CN210846581U - Ammonium paratungstate ball-milling equipment - Google Patents

Abstract

The utility model relates to an ammonium paratungstate ball-milling equipment, which comprises a supporting rack, the decompression pipe, the frame of rolling, the intake chamber, discharging pipe and deposit storehouse, the support frame is the cuboid form, be equipped with ball-milling cylinder and vibration dish in, ball-milling cylinder is in the support frame bottom, meet with rolling the frame, a processing for ammonium paratungstate raw materials is polished, vibration dish meets through connecting rod and ball-milling cylinder, a raw materials for processing vibrates and rolls friction processing, reach after certain degree when density, the raw materials after the processing is through rolling the filter screen of frame lower floor, input to the intake chamber, intake chamber left side upper portion is equipped with the inlet tube, the shower nozzle of inlet tube edge carries out moisture with the raw materials of processing and sprays, guarantee that the raw materials oozes pollution-free, avoid dust pollution, finally, import deposit storehouse. The utility model discloses novel structure, convenient to use, stirring are efficient and pollution-free to the environment, are worth extensively promoting in the production department.

Description

Ammonium paratungstate ball-milling equipment

Technical Field

The utility model relates to an ammonium paratungstate production technical field especially relates to an ammonium paratungstate ball-milling equipment.

Background

The ammonium paratungstate is a chemical substance, mainly is a white crystal, has two kinds of sheet or needle shapes, and is mainly used for preparing metal tungsten powder made of tungsten trioxide or blue tungsten oxide; downstream products of the metal tungsten powder are tungsten material series, such as tungsten bars, tungsten filaments and other electric vacuum materials; there are alloy series, such as tungsten carbide, cemented carbide, alloy blades, alloy bits, alloy dies, etc.; other wear-resisting, withstand voltage, high temperature resistance mechanical equipment parts etc. need smash the raw and other materials in the course of ion exchange production ammonium paratungstate's course of working, and rethread screen filters.

Most processing equipment in the market all rolls crushing and filters dual part equipment, has occupied a large amount of equipment land, neither environmental protection nor energy-conservation.

SUMMERY OF THE UTILITY MODEL

In view of this, provide a novel structure, convenient to use, ejection of compact speed is fast, stirring efficiency is high and green's an ammonium paratungstate ball-milling equipment.

The utility model provides an ammonium paratungstate ball-milling equipment, which comprises a supporting rack, the pipe of decompressing, roll the frame, the intake chamber, discharging pipe and storage storehouse, the support frame is the cuboid form, be equipped with ball-milling cylinder and vibration dish, ball-milling cylinder is in the support frame bottom, with roll the frame and meet, a processing for the ammonium paratungstate raw materials is polished, vibration dish meets with ball-milling cylinder through the connecting rod, a raw materials for processing vibrates and rolls friction processing, reach after the certain degree when density, the raw materials after the processing is through rolling the filter screen of a lower floor, input to the intake chamber, intake chamber left side upper portion is equipped with the inlet tube, the shower nozzle of inlet tube edge carries out moisture with the raw materials of processing and sprays, guarantee that the raw materials oozes the non-pollution, avoid dust.

Furthermore, the support frame is provided with a material containing frame, a feeding pipe, a landslide body, a motor, a cable conductor, a rotating shaft, a ball milling roller, a connecting rod and a vibrating disk, the material containing frame is in an open cuboid shape and is placed on the upper portion of the water inlet pool, the landslide body, the motor, the cable conductor, the rotating shaft, the ball milling roller, the connecting rod and the vibrating disk are all positioned in the material containing frame, the left side of the feeding pipe is positioned outside the left side of the material containing frame, the right side of the feeding pipe extends into the material containing frame, the top of the support frame is vertically connected with the feeding pipe, the bottom of the support frame is vertically connected with the water inlet pool, the landslide body is positioned on the upper portion of the right side of the support frame and is responsible for leading, under the action of the rotating shaft, other components are protected from being damaged due to vibration and friction generated by the ball milling roller and the vibration disc; the support frame is provided with a support opening door (not shown) which can be used for cleaning the device.

Furthermore, the surface of the ball milling roller is provided with grinding teeth, the ball milling roller drives the connecting rod and the vibration disc to rotate clockwise by 360 degrees under the action of the rotating shaft, the vibration disc vibrates raw materials covering the upper part of the ball milling roller to the bottom through vibration, the raw materials can be vibrated and rolled through vibration, the ball milling roller is connected with the rolling frame, and the raw materials are processed under the action of the motor.

Furthermore, the pressure reducing pipe is arranged at the upper part of the right side of the support frame, and the pressure stability of the device is ensured under the action of the pressure reducing valve.

