CN209399675U - A kind of sludge Quick uniform desiccation hopper - Google Patents

Abstract

The utility model discloses a kind of sludge Quick uniform desiccation hoppers, including hopper ontology and drying unit, hopper ontology includes pedestal, wall body and wind blocker, wall body is set on the base, sealed door is hinged on the wall body, the inner sidewall of its opposite sides is equipped with mutual corresponding first limit plate, other side side wall is equipped with a pair of second limit plate, pedestal has hollow structure, lower end is equipped with the first ventilation hole, middle part is equipped with forklift hole, upper end side is equipped with air inlet band, air inlet band is located at the lower section of the first limit plate, drying unit successively includes the air supplying layer for all having hollow structure from bottom to top, sludge drying layer and air outlet layer, the second ventilation hole is equipped between air supplying layer and sludge drying layer, third venting hole is equipped between sludge drying layer and air outlet layer, the utility model has one group of air inlet by drying unit, drying and outlet air are logical Road, the sludge thickness in sludge drying layer is relatively small, can be by the sludge flash baking in sludge drying layer.

Description

A kind of sludge Quick uniform desiccation hopper

Technical field

The utility model relates to mud drying technology field, specially a kind of sludge Quick uniform desiccation hopper.

Background technique

In existing box mud drying process, usually sludge is stacked in sludge hopper, sludge hopper lower end With venthole, then sludge hopper is placed on the pedestal in drying box, it is by the air outlet below pedestal that heat is dry empty Gas is sent into hopper by the venthole of sludge hopper and carries out sludge drying, and carries out recycling receipts to the Hot wet air heating after drying Collection.

But since to bank up thickness thicker for the sludge in hopper, it will lead to sludge and be not easy to be oven-dried, and due to hopper two The sludge of side is easier to dry with respect to middle part sludge, will lead to middle part sludge drying difficulty and increases, causes drying uneven phenomenon.

Utility model content

The purpose of this utility model is to provide a kind of sludge Quick uniform desiccation hoppers, single by the way that multiple drying are arranged Member, each unit form an independent drying system, have one group of air inlet, drying and air-out passage, and due to sludge drying Sludge thickness in layer is relatively small, can be by the sludge flash baking in sludge drying layer.

In order to achieve the above objectives, the technical solution adopted in the utility model is: a kind of sludge Quick uniform desiccation hopper, packet Include hopper ontology and it is multiple be plugged in the intrinsic drying unit of hopper, the hopper ontology include pedestal, wall body and keep out the wind every Plate, the wall body are set on the base, and sealed door is hinged on the wall body, are respectively equipped on the inner sidewall of opposite sides mutually Corresponding first limit plate, other side side wall are equipped with a pair of second limit plate, and the pedestal has hollow structure, lower end Equipped with multiple first ventilation holes, middle part is equipped with a pair of of forklift hole, and the upper end side is equipped with air inlet band, and the air inlet band is positioned at the The lower section of one limit plate, the drying unit successively include air supplying layer, the sludge drying layer for all having hollow structure from bottom to top And air outlet layer, multiple second ventilation holes, the sludge drying layer and air outlet layer are equipped between the air supplying layer and sludge drying layer Between be equipped with multiple third venting holes, be equipped with air inlet close to the side of air inlet band on the air supplying layer, it is remote on the air outlet layer Side from air inlet is equipped with air outlet, and the side of close sealed door is equipped with feed inlet on the sludge drying layer, multiple described Successively level is plugged between the first limit plate and the second limit plate drying unit from bottom to top, and its feed inlet side with it is closed Door abuts against, and the wind blocker is plugged between drying unit and wall body of the air inlet with top.

As further optimization, first limit plate includes supporting plate and the first top plate, and the supporting plate is arranged in wall body On, the setting that first top plate and supporting plate intersect vertically is on supporting plate.

As further optimization, second limit plate includes the second top plate and third top plate, and second top plate is set It sets on wall body on the side wall of sealed door opposite side, the setting that the third top plate and the second top plate intersect vertically is second On top plate.

As further optimization, the side abutted against on first top plate and third top plate with drying unit is located at same In one perpendicular.

As further optimization, first top plate, the second top plate, third top plate and wind blocker are elastic Plate.

As further optimization, the number of the wind blocker is two, and two wind blockers are respectively arranged at Between sealed door and the first limit plate and between the first limit plate and the second limit plate.

