CN220283628U - Impurity removing device for activated carbon processing - Google Patents

Abstract

The utility model discloses a impurity removing device for processing active carbon, which comprises a first box body, wherein a first rectangular through hole is formed in the side wall surface of the first box body, a sliding door mechanism is arranged on the side wall surface in the first rectangular through hole, a steam mechanism is arranged on the upper wall surface of the first box body, a steam auxiliary circulating mechanism is arranged in the first box body, a device moving mechanism is arranged on the lower wall surface of the first box body, a first pipe body is inserted into the upper wall surface of the first box body, the device can be conveniently moved through moving equipment in the using process, and at the moment, impurity removing and sulfur removing operation on the active carbon in the first box body can be completed through the steam mechanism, the steam auxiliary circulating mechanism and external hydrogen discharging equipment.

Description

Impurity removing device for activated carbon processing

Technical Field

The utility model relates to the technical field of impurity removal devices, in particular to an impurity removal device for processing activated carbon.

Background

The active carbon is an important branch of new materials and carbon materials, and has comprehensive excellent adsorption performance and wide new application in almost all national economy departments. The method is an emerging industry, the basic research of the enhanced active carbon and the research and development of new technical and novel products are necessary, more active carbon production factories are dedicated to the research, various impurity removing devices exist in the prior art, such as a impurity removing device for producing and processing the active carbon is disclosed in the novel utility model of China with the patent number of CN201920507717.3, the impurity removing device for producing and processing the active carbon comprises a device substrate, a motor, a filter plate and a cylinder, a bracket is arranged at the bottom of the device substrate, a feeding groove is arranged on the surface of the device substrate in a communicating manner, and a baffle is welded on the inner wall of the feeding groove.

When the impurity removing device is used, small impurities in the activated carbon are filtered by the air cylinder matched with the filter screen, fine impurities in the activated carbon are removed through the exhaust mechanism, the feeding and discharging are very simple and convenient, redundant contact actions between finished activated carbon and an instrument in the filtering step are avoided, the impurity removing effect of the activated carbon in discharging is ensured to the greatest extent, and the situation that a large amount of residual sulfur exists in the activated carbon is caused, so that the sulfur is inconvenient to remove by the physical discharging method, and the impurity removing device is required to be used.

Disclosure of Invention

In order to achieve the above purpose, the utility model is realized by the following technical scheme: the utility model provides an active carbon processing is with arranging miscellaneous device, includes first box, first rectangle through-hole and the inside lateral wall face of first rectangle through-hole are seted up to first box lateral wall face and are installed sliding door mechanism, steam mechanism is installed to first box upper wall face, first box internally mounted has the supplementary circulation mechanism of steam, equipment moving mechanism is installed to first box lower wall face, first box upper wall face cartridge has first body.

Preferably, the sliding door mechanism comprises a sliding door, a pair of sliding doors are hinged to the opposite side wall surfaces of the first rectangular through hole of the first box body respectively, a pair of side wall surfaces of the sliding doors are provided with a first rotating shaft and a cylindrical fixing block respectively, the side wall surfaces of the cylindrical fixing block are provided with annular grooves, and the outer wall surface of the first rotating shaft is provided with an L-shaped plate body.

Preferably, the steam mechanism comprises a second box body, the second box body is installed on the upper wall surface of the first box body, a third box body is installed on the side wall surface of one end of the second box body, the air exhaust end of a fan installed inside the third box body is communicated with the inside of the second box body, a concave box body is installed on the lower wall surface of the inside of the second box body, a first cylinder body is installed on the lower wall surface of the inside of the concave box body, an electric valve is inserted in the position, close to the lower wall surface of the concave box body, of the first rod body, a pair of C-shaped constantan alloy is installed on the side wall surface of the first rod body, a water absorbing sponge is installed on the lower wall surface of the inside of the concave box body, the water absorbing sponge is located on the middle position of the pair of C-shaped constantan alloy, a second pipe body is inserted on the side wall surface of one end of the second box body, a second pipe body is inserted on the side wall surface of the concave box body, an electric valve is inserted on the side wall surface of the first box body, a first pipe body is inserted on the side wall surface of the first pipe body, a third pipe body is inserted on the side wall surface of the second pipe body is located on the outside of the second pipe body, and a pair of C-shaped constantan alloy is located on the side wall surface of the outside of the second pipe body, and the second pipe body is located outside of the second pipe body.