Further, the grinding frame surface cloth has the grinding board, and the grinding board presents the fretwork form, and the raw materials that will preliminary working accomplish are leading-in to filter screen department through the space, and filter screen net footpath 10MM, and the raw materials that accomplish the grinding are leading-in to the intake chamber through the filter screen.

Further, the intake chamber is equipped with inlet tube, intake pump, shower nozzle and switch, and the intake chamber bottom presents the landslide form right, and is equipped with and opens the door (not drawn), can be used to the device and washs, and in the intake pump impressed the clear water into the inlet tube, the shower nozzle was in inlet tube right side edge for erupt the water source, guarantee that the leading-in raw materials of intake chamber can all deposit in water, and the switch is used for opening and closing of whole equipment start.

Further, discharging pipe left side meets with the intake pool, and the right side links to each other with the storage storehouse for the leading-in storage storehouse of ammonium tungstate that will have already processed completion, and be used for storing.

Compared with the prior art, the beneficial effects of the utility model are that: through inlet pipe and the landslide body, with the raw materials input into the ball-milling drum of support frame, drive ball-milling drum and vibration dish under the left side motor effect and present 360 rotatory operations to through the grinding frame with process the ammonium paratungstate of accomplishing through leading-in storage storehouse behind the intake sump in, guaranteed that environmental safety and ejection of compact are safe exquisite.

Drawings

Fig. 1 is the utility model discloses ammonium paratungstate ball-milling equipment structure sketch map.

Detailed Description

The present invention will be described in detail with reference to the following embodiments and drawings.

Referring to fig. 1, an embodiment of the present invention is shown, an ammonium paratungstate ball milling device 10, which comprises a support frame 20, a pressure reducing pipe 30, a milling frame 40, a water inlet tank 50, a material outlet pipe 60 and a storage bin 70, wherein the support frame 20 is in a cuboid shape and is internally provided with a ball milling roller 27 and a vibration disk 29, the ball milling roller 27 is arranged at the bottom of the support frame 20 and is connected with the milling frame 40 for processing and polishing ammonium paratungstate raw material, the vibration disk 29 is connected with the ball milling roller 27 through a connecting rod 28 and is used for vibrating and milling and rubbing the processed raw material, when the density reaches a certain degree, the processed raw material passes through a filter screen 41 at the lower layer of the milling frame 40 and is input into the water inlet tank 50, the upper portion of the left side of the water inlet tank 50 is provided with a water inlet pipe 51, a spray nozzle 53 at the edge of the water inlet pipe 51, finally, it is fed via a feed line 60 into a storage silo 70.

Further, as a preferred embodiment of the present invention, the supporting frame 20 is provided with a material containing frame 21, a material feeding pipe 22, a sliding mass 23, a motor 24, a cable 25, a rotating shaft 26, a ball milling roller 27, a connecting rod 28 and a vibrating disk 29, the material containing frame 21 is in an open cuboid shape and is placed on the upper portion of the water inlet pool 50, the sliding mass 23, the motor 24, the cable 25, the rotating shaft 26, the ball milling roller 27, the connecting rod 28 and the vibrating disk 29 are all located inside the material containing frame 21, the left side of the material feeding pipe 22 is located outside the left side of the material containing frame 21, the right side of the material containing frame 21 is inserted into the material containing frame 21, the top of the supporting frame is vertically connected with the material feeding pipe 22, the bottom of the supporting frame is vertically connected with the water inlet pool 50, the sliding mass 23 is located on the upper portion of the right side of the supporting frame and is responsible for, other components are protected from being damaged by the vibration and friction generated by the ball mill roller 27 and the vibration plate 29 under the action of the rotating shaft 26; the support 20 is provided with a support door (not shown) for cleaning the device.

Further, as a preferred embodiment of the present invention, the grinding teeth are distributed on the surface of the ball milling drum 27, the ball milling drum 27 drives the connecting rod 28 and the vibration disk 29 to rotate clockwise by 360 ° under the action of the rotating shaft 26, the vibration disk 29 vibrates to vibrate the raw material covered on the upper portion of the ball milling drum 27 to the bottom, and the raw material can be rolled by vibration, the ball milling drum 27 is connected with the rolling frame 40, and the raw material is processed under the action of the motor 24.

Further, as a preferred embodiment of the present invention, the pressure reducing pipe 30 is located at the upper right side of the support frame 20, and the pressure of the device is ensured to be stable by the relief valve 31.

Further, as a preferred feature of this embodiment, the rolling frame 40 has rolling plates distributed on its surface, the rolling plates are hollow, the raw material after preliminary processing is introduced into the filter screen 41 through a gap, the diameter of the filter screen is 10MM, and the raw material after rolling is introduced into the water inlet tank 50 through the filter screen 41.