Compared with prior art, the utility model have it is below the utility model has the advantages that

By the way that multiple drying units are arranged, each unit forms an independent drying system, has one group of air inlet, drying And air-out passage, and since the sludge thickness in sludge drying layer is relatively small, the sludge in sludge drying layer can quickly be dried It is dry.

Detailed description of the invention

Fig. 1 is the structure chart of the utility model.

Fig. 2 is the structure chart of the utility model hopper ontology.

Fig. 3 is the structure chart of the utility model drying unit.

Fig. 4 is the internal structure chart after the utility model drying unit section view.

Fig. 5 is the side view of the utility model.

In figure, 1. hopper ontologies；2. drying unit；11. pedestal；12. wall body；13. wind blocker；21. air supplying layer；22. Sludge drying layer；23. air outlet layer；111. forklift hole；112. entering the wind band；121. sealed door；122. the first limit plate；123. second Limit plate；211. air inlet；221. feed inlet；222. second ventilation holes；231. air outlet；232. third venting mouths；1221. branch Plate；1222. the first top plate；1231. the second top plate；1232. third top plate；31. air intake passage；32. air-out passage.

Specific embodiment

It is specific embodiment of the utility model below, and in conjunction with attached drawing, the technical solution of the utility model is made into one The description of step, but the utility model is not limited to these examples.

As shown in Figures 1 to 4, a kind of sludge Quick uniform desiccation hopper, including hopper ontology 1 and multiple it is plugged in hopper Drying unit 2 in ontology 1, hopper ontology 1 include pedestal 11, wall body 12 and wind blocker 13, and wall body 12 is arranged in pedestal 11 On, it is hinged with sealed door 121 on the wall body 12, mutual corresponding first limit plate is respectively equipped on the inner sidewall of opposite sides 122, other side side wall is equipped with a pair of second limit plate 123, and pedestal 11 has hollow structure, and lower end is equipped with multiple first Ventilation hole, middle part are equipped with a pair of of forklift hole 111, and the upper end side is equipped with air inlet band 112, and air inlet band 112 is located at the first limit The lower section of plate 122, drying unit 2 successively include air supplying layer 21,22 and of sludge drying layer for all having hollow structure from bottom to top Air outlet layer 23 is equipped with multiple second ventilation holes 222, sludge drying layer 22 and air outlet layer between air supplying layer 21 and sludge drying layer 22 Multiple third venting holes 232 are equipped between 23, the side of close air inlet band 112 is equipped with air inlet 211, air outlet layer on air supplying layer 21 Side on 23 far from air inlet 211 is equipped with air outlet 231, on sludge drying layer 22 close to the side of sealed door 121 be equipped with into Material mouth 221, successively level is plugged between the first limit plate 122 and the second limit plate 123 multiple drying units 2 from bottom to top, And its 221 side of feed inlet is abutted against with sealed door 121, wind blocker 13 is plugged in air inlet 112 top drying unit 2 of band and wall Between body 12.

As shown in figure 5, multiple drying units 2 are placed in hopper ontology 1, drying unit 2 can be limited with first respectively Plate 122 and the second limit plate 123 abut against, and 221 side of feed inlet is abutted against with sealed door 121, can be with above outlet air band 112 Air intake passage 31 is formed, side then forms air-out passage 32 in contrast, carries out above air intake passage 31 by wind blocker 13 It is closed, air intake passage 31 is entered by outlet air band 112 by the hot dry air that the first ventilation hole on pedestal 11 enters, is then divided Not Tong Guo air inlet 211 enter drying unit 2, hot dry air by the second ventilation hole 222 enter 22 pairs of sludge of sludge drying layer Become Hot wet air heating after being dried, then enter air outlet layer 23 via third venting hole 232, outlet air is entered by air outlet 231 The release of Hot wet air heating is completed in channel 32, and by the way that multiple drying units 2 are arranged, each unit forms an independent drying system System, has one group of relatively independent air inlet, drying and air exhausting structure, and relatively due to the sludge thickness in sludge drying layer 22 It is small, it can be by the sludge flash baking in sludge drying layer.

First limit plate 122 includes supporting plate 1221 and the first top plate 1222, and supporting plate 1221 is arranged on wall body 12, the first top The setting that plate 1222 and supporting plate 1221 intersect vertically is on supporting plate 1221.