Preferably, the auxiliary circulation mechanism for steam comprises a pair of iron mesh plate bodies, wherein the side wall surfaces at two ends of the iron mesh plate bodies are respectively arranged on opposite side wall surfaces in the first box body, three-way pipes are respectively arranged on the upper wall surface and the lower wall surface in the first box body, a spiral pipe body is arranged between the pair of three-way pipes, the spiral pipe body is communicated with the pair of three-way pipes and is positioned on the side wall surface in the first box body, a plurality of circular through holes are formed in the outer wall surfaces of the three-way pipes and the spiral pipe body, and the other end of the three-way pipe body positioned on the lower wall surface is communicated with the second pipe body.

Preferably, the equipment moving mechanism comprises a fourth box body, two pairs of first rectangular fixing blocks are installed on the lower wall surface of the first box body, a fifth box body is installed on the lower wall surface of the first rectangular fixing blocks, the fourth box body is installed on the upper wall surface of the fifth box body, a motor and a driving end of the motor are installed inside the fourth box body, a first bearing and a first bearing are installed on the lower wall surface of the inner portion of the fifth box body in a plugging mode, a second rotating shaft and a first T-shaped sleeve are sleeved on the outer wall surface of the second rod body, threaded grooves are formed in the inner wall surface of the first T-shaped sleeve and the outer wall surface of the second rod body, a second rectangular plate body and a first rectangular plate body are respectively sleeved on the outer wall surface of the second rotating shaft and the outer wall surface of the first T-shaped sleeve, a pair of third rod bodies are installed on the lower wall surface of the fifth box body, a pair of third rod bodies are installed on the lower wall surface of the inner wall surface of the third box body, a pair of third rod bodies are sleeved on the outer wall surface of the second T-shaped sleeve and the first T-shaped sleeve is close to the inner wall surface of the first T-shaped sleeve, and the first T-shaped sleeve is provided with universal wheels and the two universal wheels are arranged on the inner wall surfaces of the first T-shaped sleeve body and the two rectangular plates are close to the inner wall surfaces of the first T-shaped sleeve body.

Advantageous effects

The utility model provides a impurity removing device for processing active carbon, which can conveniently and rapidly move equipment through mobile equipment in the using process, and can complete impurity removing and sulfur removing operation on the active carbon in a first box body through a steam mechanism, a steam auxiliary circulating mechanism and external hydrogen discharging equipment.

Drawings

Fig. 1 is a schematic front view of a device for removing impurities for processing activated carbon according to the present utility model.

Fig. 2 is a schematic view of the internal structure of a first box of the impurity removing device for activated carbon processing according to the present utility model.

Fig. 3 is a schematic diagram of a C-shaped constantan alloy structure of the impurity removing device for activated carbon processing according to the present utility model.

Fig. 4 is a schematic diagram of a three-way pipe body of the impurity removing device for processing activated carbon.

In the figure: 1. a first case; 2. a first tube body; 3. a second tube body; 4. a third tube body; 5. a circular plate body; 6. a plug body; 7. a second case; 8. a third case; 9. a blower; 10. a concave box body; 11. a first cylinder; 12. an electric valve; 13. a water absorbing sponge; 14. a first rod body; 15. c-shape constantan alloy; 16. a three-way pipe body; 17. a spiral tube body; 18. an iron mesh plate body; 19. a first rectangular fixed block; 20. a fourth case; 21. a motor; 22. a first rectangular plate body; 23. a second rectangular plate body; 24. a first T-shaped sleeve; 25. a second T-shaped sleeve; 26. a universal wheel; 27. a second rod body; 28. a third rod body; 29. a sliding door; 30. a first rotating shaft; 31. an L-shaped plate body; 32. a cylindrical fixed block; 33. and a fifth box body.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

Referring to fig. 1-4, the present utility model provides a technical solution: the utility model provides an active carbon processing is with arranging miscellaneous device, includes first box 1, first rectangle through-hole and the inside lateral wall face of first rectangle through-hole are seted up to first box 1 lateral wall face and are installed sliding door mechanism, steam mechanism is installed to first box 1 upper wall face, 1 internally mounted of first box has the supplementary circulation mechanism of steam, equipment moving mechanism is installed to first box 1 lower wall face, first box 1 upper wall face cartridge has first body 2.

