to the positioning holes, and a positioning plate connected with the positioning shaft. The traveling crane hanger for metal manganese anode plate discharging is characterized in that the left combined clamp plate and the right combined clamp plate can perform relative motion under the effect of the pull rod. The traveling crane hanger for metal manganese anode plate discharging, provided by the utility model, can achieve semi-automatization of an anode plate discharging process during the production process in a manganese potroom, can achieve one-step discharging of 15 or more anode plates, can alleviate the labor intensity of workers, and shortens the anode plate discharging time.

Description

A kind of driving spreader for metal manganese anode plate out of tank

technical field

The utility model relates to an anode plate outlet device for an electrolysis workshop in the metal manganese electrolysis industry, in particular to a driving hanger for an anode plate outlet.

Background technique

At present, the preparation method of metal manganese mainly adopts the electrolysis method. The electrolysis of metal manganese is to inject the purified manganese sulfate solution into the electrolytic cell, place the anode and the cathode in parallel in the electrolytic cell, connect the direct current, and precipitate the metal manganese on the cathode. However, anode slime will be generated on the surface of the anode plate during the electrolytic deposition process, which will affect the quality and current efficiency of the cathode manganese in the subsequent electrolysis process. Therefore, the anode plate in the electrolyzer must be taken out, cleaned and patted flat after a certain period of electrolysis, and then repacked in the electrolyzer.

Most of the existing anode plate troughs are operated manually by raising individual anode plates one by one, which is labor-intensive and takes a long time, and cannot meet the requirements of mass production.

Contents of the invention

In view of the above problems, the utility model provides a crane hoist for anode plate out of the tank, which can realize 15 or more anode plates out of the tank at one time.

The above purpose is achieved through the following scheme:

A driving hanger for anode plate out of the tank, including a suspension ring hanging on the driving hook, a pull rod, a pin shaft connecting the suspension ring and the pull rod, a positioning rod on the pull rod, a left composite splint and a right composite splint connected with the pull rod, a left The fixture on the combination splint, the fixture on the right combination splint, the positioning holes on the left and right combination splints, the fixing seat, the positioning shaft located on the fixing seat and hinged with the positioning hole, and the positioning plate connected with the positioning shaft are characterized in that , the left combination splint and the right combination splint can do relative movement under the effect of the pull rod.

According to the above-mentioned crane spreader, it is characterized in that there is an insulating sleeve between the suspension ring and the pin shaft.

According to the above-mentioned crane spreader, it is characterized in that the clamp is made of elastic stainless steel.

Compared with the prior art, the beneficial effect of the utility model is: the utility model realizes the semi-automation of the anode plate out of the tank in the production process of the manganese electrolysis workshop, and the anode plate is completed by the crane equipped with a special anode plate hanger. Out of the tank, and can realize 15 or more anode plates out of the tank at one time, which reduces the labor intensity of workers and shortens the time for the anode plate out of the tank.

Description of drawings

Fig. 1 is a structural representation of the utility model.

Detailed ways

As shown in Figure 1, a crane hanger for anode plate out of the tank, including a suspension ring 1 hanging on the crane hook, a pull rod 2, a pin shaft 3 connecting the suspension ring 1 and the pull rod 2, a positioning rod 4 on the pull rod, and The left combination splint 5 and the right combination splint 6 connected by the pull rod 2, the clamp 7 on the left combination splint 5, the clamp 8 on the right combination splint 6, the positioning holes 9 on the left and right combination splints, and the fixing seat 10 are located on the fixing seat 10 And the positioning shaft 11 that is hinged together with the positioning hole 9, the positioning plate 12 that is connected with the positioning shaft, wherein, the pull bar on the left side is hinged with the left combined splint 4, the pull bar on the right side is hinged with the right combined splint 5, and the left combination Clamping plate 4 and right combination clamping plate 5 can do relative movement under the effect of pull bar 2. When the lifting ring moves downward relative to the fixed seat, the pull rod is opened, so that the distance between the clamps on the left and right combined splints is enlarged. At this time, driven by the driving, the hanger moves as a whole, and under the action of the positioning plate, the left and right combined splints The clamps are placed on both sides of the anode plate 14 respectively. When the anode plate needs to go out of the tank, the positioning rod is lifted upwards, and at the same time the vehicle is driven upwards, the distance between the clamps on the left and right combined splints is reduced, the anode plate is clamped, and it rises together with the sling to complete the anode plate out of the slot.

According to the above-mentioned crane sling, there is an insulating sleeve 13 between the suspension ring 1 and the bearing pin 3 to prevent electric leakage when lifting the anode plate.

According to the above-mentioned crane spreader, the clamps on the left and right combination splints are made of elastic stainless steel.

Claims (3)

1. A driving hanger for anode plate out of the tank, comprising a suspension ring hanging on the driving hook, a pull rod, a pin shaft connecting the suspension ring and the pull rod, a positioning rod on the pull rod, a left combined splint and a right combined splint connected with the pull rod , the fixture on the left combination splint, the fixture on the right combination splint, the positioning holes on the left and right combination splints, the fixing seat, the positioning shaft located on the fixing seat and hinged with the positioning hole, the positioning plate connected with the positioning shaft, and The feature is that the left combined splint and the right combined splint can move relative to each other under the action of the pull rod. 2. The driving spreader according to claim 1, characterized in that there is an insulating sleeve between the lifting ring and the pin shaft. 3. The crane spreader according to claim 1, characterized in that the clamp is made of elastic stainless steel.

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