Second limit plate 123 includes the second top plate 1231 and third top plate 1232, and the second top plate 1231 is arranged in wall body 12 On the upper side wall for being located at 121 opposite side of sealed door, the setting that third top plate 1232 and the second top plate 1231 intersect vertically is second On top plate 1231.

The side abutted against on first top plate 1221 and third top plate 1232 with drying unit 2 is located at same perpendicular It is interior,.

First top plate 1221, the second top plate 1231, third top plate 1232 and wind blocker 13 are elastic plate.

First limit plate 122 and the second limit plate 123 help for multiple drying units 2 to be connected in hopper ontology 1, Elastic material contributes to form the high air intake passage 31 and air-out passage 32 of air-tightness, guarantees all heat into hopper ontology 1 Dry air fully enters air intake passage 31, avoids leaking, and improves hot wind utilization rate, while wind blocker 13 guarantees Hot wet air heating not It can enter in air intake passage 31.

The number of wind blocker 13 is two, and two wind blockers 13 are respectively arranged at sealed door 121 and the first limit plate Between 122 and between the first limit plate 122 and the second limit plate 123.

Drying unit 2 can successively be inserted in material bin ontology 1 by 121 side of sealed door, or close sealed door 121, will Drying unit 2 is packed into hopper ontology 1 by sucker crane.

The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.

Claims (6)

1. a kind of sludge Quick uniform desiccation hopper, which is characterized in that including hopper ontology (1) and multiple be plugged in hopper ontology (1) drying unit (2) in, the hopper ontology (1) include pedestal (11), wall body (12) and wind blocker (13), the wall Body (12) is arranged on pedestal (11), is hinged with sealed door (121) on the wall body (12), on the inner sidewall of opposite sides respectively Equipped with mutual corresponding first limit plate (122), other side side wall is equipped with a pair of second limit plate (123), the pedestal (11) there is hollow structure, lower end is equipped with multiple first ventilation holes, and middle part is equipped with a pair of of forklift hole (111), the upper end one Side is equipped with air inlet band (112), and the air inlet band (112) is located at the lower section of the first limit plate (122), and the drying unit (2) is certainly It successively include the air supplying layer (21), sludge drying layer (22) and air outlet layer (23) for all having hollow structure, the air inlet on down Multiple second ventilation holes (222), the sludge drying layer (22) and air outlet layer are equipped between layer (21) and sludge drying layer (22) (23) multiple third venting holes (232) are equipped between, the side of close air inlet band (112) is equipped with air inlet on the air supplying layer (21) Mouthful (211), the side far from air inlet (211) is equipped with air outlet (231) on the air outlet layer (23), the sludge drying layer (22) side on close to sealed door (121) is equipped with feed inlet (221), multiple drying units (2) successively water from bottom to top Plug flat is loaded between the first limit plate (122) and the second limit plate (123), and its feed inlet (221) side and sealed door (121) It abuts against, the wind blocker (13) is plugged in above air inlet band (112) between drying unit (2) and wall body (12).

2. sludge Quick uniform desiccation hopper according to claim 1, which is characterized in that first limit plate (122) Including supporting plate (1221) and the first top plate (1222), the supporting plate (1221) is arranged on wall body (12), first top plate (1222) setting to intersect vertically with supporting plate (1221) is on supporting plate (1221).

3. sludge Quick uniform desiccation hopper according to claim 2, which is characterized in that second limit plate (123) Including the second top plate (1231) and third top plate (1232), second top plate (1231) is arranged on wall body (12) positioned at closed On the side wall of door (121) opposite side, the setting that the third top plate (1232) intersects vertically with the second top plate (1231) is second On top plate (1231).

4. sludge Quick uniform desiccation hopper according to claim 3, which is characterized in that first top plate (1221) and The side abutted against on third top plate (1232) with drying unit (2) is located in the same vertical plane.

5. sludge Quick uniform desiccation hopper according to claim 4, which is characterized in that first top plate (1221), Second top plate (1231), third top plate (1232) and wind blocker (13) are elastic plate.

6. sludge Quick uniform desiccation hopper according to claim 1, which is characterized in that of the wind blocker (13) Number is two, and two wind blockers (13) are respectively arranged between sealed door (121) and the first limit plate (122) and the Between one limit plate (122) and the second limit plate (123).