At this time, the motor 21 is separated on the cylindrical fixing block 32 by the rotation of the first rotating shaft 30, at this time, the pair of sliding doors 29 on the side wall surface of the first case 1 is opened, at this time, activated carbon is placed in the tray body and placed by the pair of iron mesh plate bodies 18 inside the first case 1, at this time, the pair of sliding doors 29 are closed and the sliding doors 29 are fixed by the closing of the motor 21 and the cylindrical fixing block 32, at this time, the electric valve 12 is closed, and water is injected into the first cylinder 11 through the third pipe 4 by the separation of the circular plate body 5 and the third pipe body 4, at this time, the cylinder is closed by the circular plate body 5, at this time, the electric valve 12 is opened, so that water is reserved inside the concave case 10 by pressure, at this time, the water absorbing sponge 13 absorbs water, at this time, the electric heating can be performed by the pair of C-shaped constantan alloy 15, thereby evaporating the water in the water absorbing sponge 13 to continuously generate water vapor, at the moment, the air is discharged into the inside through the second pipe body 3 by starting the fan 9, at the moment, the water vapor can be discharged from different angles by a pair of three-way pipes 16 in the first box body 1 and circular through holes on the spiral pipe body 17, at the moment, the air in the first box body 1 can be discharged through the first pipe body 2, at the moment, the hydrogen can be discharged into the first box body 1 by external equipment, thereby reducing sulfur after the completion, when the equipment needs to be moved, the motor 21 in the fourth box body 20 can be started to drive the second rod body 27 to rotate by the rotation of the driving end of the motor 21, thereby lifting the universal wheel 26 in the fifth box body 33 after the linkage of the first T-shaped sleeve 24, the second T-shaped sleeve 25, the third rod body 28, the second rectangular plate body 23, the first rectangular plate body 22 and the first rectangular plate body 22, thereby supporting the device up through the universal wheels 26 to complete the movement.

Further, the sliding door mechanism comprises a sliding door 29, a pair of sliding doors 29 are hinged to opposite side wall surfaces of a first rectangular through hole of the first box body 1, a first rotating shaft 30 and a cylindrical fixing block 32 are respectively installed on the side wall surfaces of the pair of sliding doors 29, annular grooves are formed in the side wall surfaces of the cylindrical fixing block 32, and an L-shaped plate 31 is installed on the outer wall surface of the first rotating shaft 30.

At this time, the motor 21 is separated on the cylindrical fixing block 32 by the rotation of the first rotating shaft 30, at this time, the pair of sliding doors 29 of the side wall surface of the first casing 1 is opened, at this time, activated carbon is placed in the tray body and is placed through the pair of iron mesh plates 18 inside the first casing 1, at this time, the pair of sliding doors 29 is closed and the sliding doors 29 are fixed by the closing of the motor 21 and the cylindrical fixing block 32.

Further, the steam mechanism includes second box 7, second box 7 installs on first box 1 upper wall, third box 8 is installed to second box 7 one end lateral wall, the inside exhaust end that installs fan 9 and fan 9 of third box 8 is linked together with second box 7 inside, second box 7 inside lower wall installs concave box 10, first barrel 11 is installed to concave box 10 inside lower wall, first barrel 11 lateral wall is close to concave box 10 lower wall on the position cartridge and is equipped with electric valve 12, concave box 10 outside is along the end upper wall and is installed first body of rod 14 and first body of rod 14 lateral wall and install a pair of C-shaped constantan alloy 15, concave box 10 inside lower wall installs sponge 13 and is located a pair of C-shaped constantan alloy 15 intermediate position, second box 7's one end lateral wall cartridge has second pipe 3 and the second pipe 3 other end is located the second pipe 4 lateral wall and is located the second pipe 4 outside of the second box 4, the second pipe 4 lateral wall is located the second pipe 4 outside of the second box 4.

At this time, the electric valve 12 is closed, water is injected into the first cylinder 11 through the third pipe 4 by separating the circular plate 5 from the third pipe 4, the third pipe 4 is closed through the circular plate 5 after the injection is completed, the electric valve 12 is opened, so that the water stays in the concave box 10 through pressure, the water absorbing sponge 13 is full of water, at this time, a pair of C-shaped constantan alloys 15 can be used for heating, so that the water in the water absorbing sponge 13 is evaporated, water vapor is continuously generated, and at this time, gas is discharged into the inside through the second pipe 3 through the start of the fan 9.

Further, the steam auxiliary circulation mechanism comprises an iron mesh plate body 18, two end side wall surfaces of the iron mesh plate body 18 are respectively arranged on opposite side wall surfaces in the first box body 1, three-way pipes 16 are respectively arranged on upper and lower wall surfaces in the first box body 1, a spiral pipe body 17 is arranged between the pair of three-way pipes 16, the spiral pipe body 17 and the pair of three-way pipes 16 are communicated, the spiral pipe body 17 is positioned on the inner side wall surface of the first box body 1, a plurality of circular through holes are formed in the outer wall surfaces of the three-way pipes 16 and the spiral pipe body 17, and the other end of the three-way pipe body 16 positioned on the lower wall surface is communicated with the second pipe body 3.