Further, as the preferred of this embodiment, intake pond 50 is equipped with inlet tube 51, intake pump 52, shower nozzle 53 and switch 54, and intake pond 50 bottom appears the landslide form to the right, and is equipped with the door (not drawn), can be used to the device washing, and intake pump 52 presses the clear water into inlet tube 51, and shower nozzle 53 is in inlet tube 51 right side edge for erupt the water source, guarantees that the leading-in raw materials of intake pond 50 can all precipitate in water, and switch 54 is used for opening and closing that whole equipment started.

Further, as a preferred embodiment, the left side of the discharge pipe 60 is connected to the water inlet tank 50, and the right side is connected to the reserve bin 70, so as to introduce the processed ammonium tungstate into the reserve bin 70 and store the processed ammonium tungstate.

The working principle of the ammonium paratungstate ball-milling equipment 10 is as follows: raw materials enter the ball milling roller 27 of the support frame 20 through the feeding pipe 22 and the slip mass 23, the ball milling roller 27 and the vibrating disk 29 are driven to operate under the action of the left motor 24, and processed ammonium paratungstate is guided into the storage bin 70 through the rolling frame 40 after passing through the water inlet pool 50, so that the environmental safety is ensured.

The above disclosure is only a preferred embodiment of the present invention, and certainly should not be taken as limiting the scope of the invention, which is defined by the claims and their equivalents.

Claims (7)

1. The utility model provides an ammonium paratungstate ball-milling equipment which characterized in that: including the support frame, the pipe decompresses, the frame rolls, the intake chamber, discharging pipe and storage storehouse, the support frame is the cuboid form, be equipped with ball-milling cylinder and vibration dish in, ball-milling cylinder is in the support frame bottom, with roll the frame and meet, a processing for ammonium paratungstate raw materials is polished, the vibration dish meets with ball-milling cylinder through the connecting rod, a raw materials for processing vibrates and rolls friction processing, reach the certain degree after when density, the raw materials after the processing is through rolling the filter screen of frame lower floor, input to the intake chamber, intake chamber left side upper portion is equipped with the inlet tube, the shower nozzle of inlet tube edge carries out moisture with the raw materials of processing and sprays, guarantee that the raw materials oozes the non-pollution, avoid dust pollution, finally through the.

2. The ammonium paratungstate ball milling apparatus of claim 1, wherein: the supporting frame is provided with a material containing frame, a feeding pipe, a landslide body, a motor, a cable conductor, a rotating shaft, a ball milling roller, a connecting rod and a vibrating disc, the material containing frame is in an open cuboid shape and is arranged on the upper portion of a water inlet pool, the landslide body, the motor, the cable conductor, the rotating shaft, the ball milling roller, the connecting rod and the vibrating disc are all arranged inside the material containing frame, the left side of the feeding pipe is arranged outside the left side of the material containing frame, the right side of the feeding pipe extends into the material containing frame, the top of the supporting frame is vertically connected with the feeding pipe, the bottom of the supporting frame is vertically connected with the water inlet pool, the landslide body is arranged on the upper portion of the right side of the supporting frame and is responsible for leading raw materials into the ball milling roller, the motor is arranged inside the supporting; the support frame is provided with a support opening door and can be used for cleaning the device.

3. The ammonium paratungstate ball milling apparatus of claim 2, wherein: ball-milling cylinder surface cloth has the tooth of grinding, and under the rotation axis effect, ball-milling cylinder drives connecting rod and vibration dish, all presents 360 rotations clockwise, and the vibration dish is through the shake, will cover in the raw materials vibration to the bottom on ball-milling cylinder upper portion, and the accessible vibration rolls, and ball-milling cylinder meets with rolling the frame, under the motor action, processes the raw materials.

4. The ammonium paratungstate ball milling apparatus of claim 1, wherein: the pressure reducing pipe is positioned at the upper part of the right side of the support frame, and the pressure stability of the device is ensured under the action of the pressure reducing valve.

5. The ammonium paratungstate ball milling apparatus of claim 1, wherein: roll frame surface cloth and have the board of rolling, roll the board and present the fretwork form, the raw materials that will preliminary working is accomplished leads to filter screen department through the space, and filter screen net footpath 10MM, the raw materials that accomplish to roll are led to the intake pool through the filter screen.

6. The ammonium paratungstate ball milling apparatus of claim 1, wherein: the intake chamber is equipped with inlet tube, intake pump, shower nozzle and switch, and intake chamber bottom presents the landslide form right, and is equipped with and opens the door, can be used to the device and washs, and in the intake pump impressed the clear water into the inlet tube, the shower nozzle was in inlet tube right side edge for eruption water source guarantees that the leading-in raw materials of intake chamber can all deposit in water, and the switch is used for opening and closing of whole equipment start.

7. The ammonium paratungstate ball milling apparatus of claim 1, wherein: the discharging pipe left side meets with the intake pool, and the right side links to each other with the storage storehouse for the leading-in storage storehouse of ammonium tungstate that will have already processed the completion, and be used for storing.

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