At this time, the air is discharged into the interior through the second pipe body 3 by starting the blower 9, and at this time, the water vapor can be discharged from different angles through the circular through holes on the pair of tee bodies 16 and the spiral pipe body 17 in the interior of the first box body 1, and at this time, the air in the interior of the first box body 1 can be discharged through the first pipe body 2.

Further, the equipment moving mechanism includes fourth box 20, two pairs of first rectangle fixed blocks 19 are installed to first box 1 lower wall and two pairs of first rectangle fixed blocks 19 lower wall installs fifth box 33, fourth box 20 installs on the upper wall of fifth box 33, fourth box 20 internally mounted has motor 21 and the drive end of motor 21 installs second body of rod 27, first bearing and first bearing cartridge are installed on the lower wall of fifth box 33 under the second body of rod 27, second pivot and first T sleeve 24 inner wall and second T sleeve 27 outer wall all set up the screw groove, second pivot and first T sleeve 24 outer wall cover respectively are equipped with second body of plate 23 and first T sleeve 22 and second body of plate 24 lower wall install a pair of third body of plate 28 and third body of plate 28 lower wall install on the lower wall of plate 33 under the first body of rod 27, two sets of universal wheel sets up the rectangular sleeve 25 on the lower wall of first T sleeve 24 and second T sleeve 27, two sets up the universal wheel 25 and sets up the rectangular sleeve 25 under the first T sleeve 25 inner wall and the second T sleeve 24.

When the equipment needs to be moved, the motor 21 in the fourth box 20 can be started to drive the second rod body 27 to rotate through the rotation of the driving end of the motor 21, so that the universal wheel 26 is lifted in the fifth box 33 after the linkage of the first T-shaped sleeve 24, the second T-shaped sleeve 25, the third rod body 28, the second rectangular plate body 23, the first rectangular plate body 22 and the first rectangular plate body 22 is completed, and the equipment is supported through the universal wheel 26, so that the movement is completed.

The detailed connection means are known in the art, and the following mainly describes the working principle and process, and the specific work is as follows.

Examples: at this time, the motor 21 is separated on the cylindrical fixing block 32 by the rotation of the first rotating shaft 30, at this time, the pair of sliding doors 29 on the side wall surface of the first case 1 is opened, at this time, activated carbon is placed in the tray body and placed by the pair of iron mesh plate bodies 18 inside the first case 1, at this time, the pair of sliding doors 29 are closed and the sliding doors 29 are fixed by the closing of the motor 21 and the cylindrical fixing block 32, at this time, the electric valve 12 is closed, and water is injected into the first cylinder 11 through the third pipe 4 by the separation of the circular plate body 5 and the third pipe body 4, at this time, the cylinder is closed by the circular plate body 5, at this time, the electric valve 12 is opened, so that water is reserved inside the concave case 10 by pressure, at this time, the water absorbing sponge 13 absorbs water, at this time, the electric heating can be performed by the pair of C-shaped constantan alloy 15, thereby evaporating the water in the water absorbing sponge 13 to continuously generate water vapor, at the moment, the air is discharged into the inside through the second pipe body 3 by starting the fan 9, at the moment, the water vapor can be discharged from different angles by a pair of three-way pipes 16 in the first box body 1 and circular through holes on the spiral pipe body 17, at the moment, the air in the first box body 1 can be discharged through the first pipe body 2, at the moment, the hydrogen can be discharged into the first box body 1 by external equipment, thereby reducing sulfur after the completion, when the equipment needs to be moved, the motor 21 in the fourth box body 20 can be started to drive the second rod body 27 to rotate by the rotation of the driving end of the motor 21, thereby lifting the universal wheel 26 in the fifth box body 33 after the linkage of the first T-shaped sleeve 24, the second T-shaped sleeve 25, the third rod body 28, the second rectangular plate body 23, the first rectangular plate body 22 and the first rectangular plate body 22, thereby supporting the device up through the universal wheels 26 to complete the movement.

It is noted that relational terms such as first and second, and the like are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions.

Claims (5)

1. The utility model provides an active carbon processing is with arranging miscellaneous device, includes first box (1), its characterized in that, first rectangle through-hole and the inside lateral wall face of first rectangle through-hole are seted up to first box (1) lateral wall face, steam mechanism is installed to first box (1) upper wall face, first box (1) internally mounted has supplementary circulation mechanism of steam, equipment moving mechanism is installed to first box (1) lower wall face, first body (2) are inserted to first box (1) upper wall face.

2. The impurity removing device for activated carbon processing according to claim 1, wherein the sliding door mechanism comprises a sliding door (29), a pair of sliding doors (29) are hinged to opposite side wall surfaces of a first rectangular through hole of the first box body (1), a first rotating shaft (30) and a cylindrical fixing block (32) are respectively installed on the side wall surfaces of the pair of sliding doors (29), annular grooves are formed in the side wall surfaces of the cylindrical fixing block (32), and an L-shaped plate body (31) is installed on the outer wall surface of the first rotating shaft (30).

3. The impurity removing device for activated carbon processing according to claim 1, wherein the steam mechanism comprises a second tank body (7), the second tank body (7) is mounted on the upper wall surface of the first tank body (1), a third tank body (8) is mounted on the side wall surface of one end of the second tank body (7), a fan (9) is mounted in the third tank body (8) and the exhaust end of the fan (9) is communicated with the interior of the second tank body (7), a concave tank body (10) is mounted on the lower wall surface of the inner part of the second tank body (7), a first cylinder body (11) is mounted on the lower wall surface of the inner part of the concave tank body (10), an electric valve (12) is inserted at the position, which is close to the lower wall surface of the concave tank body (10), of the first rod body (14) is mounted on the upper wall surface of the outer edge end of the concave tank body (10), a pair of C-shaped constantan alloy (15) is mounted on the side wall surface of the first rod body (14), a concave tank body (10) is mounted on the side wall surface of the second tank body (13), a water-absorbing pipe (3) is mounted on the side wall surface of the second tank body (13), a water-absorbing pipe (13) is mounted on the side wall surface of the second tank body (13), the novel plug is characterized in that a third pipe body (4) is inserted into the side wall surface, close to the upper end, of the first cylinder body (11), the other end of the third pipe body (4) is located outside the second box body (7), a plug body (6) is hinged to the side wall surface, located outside the second box body (7), of the third pipe body (4), and a circular plate body (5) is installed on the side wall surface, close to the upper end, of the plug body (6).

4. The impurity removing device for activated carbon processing according to claim 1, wherein the steam auxiliary circulating mechanism comprises a pair of iron net-shaped plate bodies (18), two end side wall surfaces of the pair of iron net-shaped plate bodies (18) are respectively arranged on opposite side wall surfaces in the first box body (1), three-way pipe bodies (16) are respectively arranged on upper and lower wall surfaces in the first box body (1), a spiral pipe body (17) is arranged between the pair of three-way pipe bodies (16), the spiral pipe bodies (17) are communicated with the pair of three-way pipe bodies (16) and the spiral pipe bodies (17) are located on the inner side wall surfaces of the first box body (1), a plurality of round through holes are formed in the outer wall surfaces of the pair of three-way pipe bodies (16) and the spiral pipe bodies (17), and the other end of the three-way pipe body (16) located on the lower wall surface is communicated with the second pipe body (3).

5. The impurity removing device for activated carbon processing according to claim 1, wherein the device moving mechanism comprises a fourth box body (20), two pairs of first rectangular fixing blocks (19) are installed on the lower wall surface of the first box body (1), a fifth box body (33) is installed on the lower wall surface of the two pairs of first rectangular fixing blocks (19), the fourth box body (20) is installed on the upper wall surface of the fifth box body (33), a motor (21) is installed inside the fourth box body (20), a second rod body (27) is installed at the driving end of the motor (21), a first bearing is installed on the lower wall surface of the second rod body (27) and is inserted on the lower wall surface of the inner part of the fifth box body (33), a second rotating shaft and a first T-shaped sleeve (24) are sleeved on the outer wall surface of the second rod body (27), threaded grooves are formed in the inner wall surface of the first T-shaped sleeve (24) and the outer wall surface of the second rod body (27), a second rotating shaft and a second rectangular sleeve (24) are installed on the upper wall surface of the second rectangular sleeve (23) and the lower wall surface of the second rectangular sleeve (28) respectively, the outer wall surfaces of the third rod bodies (28) are sleeved with second T-shaped sleeves (25) and the second T-shaped sleeves (25) are inserted into the first rectangular plate body (22), two pairs of universal wheels (26) are arranged on the lower wall surface of the first rectangular plate body (22), and round through holes are formed in the lower wall surface, close to the two pairs of universal wheels (26), of the fifth box body (33).